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Merge pull request #108268 from TikhonJelvis/bump-r-packages

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r-modules: Updated definitions of CRAN and Bioc packages.
This commit is contained in:
Peter Simons 2021-01-11 10:45:42 +01:00 committed by GitHub
parent 89593ae987 4203a4dabc
commit c3c06134e2
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7 changed files with 3657 additions and 2949 deletions
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6
doc/languages-frameworks/r.section.md
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@ -105,6 +105,12 @@ mv cran-packages.nix.new cran-packages.nix
Rscript generate-r-packages.R bioc > bioc-packages.nix.new Rscript generate-r-packages.R bioc > bioc-packages.nix.new
mv bioc-packages.nix.new bioc-packages.nix mv bioc-packages.nix.new bioc-packages.nix
Rscript generate-r-packages.R bioc-annotation > bioc-annotation-packages.nix.new
mv bioc-annotation-packages.nix.new bioc-annotation-packages.nix
Rscript generate-r-packages.R bioc-experiment > bioc-experiment-packages.nix.new
mv bioc-experiment-packages.nix.new bioc-experiment-packages.nix
``` ```
`generate-r-packages.R <repo>` reads `<repo>-packages.nix`, therefor the renaming. `generate-r-packages.R <repo>` reads `<repo>-packages.nix`, therefor the renaming.

2
pkgs/development/r-modules/bioc-annotation-packages.nix generated
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@ -7,7 +7,7 @@
let derive2 = derive { biocVersion = "3.11"; }; let derive2 = derive { biocVersion = "3.11"; };
in with self; { in with self; {
AHCytoBands = derive2 { name="AHCytoBands"; version="0.99.0"; sha256="0g92nz33rx14zl5can7s701bipdgz7rxqygvvc22c4a0qj52ijnq"; depends=[]; }; AHCytoBands = derive2 { name="AHCytoBands"; version="0.99.0"; sha256="0g92nz33rx14zl5can7s701bipdgz7rxqygvvc22c4a0qj52ijnq"; depends=[]; };
AHEnsDbs = derive2 { name="AHEnsDbs"; version="1.0.14"; sha256="0fb94bxk6ggx09a0icraaxfzncvvgxk223146b17lbxsyl6i02z8"; depends=[AnnotationHubData ensembldb]; }; AHEnsDbs = derive2 { name="AHEnsDbs"; version="1.0.15"; sha256="0by0y2nyqhihpwzm36lggkc0dqvxz22k6ck1wcmrf7sck8xg54ji"; depends=[AnnotationHubData ensembldb]; };
BSgenome_Alyrata_JGI_v1 = derive2 { name="BSgenome.Alyrata.JGI.v1"; version="1.0.0"; sha256="06549kkzy36n378zb61lrf9zardncp7i20r73rmmiq1pnfjp3gww"; depends=[BSgenome]; }; BSgenome_Alyrata_JGI_v1 = derive2 { name="BSgenome.Alyrata.JGI.v1"; version="1.0.0"; sha256="06549kkzy36n378zb61lrf9zardncp7i20r73rmmiq1pnfjp3gww"; depends=[BSgenome]; };
BSgenome_Amellifera_BeeBase_assembly4 = derive2 { name="BSgenome.Amellifera.BeeBase.assembly4"; version="1.4.0"; sha256="02zs16q441zcbfp7xvv1gny5nn02ivfr8md1wh5s5rpnj6sdl6kj"; depends=[BSgenome]; }; BSgenome_Amellifera_BeeBase_assembly4 = derive2 { name="BSgenome.Amellifera.BeeBase.assembly4"; version="1.4.0"; sha256="02zs16q441zcbfp7xvv1gny5nn02ivfr8md1wh5s5rpnj6sdl6kj"; depends=[BSgenome]; };
BSgenome_Amellifera_UCSC_apiMel2 = derive2 { name="BSgenome.Amellifera.UCSC.apiMel2"; version="1.4.0"; sha256="1967w7aly7qydykk7rar712kvgsav3zjr4kirybkj17nwiynd74g"; depends=[BSgenome]; }; BSgenome_Amellifera_UCSC_apiMel2 = derive2 { name="BSgenome.Amellifera.UCSC.apiMel2"; version="1.4.0"; sha256="1967w7aly7qydykk7rar712kvgsav3zjr4kirybkj17nwiynd74g"; depends=[BSgenome]; };

10
pkgs/development/r-modules/bioc-experiment-packages.nix generated
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@ -249,13 +249,13 @@ in with self; {
curatedCRCData = derive2 { name="curatedCRCData"; version="2.20.0"; sha256="0bcfa5w6sqabz35npl2vmrj35ymgciiqkcgjhplm0ngimsm9f0wn"; depends=[BiocGenerics nlme]; }; curatedCRCData = derive2 { name="curatedCRCData"; version="2.20.0"; sha256="0bcfa5w6sqabz35npl2vmrj35ymgciiqkcgjhplm0ngimsm9f0wn"; depends=[BiocGenerics nlme]; };
curatedMetagenomicData = derive2 { name="curatedMetagenomicData"; version="1.18.2"; sha256="02m06scv1wxvh858bpxwlvwz4lf0qmvd8246axx65d2ln5fkvrc9"; depends=[AnnotationHub Biobase dplyr ExperimentHub magrittr S4Vectors tidyr]; }; curatedMetagenomicData = derive2 { name="curatedMetagenomicData"; version="1.18.2"; sha256="02m06scv1wxvh858bpxwlvwz4lf0qmvd8246axx65d2ln5fkvrc9"; depends=[AnnotationHub Biobase dplyr ExperimentHub magrittr S4Vectors tidyr]; };
curatedOvarianData = derive2 { name="curatedOvarianData"; version="1.26.0"; sha256="0wvpbagh9v1lyc9rsvymzy38r18g23yajvis1pj0rl7wa0zk2p4x"; depends=[affy BiocGenerics]; }; curatedOvarianData = derive2 { name="curatedOvarianData"; version="1.26.0"; sha256="0wvpbagh9v1lyc9rsvymzy38r18g23yajvis1pj0rl7wa0zk2p4x"; depends=[affy BiocGenerics]; };
curatedTCGAData = derive2 { name="curatedTCGAData"; version="1.10.0"; sha256="0f8ariq3c0xh3w1gcfp8vgmkmlx3ybfry215flq01cc523pgrka7"; depends=[AnnotationHub ExperimentHub HDF5Array MultiAssayExperiment S4Vectors SummarizedExperiment]; }; curatedTCGAData = derive2 { name="curatedTCGAData"; version="1.10.1"; sha256="05vlj0ivd9dym0078cjd3wswkmqsa7k5ffkl792fw9r5246s9dqc"; depends=[AnnotationHub ExperimentHub HDF5Array MultiAssayExperiment S4Vectors SummarizedExperiment]; };
davidTiling = derive2 { name="davidTiling"; version="1.28.0"; sha256="0cqkz6rlkk2a3fsaa736s731lb3mdvpqzd6ywff2l1wkdza7n3ha"; depends=[Biobase GO_db tilingArray]; }; davidTiling = derive2 { name="davidTiling"; version="1.28.0"; sha256="0cqkz6rlkk2a3fsaa736s731lb3mdvpqzd6ywff2l1wkdza7n3ha"; depends=[Biobase GO_db tilingArray]; };
depmap = derive2 { name="depmap"; version="1.2.0"; sha256="0ymdfkddrl3rbini83528x2ah8lvlvy0ard9m303dkpg5b90axim"; depends=[AnnotationHub dplyr ExperimentHub]; }; depmap = derive2 { name="depmap"; version="1.2.0"; sha256="0ymdfkddrl3rbini83528x2ah8lvlvy0ard9m303dkpg5b90axim"; depends=[AnnotationHub dplyr ExperimentHub]; };
derfinderData = derive2 { name="derfinderData"; version="2.6.0"; sha256="1kbdwwdn7ykrdm36bqd8hnj0rw9ikcnxwg0w1xdc5caqmxsg1w8h"; depends=[]; }; derfinderData = derive2 { name="derfinderData"; version="2.6.0"; sha256="1kbdwwdn7ykrdm36bqd8hnj0rw9ikcnxwg0w1xdc5caqmxsg1w8h"; depends=[]; };
diffloopdata = derive2 { name="diffloopdata"; version="1.16.0"; sha256="03rl0ffl9103zi3mk028l79vhlpnlybx0hnl8x9fsxnqkx1rkj32"; depends=[]; }; diffloopdata = derive2 { name="diffloopdata"; version="1.16.0"; sha256="03rl0ffl9103zi3mk028l79vhlpnlybx0hnl8x9fsxnqkx1rkj32"; depends=[]; };
diggitdata = derive2 { name="diggitdata"; version="1.20.0"; sha256="0wb6g9q5m2cjnxnpz2aralridmsdmd70lp1iwszdl6qc2634c2bc"; depends=[Biobase viper]; }; diggitdata = derive2 { name="diggitdata"; version="1.20.0"; sha256="0wb6g9q5m2cjnxnpz2aralridmsdmd70lp1iwszdl6qc2634c2bc"; depends=[Biobase viper]; };
dorothea = derive2 { name="dorothea"; version="1.0.0"; sha256="0c8bp0fxqf2kwi196al34a4pc78y6v0lchrjw0jn29cbihs2yjax"; depends=[bcellViper dplyr magrittr]; }; dorothea = derive2 { name="dorothea"; version="1.0.1"; sha256="189j44hfc12bf3r28hjm2wnigb9k4mmpwp6wnbxyx69nci3jh4zj"; depends=[bcellViper dplyr magrittr]; };
dressCheck = derive2 { name="dressCheck"; version="0.26.0"; sha256="0sa5d4isv3ni6bdq1i2yskycq357272flj2wbravy4zi7xrsk7iw"; depends=[Biobase]; }; dressCheck = derive2 { name="dressCheck"; version="0.26.0"; sha256="0sa5d4isv3ni6bdq1i2yskycq357272flj2wbravy4zi7xrsk7iw"; depends=[Biobase]; };
dsQTL = derive2 { name="dsQTL"; version="0.26.0"; sha256="1pkwppfkfacf8xxmdflckql8x2n6abvfdvwly1va69288ibxy1xf"; depends=[Biobase GGBase SummarizedExperiment]; }; dsQTL = derive2 { name="dsQTL"; version="0.26.0"; sha256="1pkwppfkfacf8xxmdflckql8x2n6abvfdvwly1va69288ibxy1xf"; depends=[Biobase GGBase SummarizedExperiment]; };
dyebiasexamples = derive2 { name="dyebiasexamples"; version="1.28.0"; sha256="1l8628150dic4l48r8gqasxpil6552d3h9imysvznkq13j5j48wa"; depends=[GEOquery marray]; }; dyebiasexamples = derive2 { name="dyebiasexamples"; version="1.28.0"; sha256="1l8628150dic4l48r8gqasxpil6552d3h9imysvznkq13j5j48wa"; depends=[GEOquery marray]; };
@ -357,7 +357,7 @@ in with self; {
pwrEWAS_data = derive2 { name="pwrEWAS.data"; version="1.2.0"; sha256="02aq2sqilz11sknbwkdfca7gw95i4x5mf2n477kzn09dhiplq1l9"; depends=[ExperimentHub]; }; pwrEWAS_data = derive2 { name="pwrEWAS.data"; version="1.2.0"; sha256="02aq2sqilz11sknbwkdfca7gw95i4x5mf2n477kzn09dhiplq1l9"; depends=[ExperimentHub]; };
qPLEXdata = derive2 { name="qPLEXdata"; version="1.6.0"; sha256="16jzij7cmiagxb0cp2pyna8s424kx3gz55b6v2qsssm9apy77bg3"; depends=[dplyr knitr MSnbase qPLEXanalyzer]; }; qPLEXdata = derive2 { name="qPLEXdata"; version="1.6.0"; sha256="16jzij7cmiagxb0cp2pyna8s424kx3gz55b6v2qsssm9apy77bg3"; depends=[dplyr knitr MSnbase qPLEXanalyzer]; };
rRDPData = derive2 { name="rRDPData"; version="1.8.0"; sha256="09n5289fk5mq1q9skfzmg4rxq66l68k5rv72pz256p7k5xslxx2y"; depends=[rRDP]; }; rRDPData = derive2 { name="rRDPData"; version="1.8.0"; sha256="09n5289fk5mq1q9skfzmg4rxq66l68k5rv72pz256p7k5xslxx2y"; depends=[rRDP]; };
rcellminerData = derive2 { name="rcellminerData"; version="2.10.0"; sha256="0v8aj14pwjm60rvnk9nsp02m3vavhn6l49ny0k0rmdrq79bvyymn"; depends=[Biobase]; }; rcellminerData = derive2 { name="rcellminerData"; version="2.10.2"; sha256="0w8hyfyk1sqlz0kicxazn60rl6zxi36c2g6yrdnxfdm3sfjvws1d"; depends=[Biobase]; };
restfulSEData = derive2 { name="restfulSEData"; version="1.10.0"; sha256="0l4qamp6x2g5k2bix0mlxpv344yqzz3ap80zdw4b2jgdlq9gvfgg"; depends=[ExperimentHub SummarizedExperiment]; }; restfulSEData = derive2 { name="restfulSEData"; version="1.10.0"; sha256="0l4qamp6x2g5k2bix0mlxpv344yqzz3ap80zdw4b2jgdlq9gvfgg"; depends=[ExperimentHub SummarizedExperiment]; };
rheumaticConditionWOLLBOLD = derive2 { name="rheumaticConditionWOLLBOLD"; version="1.26.0"; sha256="1bsv8i3xapkpga04388598slqqjwpkh9nh3vy9q4ibj14wnmcf0w"; depends=[]; }; rheumaticConditionWOLLBOLD = derive2 { name="rheumaticConditionWOLLBOLD"; version="1.26.0"; sha256="1bsv8i3xapkpga04388598slqqjwpkh9nh3vy9q4ibj14wnmcf0w"; depends=[]; };
sampleClassifierData = derive2 { name="sampleClassifierData"; version="1.12.0"; sha256="1v5qi6fh86snfpw4q0lqi0sznfdqv5d95a07bsdqf3g4p6saalxd"; depends=[SummarizedExperiment]; }; sampleClassifierData = derive2 { name="sampleClassifierData"; version="1.12.0"; sha256="1v5qi6fh86snfpw4q0lqi0sznfdqv5d95a07bsdqf3g4p6saalxd"; depends=[SummarizedExperiment]; };
@ -370,14 +370,14 @@ in with self; {
sesameData = derive2 { name="sesameData"; version="1.6.0"; sha256="0fyiwd2sfqdyb1msm4clz8lwbxlw4dfl83kkj25xmp5hh2dh915a"; depends=[AnnotationHub curl ExperimentHub]; }; sesameData = derive2 { name="sesameData"; version="1.6.0"; sha256="0fyiwd2sfqdyb1msm4clz8lwbxlw4dfl83kkj25xmp5hh2dh915a"; depends=[AnnotationHub curl ExperimentHub]; };
seventyGeneData = derive2 { name="seventyGeneData"; version="1.24.0"; sha256="1rla88mcnpl0w3k0szbhzzkbc786fq67vqyqwv2aq9f4nssjw95k"; depends=[]; }; seventyGeneData = derive2 { name="seventyGeneData"; version="1.24.0"; sha256="1rla88mcnpl0w3k0szbhzzkbc786fq67vqyqwv2aq9f4nssjw95k"; depends=[]; };
shinyMethylData = derive2 { name="shinyMethylData"; version="1.8.0"; sha256="19wfry1xx7kvl5mrmn4pv4amlv035nl73ni58qa6s5kwxzklpavn"; depends=[]; }; shinyMethylData = derive2 { name="shinyMethylData"; version="1.8.0"; sha256="19wfry1xx7kvl5mrmn4pv4amlv035nl73ni58qa6s5kwxzklpavn"; depends=[]; };
signatureSearchData = derive2 { name="signatureSearchData"; version="1.2.1"; sha256="0q5p2g3im5nyngpdfdvk4xm1fp064cgavjrx7pf1q2fkijc3m07a"; depends=[affy Biobase dplyr ExperimentHub limma magrittr R_utils rhdf5 signatureSearch]; }; signatureSearchData = derive2 { name="signatureSearchData"; version="1.2.2"; sha256="0fm3zy3z1p8f7li14ic2za219pav1sslsxkxd8yprlbi20ab7rx9"; depends=[affy Biobase dplyr ExperimentHub limma magrittr R_utils rhdf5 signatureSearch]; };
simpIntLists = derive2 { name="simpIntLists"; version="1.24.0"; sha256="1sxscydcd43xlyxr4rn3rmjc9hmwvqzrqw40ihmkva0ld8r635n1"; depends=[]; }; simpIntLists = derive2 { name="simpIntLists"; version="1.24.0"; sha256="1sxscydcd43xlyxr4rn3rmjc9hmwvqzrqw40ihmkva0ld8r635n1"; depends=[]; };
spatialLIBD = derive2 { name="spatialLIBD"; version="1.0.0"; sha256="0yx12mcrmb2g6sjnk1ajclnc0z3i2aps2snw85gyanaad5l1igq5"; depends=[AnnotationHub benchmarkme cowplot DT ExperimentHub fields ggplot2 golem IRanges plotly png Polychrome RColorBrewer S4Vectors scater sessioninfo shiny shinyWidgets SingleCellExperiment SummarizedExperiment viridisLite]; }; spatialLIBD = derive2 { name="spatialLIBD"; version="1.0.0"; sha256="0yx12mcrmb2g6sjnk1ajclnc0z3i2aps2snw85gyanaad5l1igq5"; depends=[AnnotationHub benchmarkme cowplot DT ExperimentHub fields ggplot2 golem IRanges plotly png Polychrome RColorBrewer S4Vectors scater sessioninfo shiny shinyWidgets SingleCellExperiment SummarizedExperiment viridisLite]; };
spqnData = derive2 { name="spqnData"; version="1.0.0"; sha256="19sisn5l3nvz2nr400jgz5clcj0iygk17xhpsjqgswi9p43a3k9z"; depends=[SummarizedExperiment]; }; spqnData = derive2 { name="spqnData"; version="1.0.0"; sha256="19sisn5l3nvz2nr400jgz5clcj0iygk17xhpsjqgswi9p43a3k9z"; depends=[SummarizedExperiment]; };
stemHypoxia = derive2 { name="stemHypoxia"; version="1.24.0"; sha256="03kzrmdlixi31k6jfjhcn4dkm5g16rbd315ws4pqilpdwhgmrlff"; depends=[]; }; stemHypoxia = derive2 { name="stemHypoxia"; version="1.24.0"; sha256="03kzrmdlixi31k6jfjhcn4dkm5g16rbd315ws4pqilpdwhgmrlff"; depends=[]; };
stjudem = derive2 { name="stjudem"; version="1.28.0"; sha256="07cbpxzc78asjm41rx5nl4gyzczp7j293ih86ins31r65grwjwm3"; depends=[]; }; stjudem = derive2 { name="stjudem"; version="1.28.0"; sha256="07cbpxzc78asjm41rx5nl4gyzczp7j293ih86ins31r65grwjwm3"; depends=[]; };
synapterdata = derive2 { name="synapterdata"; version="1.26.0"; sha256="0a1k831pw0sl0blr1iy5is0s06sw4kadb30prd0h2l2z8s6ldarm"; depends=[synapter]; }; synapterdata = derive2 { name="synapterdata"; version="1.26.0"; sha256="0a1k831pw0sl0blr1iy5is0s06sw4kadb30prd0h2l2z8s6ldarm"; depends=[synapter]; };
systemPipeRdata = derive2 { name="systemPipeRdata"; version="1.16.1"; sha256="1rjh7ki3kczfx2f5vfrmbd6gwjm0f4dpm845x79fxy4k4sfb9zq2"; depends=[BiocGenerics devtools]; }; systemPipeRdata = derive2 { name="systemPipeRdata"; version="1.16.2"; sha256="0iamb2hp4dlib85jmzr77xm02ykriyzbh1ikqx9gs0hy15bribyv"; depends=[BiocGenerics devtools]; };
tartare = derive2 { name="tartare"; version="1.2.0"; sha256="0v4s0xbxqrv8syihn1ahcrak8gsyklxl3xnzfy4dmqz6bzarpcgd"; depends=[AnnotationHub ExperimentHub]; }; tartare = derive2 { name="tartare"; version="1.2.0"; sha256="0v4s0xbxqrv8syihn1ahcrak8gsyklxl3xnzfy4dmqz6bzarpcgd"; depends=[AnnotationHub ExperimentHub]; };
tcgaWGBSData_hg19 = derive2 { name="tcgaWGBSData.hg19"; version="1.6.0"; sha256="06f4xi2lh8idv7h5hmrmlha71k0dxc4s07apc2lj27l2wpm5dp85"; depends=[bsseq ExperimentHub knitr]; }; tcgaWGBSData_hg19 = derive2 { name="tcgaWGBSData.hg19"; version="1.6.0"; sha256="06f4xi2lh8idv7h5hmrmlha71k0dxc4s07apc2lj27l2wpm5dp85"; depends=[bsseq ExperimentHub knitr]; };
tinesath1cdf = derive2 { name="tinesath1cdf"; version="1.26.0"; sha256="04f3wy2k884vxyij1yrivxb6jymkh2j7byh0qzmkq2gs9k2lbrka"; depends=[]; }; tinesath1cdf = derive2 { name="tinesath1cdf"; version="1.26.0"; sha256="04f3wy2k884vxyij1yrivxb6jymkh2j7byh0qzmkq2gs9k2lbrka"; depends=[]; };

192
pkgs/development/r-modules/bioc-packages.nix generated
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@ -13,7 +13,7 @@ in with self; {
ACME = derive2 { name="ACME"; version="2.44.0"; sha256="0hsfi1xmdp6kxv4vpacy8awwj2mils7avfqx418s2fwh6ms0l2a9"; depends=[Biobase BiocGenerics]; }; ACME = derive2 { name="ACME"; version="2.44.0"; sha256="0hsfi1xmdp6kxv4vpacy8awwj2mils7avfqx418s2fwh6ms0l2a9"; depends=[Biobase BiocGenerics]; };
ADAM = derive2 { name="ADAM"; version="1.4.0"; sha256="1r702walyspqad5xr1qf5xjifszlmgqqac4qbvz3qg1zcgc9l17w"; depends=[dplyr DT GO_db KEGGREST knitr pbapply Rcpp stringr SummarizedExperiment]; }; ADAM = derive2 { name="ADAM"; version="1.4.0"; sha256="1r702walyspqad5xr1qf5xjifszlmgqqac4qbvz3qg1zcgc9l17w"; depends=[dplyr DT GO_db KEGGREST knitr pbapply Rcpp stringr SummarizedExperiment]; };
ADAMgui = derive2 { name="ADAMgui"; version="1.4.0"; sha256="05apdy8r16r9j42wd43y67206ysmi2qhyayyc9v1adnxdsx5jiw0"; depends=[ADAM colorRamps data_table dplyr DT ggplot2 ggpubr ggrepel ggsignif GO_db gridExtra knitr RColorBrewer reshape2 shiny shinyjs stringi stringr testthat varhandle]; }; ADAMgui = derive2 { name="ADAMgui"; version="1.4.0"; sha256="05apdy8r16r9j42wd43y67206ysmi2qhyayyc9v1adnxdsx5jiw0"; depends=[ADAM colorRamps data_table dplyr DT ggplot2 ggpubr ggrepel ggsignif GO_db gridExtra knitr RColorBrewer reshape2 shiny shinyjs stringi stringr testthat varhandle]; };
ADaCGH2 = derive2 { name="ADaCGH2"; version="2.28.0"; sha256="0xwzl1yhcgv6rppzdspyygs8nr1hhnv53xnc3m2wh30di09fpyi9"; depends=[aCGH bit cluster DNAcopy ff ffbase GLAD snapCGH tilingArray waveslim]; }; ADaCGH2 = derive2 { name="ADaCGH2"; version="2.28.1"; sha256="0k040bgb2j1wjlsi51m0pj5jfsb9qnqf297a5hjv46kga08w77af"; depends=[aCGH bit cluster DNAcopy ff ffbase GLAD snapCGH tilingArray waveslim]; };
AGDEX = derive2 { name="AGDEX"; version="1.36.0"; sha256="1n08v7x7fgqyr79dmc5fkbcl6bgd1gjfx61hpm2ixp2px8b609ic"; depends=[Biobase GSEABase]; }; AGDEX = derive2 { name="AGDEX"; version="1.36.0"; sha256="1n08v7x7fgqyr79dmc5fkbcl6bgd1gjfx61hpm2ixp2px8b609ic"; depends=[Biobase GSEABase]; };
AIMS = derive2 { name="AIMS"; version="1.20.0"; sha256="024hd1p37ccmfvvd5saa5qa531mb6rp90glzmd1scibz6hg4jg1g"; depends=[Biobase e1071]; }; AIMS = derive2 { name="AIMS"; version="1.20.0"; sha256="024hd1p37ccmfvvd5saa5qa531mb6rp90glzmd1scibz6hg4jg1g"; depends=[Biobase e1071]; };
ALDEx2 = derive2 { name="ALDEx2"; version="1.20.0"; sha256="1cns8gdgcic6whry6b3hjlzhhfnrwjd4n4d1ijr3yaamp010rhph"; depends=[BiocParallel GenomicRanges IRanges multtest S4Vectors SummarizedExperiment zCompositions]; }; ALDEx2 = derive2 { name="ALDEx2"; version="1.20.0"; sha256="1cns8gdgcic6whry6b3hjlzhhfnrwjd4n4d1ijr3yaamp010rhph"; depends=[BiocParallel GenomicRanges IRanges multtest S4Vectors SummarizedExperiment zCompositions]; };
@ -31,7 +31,7 @@ in with self; {
ASSIGN = derive2 { name="ASSIGN"; version="1.24.0"; sha256="1qspirfdmqgh2lxba5xgny4qf12mc1wkbxbx7dbdp2r4balbca1h"; depends=[ggplot2 gplots msm Rlab sva yaml]; }; ASSIGN = derive2 { name="ASSIGN"; version="1.24.0"; sha256="1qspirfdmqgh2lxba5xgny4qf12mc1wkbxbx7dbdp2r4balbca1h"; depends=[ggplot2 gplots msm Rlab sva yaml]; };
ASpediaFI = derive2 { name="ASpediaFI"; version="1.2.0"; sha256="10k8cj6klbxidhrxp2ms059k5aacbgmgz2psp7dx82agwssxi3si"; 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]; }; ASpediaFI = derive2 { name="ASpediaFI"; version="1.2.0"; sha256="10k8cj6klbxidhrxp2ms059k5aacbgmgz2psp7dx82agwssxi3si"; 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="ASpli"; version="1.14.0"; sha256="0lbi8jmkbl8jrf6i6xraqk419k7jlgpym3hj87jvr1ws3jp7yxrl"; depends=[AnnotationDbi BiocGenerics BiocStyle edgeR GenomicAlignments GenomicFeatures GenomicRanges Gviz IRanges Rsamtools S4Vectors]; }; ASpli = derive2 { name="ASpli"; version="1.14.0"; sha256="0lbi8jmkbl8jrf6i6xraqk419k7jlgpym3hj87jvr1ws3jp7yxrl"; depends=[AnnotationDbi BiocGenerics BiocStyle edgeR GenomicAlignments GenomicFeatures GenomicRanges Gviz IRanges Rsamtools S4Vectors]; };
ATACseqQC = derive2 { name="ATACseqQC"; version="1.12.3"; sha256="12710c4024pndwwqiiqr6dhrd360z26fc8r3fxhs739gyd0ddk9r"; depends=[BiocGenerics Biostrings BSgenome ChIPpeakAnno edgeR GenomeInfoDb GenomicAlignments GenomicRanges GenomicScores IRanges KernSmooth limma motifStack preseqR randomForest Rsamtools rtracklayer S4Vectors]; }; ATACseqQC = derive2 { name="ATACseqQC"; version="1.12.5"; sha256="1103daz82k97vzmxjmf7jwm2nd3w8i0jwplrsi9996bkih11qwbf"; depends=[BiocGenerics Biostrings BSgenome ChIPpeakAnno edgeR GenomeInfoDb GenomicAlignments GenomicRanges GenomicScores IRanges KernSmooth limma motifStack preseqR randomForest Rsamtools rtracklayer S4Vectors]; };
AUCell = derive2 { name="AUCell"; version="1.10.0"; sha256="0fgqkgjhf92vkljkwn44lm8cjvzq1lvk80nk6xhsp5q6s5isbmns"; depends=[BiocGenerics data_table GSEABase mixtools R_utils S4Vectors shiny SummarizedExperiment]; }; AUCell = derive2 { name="AUCell"; version="1.10.0"; sha256="0fgqkgjhf92vkljkwn44lm8cjvzq1lvk80nk6xhsp5q6s5isbmns"; depends=[BiocGenerics data_table GSEABase mixtools R_utils S4Vectors shiny SummarizedExperiment]; };
AWFisher = derive2 { name="AWFisher"; version="1.2.0"; sha256="0ay1pv299akm9nbqhsw1s638c0wh15kgn3zc3qrwlivi9pzfa6qy"; depends=[edgeR limma]; }; AWFisher = derive2 { name="AWFisher"; version="1.2.0"; sha256="0ay1pv299akm9nbqhsw1s638c0wh15kgn3zc3qrwlivi9pzfa6qy"; depends=[edgeR limma]; };
AffiXcan = derive2 { name="AffiXcan"; version="1.6.0"; sha256="0073z6waxg6bba1p4ks5cqilyywrm5c7cv6ggjpqg3msz4f2y3y8"; depends=[BiocParallel crayon MultiAssayExperiment SummarizedExperiment]; }; AffiXcan = derive2 { name="AffiXcan"; version="1.6.0"; sha256="0073z6waxg6bba1p4ks5cqilyywrm5c7cv6ggjpqg3msz4f2y3y8"; depends=[BiocParallel crayon MultiAssayExperiment SummarizedExperiment]; };
@ -73,7 +73,7 @@ in with self; {
BLMA = derive2 { name="BLMA"; version="1.12.0"; sha256="19ndm2cp6xp5mdydqv58klbj8aijkrb6qrfh17v7qcxjjfxhq3l3"; depends=[Biobase graph GSA limma PADOG ROntoTools]; }; BLMA = derive2 { name="BLMA"; version="1.12.0"; sha256="19ndm2cp6xp5mdydqv58klbj8aijkrb6qrfh17v7qcxjjfxhq3l3"; depends=[Biobase graph GSA limma PADOG ROntoTools]; };
BPRMeth = derive2 { name="BPRMeth"; version="1.14.1"; sha256="1sha7gbvckd7li9vc804w1lydp1jg735kz0a5sh5fzi3wzs7rjqk"; depends=[assertthat BiocStyle cowplot data_table doParallel e1071 earth foreach GenomicRanges ggplot2 IRanges kernlab magrittr MASS matrixcalc mvtnorm randomForest Rcpp RcppArmadillo S4Vectors truncnorm]; }; BPRMeth = derive2 { name="BPRMeth"; version="1.14.1"; sha256="1sha7gbvckd7li9vc804w1lydp1jg735kz0a5sh5fzi3wzs7rjqk"; depends=[assertthat BiocStyle cowplot data_table doParallel e1071 earth foreach GenomicRanges ggplot2 IRanges kernlab magrittr MASS matrixcalc mvtnorm randomForest Rcpp RcppArmadillo S4Vectors truncnorm]; };
BRAIN = derive2 { name="BRAIN"; version="1.34.0"; sha256="1xk955fq92rrgiccbxps34mc56xl8dy9yyc4ah62lhhxccxwf84c"; depends=[Biostrings lattice PolynomF]; }; BRAIN = derive2 { name="BRAIN"; version="1.34.0"; sha256="1xk955fq92rrgiccbxps34mc56xl8dy9yyc4ah62lhhxccxwf84c"; depends=[Biostrings lattice PolynomF]; };
BRGenomics = derive2 { name="BRGenomics"; version="1.0.2"; sha256="03j8mmdd6im6x611c44flha7zxq3l7cdq2g94ccgm2rqxszaz5fs"; depends=[DESeq2 GenomeInfoDb GenomicAlignments GenomicRanges IRanges Rsamtools rtracklayer S4Vectors SummarizedExperiment]; }; BRGenomics = derive2 { name="BRGenomics"; version="1.0.3"; sha256="1q0kay73f1llhkfcfsh45i9bcbbp2r7br60fsi6rahq1as3xp3p5"; depends=[DESeq2 GenomeInfoDb GenomicAlignments GenomicRanges IRanges Rsamtools rtracklayer S4Vectors SummarizedExperiment]; };
BSgenome = derive2 { name="BSgenome"; version="1.56.0"; sha256="1jw8r1qm9fpg2s1cw2y4np243jjxm65j2xdy2785h8fc1b02msf6"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicRanges IRanges matrixStats Rsamtools rtracklayer S4Vectors XVector]; }; BSgenome = derive2 { name="BSgenome"; version="1.56.0"; sha256="1jw8r1qm9fpg2s1cw2y4np243jjxm65j2xdy2785h8fc1b02msf6"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicRanges IRanges matrixStats Rsamtools rtracklayer S4Vectors XVector]; };
BUMHMM = derive2 { name="BUMHMM"; version="1.12.0"; sha256="1baisaavlyrg83gqyzh0p0ls0bvq6darjs14ah9vpjdl7w50ngsj"; depends=[Biostrings devtools gtools IRanges stringi SummarizedExperiment]; }; BUMHMM = derive2 { name="BUMHMM"; version="1.12.0"; sha256="1baisaavlyrg83gqyzh0p0ls0bvq6darjs14ah9vpjdl7w50ngsj"; depends=[Biostrings devtools gtools IRanges stringi SummarizedExperiment]; };
BUS = derive2 { name="BUS"; version="1.44.0"; sha256="0wcdjirgkc5d3xhwfjn8mnwv7aj3cac1sp7zh54k762j13jr794r"; depends=[infotheo minet]; }; BUS = derive2 { name="BUS"; version="1.44.0"; sha256="0wcdjirgkc5d3xhwfjn8mnwv7aj3cac1sp7zh54k762j13jr794r"; depends=[infotheo minet]; };
@ -84,7 +84,7 @@ in with self; {
BaseSpaceR = derive2 { name="BaseSpaceR"; version="1.32.0"; sha256="0c5hzf56q7nsiz316ldbafn0gg829ww6037i2miy4gprkj6s3f33"; depends=[RCurl RJSONIO]; }; BaseSpaceR = derive2 { name="BaseSpaceR"; version="1.32.0"; sha256="0c5hzf56q7nsiz316ldbafn0gg829ww6037i2miy4gprkj6s3f33"; depends=[RCurl RJSONIO]; };
Basic4Cseq = derive2 { name="Basic4Cseq"; version="1.24.0"; sha256="08sqiqxyc1cadwsp30sqbf9hwy45bcscf8cpaj8zp5llrbjlwhyy"; depends=[Biostrings BSgenome_Ecoli_NCBI_20080805 caTools GenomicAlignments GenomicRanges RCircos]; }; Basic4Cseq = derive2 { name="Basic4Cseq"; version="1.24.0"; sha256="08sqiqxyc1cadwsp30sqbf9hwy45bcscf8cpaj8zp5llrbjlwhyy"; depends=[Biostrings BSgenome_Ecoli_NCBI_20080805 caTools GenomicAlignments GenomicRanges RCircos]; };
BasicSTARRseq = derive2 { name="BasicSTARRseq"; version="1.16.0"; sha256="1f4la089chpypj1lhsazgzb3010swadk4xmaz403k8isj9winc0h"; depends=[GenomeInfoDb GenomicAlignments GenomicRanges IRanges S4Vectors]; }; BasicSTARRseq = derive2 { name="BasicSTARRseq"; version="1.16.0"; sha256="1f4la089chpypj1lhsazgzb3010swadk4xmaz403k8isj9winc0h"; depends=[GenomeInfoDb GenomicAlignments GenomicRanges IRanges S4Vectors]; };
BatchQC = derive2 { name="BatchQC"; version="1.16.2"; sha256="0k3ccz3rmrq27c0dn0c4yh1xqyryiwfdy95274mappsy60lhwffp"; depends=[corpcor ggvis gplots heatmaply knitr limma Matrix matrixStats MCMCpack moments pander reshape2 rmarkdown shiny sva]; }; BatchQC = derive2 { name="BatchQC"; version="1.16.3"; sha256="1cc5a0wy6na5nb9zbbizl727biq4r35s1nk5w2xkan9rsgwicp47"; depends=[corpcor ggvis gplots heatmaply knitr limma Matrix matrixStats MCMCpack moments pander reshape2 rmarkdown shiny sva]; };
BayesKnockdown = derive2 { name="BayesKnockdown"; version="1.14.0"; sha256="0ndn6v8j526dx66j038d09jjlphx1gcdr1jbd8d0ybzqnv51zlxm"; depends=[Biobase]; }; BayesKnockdown = derive2 { name="BayesKnockdown"; version="1.14.0"; sha256="0ndn6v8j526dx66j038d09jjlphx1gcdr1jbd8d0ybzqnv51zlxm"; depends=[Biobase]; };
BayesPeak = derive2 { name="BayesPeak"; version="1.39.0"; sha256="1qzfvxp5jsp8zv9gdglmz9mf4xjl2ck4wjz2lngnjrnlxb9v6y4g"; depends=[IRanges]; }; BayesPeak = derive2 { name="BayesPeak"; version="1.39.0"; sha256="1qzfvxp5jsp8zv9gdglmz9mf4xjl2ck4wjz2lngnjrnlxb9v6y4g"; depends=[IRanges]; };
BeadDataPackR = derive2 { name="BeadDataPackR"; version="1.40.0"; sha256="1k05fizqvdj4z4snp170mzj2vnaim2jy49k7wbv31fkin2xbf4bb"; depends=[]; }; BeadDataPackR = derive2 { name="BeadDataPackR"; version="1.40.0"; sha256="1k05fizqvdj4z4snp170mzj2vnaim2jy49k7wbv31fkin2xbf4bb"; depends=[]; };
@ -116,7 +116,7 @@ in with self; {
BiocSet = derive2 { name="BiocSet"; version="1.2.2"; sha256="041hq3rp0kv7kjwcjjrksk8lw3sj6j1v3wdcr8z611k0g0z6p0cj"; depends=[AnnotationDbi dplyr KEGGREST plyr rlang rtracklayer tibble]; }; BiocSet = derive2 { name="BiocSet"; version="1.2.2"; sha256="041hq3rp0kv7kjwcjjrksk8lw3sj6j1v3wdcr8z611k0g0z6p0cj"; depends=[AnnotationDbi dplyr KEGGREST plyr rlang rtracklayer tibble]; };
BiocSingular = derive2 { name="BiocSingular"; version="1.4.0"; sha256="0368a9xj4cvicqkxmhh12ln46q9gnxla70s1dqrxxfn3b6k525ih"; depends=[beachmat BiocGenerics BiocParallel DelayedArray irlba Matrix Rcpp rsvd S4Vectors]; }; BiocSingular = derive2 { name="BiocSingular"; version="1.4.0"; sha256="0368a9xj4cvicqkxmhh12ln46q9gnxla70s1dqrxxfn3b6k525ih"; depends=[beachmat BiocGenerics BiocParallel DelayedArray irlba Matrix Rcpp rsvd S4Vectors]; };
BiocSklearn = derive2 { name="BiocSklearn"; version="1.10.3"; sha256="11vv7b10q2az0l60d572sriyf37xcvm65yaw4i6bwjx7cpy5ch2v"; depends=[basilisk knitr Rcpp reticulate SummarizedExperiment]; }; BiocSklearn = derive2 { name="BiocSklearn"; version="1.10.3"; sha256="11vv7b10q2az0l60d572sriyf37xcvm65yaw4i6bwjx7cpy5ch2v"; depends=[basilisk knitr Rcpp reticulate SummarizedExperiment]; };
BiocStyle = derive2 { name="BiocStyle"; version="2.16.0"; sha256="07rjl2n4sazdg581zh7w3yykzphgr2gpz41ba4ryqs7347vh9nbf"; depends=[BiocManager bookdown knitr rmarkdown yaml]; }; BiocStyle = derive2 { name="BiocStyle"; version="2.16.1"; sha256="09sz2bnbfbj8wz16k0q8xrvag9fldxqyp5vbg9pvd9skh28hv7c7"; depends=[BiocManager bookdown knitr rmarkdown yaml]; };
BiocVersion = derive2 { name="BiocVersion"; version="3.11.1"; sha256="1rrzx3dqds0jlj1bmjc744wiamb2hssbh3jfxz1s9jp4cvnwrpmz"; depends=[]; }; BiocVersion = derive2 { name="BiocVersion"; version="3.11.1"; sha256="1rrzx3dqds0jlj1bmjc744wiamb2hssbh3jfxz1s9jp4cvnwrpmz"; depends=[]; };
BiocWorkflowTools = derive2 { name="BiocWorkflowTools"; version="1.14.0"; sha256="0p9r71ql67sdlgd5pv118lhz8b85pr5y4ijfwzcy8wrr8jwlbddy"; depends=[BiocStyle bookdown git2r httr knitr rmarkdown rstudioapi stringr usethis]; }; BiocWorkflowTools = derive2 { name="BiocWorkflowTools"; version="1.14.0"; sha256="0p9r71ql67sdlgd5pv118lhz8b85pr5y4ijfwzcy8wrr8jwlbddy"; depends=[BiocStyle bookdown git2r httr knitr rmarkdown rstudioapi stringr usethis]; };
Biostrings = derive2 { name="Biostrings"; version="2.56.0"; sha256="0imhfz7dg8b3l5qzipjranqqshdsg2x6zc49drlhn8sc7j40cvi8"; depends=[BiocGenerics crayon IRanges S4Vectors XVector]; }; Biostrings = derive2 { name="Biostrings"; version="2.56.0"; sha256="0imhfz7dg8b3l5qzipjranqqshdsg2x6zc49drlhn8sc7j40cvi8"; depends=[BiocGenerics crayon IRanges S4Vectors XVector]; };
@ -136,7 +136,7 @@ in with self; {
CATALYST = derive2 { name="CATALYST"; version="1.12.2"; sha256="1m6cqv0h75bzw3gd9dq72y4iyk8clp894an5dzws6gr5vcd1vl8j"; depends=[circlize ComplexHeatmap ConsensusClusterPlus cowplot data_table dplyr drc flowCore FlowSOM ggplot2 ggrepel ggridges gridExtra magrittr Matrix matrixStats nnls purrr RColorBrewer reshape2 Rtsne S4Vectors scales scater SingleCellExperiment SummarizedExperiment]; }; CATALYST = derive2 { name="CATALYST"; version="1.12.2"; sha256="1m6cqv0h75bzw3gd9dq72y4iyk8clp894an5dzws6gr5vcd1vl8j"; depends=[circlize ComplexHeatmap ConsensusClusterPlus cowplot data_table dplyr drc flowCore FlowSOM ggplot2 ggrepel ggridges gridExtra magrittr Matrix matrixStats nnls purrr RColorBrewer reshape2 Rtsne S4Vectors scales scater SingleCellExperiment SummarizedExperiment]; };
CAnD = derive2 { name="CAnD"; version="1.20.0"; sha256="1gh5l8bw6ilc0gq24sqgaghp7q54fx0834mzd837ppshz3bd9vkf"; depends=[ggplot2 reshape]; }; CAnD = derive2 { name="CAnD"; version="1.20.0"; sha256="1gh5l8bw6ilc0gq24sqgaghp7q54fx0834mzd837ppshz3bd9vkf"; depends=[ggplot2 reshape]; };
CCPROMISE = derive2 { name="CCPROMISE"; version="1.14.0"; sha256="18zs0nrarzw5xfs3q2zknf81dcjphwmiqlfim5rlnz6icp53prrp"; depends=[Biobase CCP GSEABase PROMISE]; }; CCPROMISE = derive2 { name="CCPROMISE"; version="1.14.0"; sha256="18zs0nrarzw5xfs3q2zknf81dcjphwmiqlfim5rlnz6icp53prrp"; depends=[Biobase CCP GSEABase PROMISE]; };
CEMiTool = derive2 { name="CEMiTool"; version="1.12.1"; sha256="1dx0z9z89p741bg6w9ay1bbz9db1nzaama1fz4yilw68yj151i18"; depends=[clusterProfiler data_table dplyr DT fastcluster fgsea ggdendro ggplot2 ggpmisc ggrepel ggthemes gridExtra gtable htmltools igraph intergraph knitr matrixStats network pracma rmarkdown scales sna stringr WGCNA]; }; CEMiTool = derive2 { name="CEMiTool"; version="1.12.2"; sha256="1wm69dyfkhr1rapvc73lfj4si8ff3snz8hgay6c7y8nwgkykk0pn"; depends=[clusterProfiler data_table dplyr DT fastcluster fgsea ggdendro ggplot2 ggpmisc ggrepel ggthemes gridExtra gtable htmltools igraph intergraph knitr matrixStats network pracma rmarkdown scales sna stringr WGCNA]; };
CFAssay = derive2 { name="CFAssay"; version="1.22.0"; sha256="0kdv5i6cm63yjai2xg25y1mq0728drwnqs8r9vx3k7djxrkx8ad7"; depends=[]; }; CFAssay = derive2 { name="CFAssay"; version="1.22.0"; sha256="0kdv5i6cm63yjai2xg25y1mq0728drwnqs8r9vx3k7djxrkx8ad7"; depends=[]; };
CGEN = derive2 { name="CGEN"; version="3.23.0"; sha256="0m40xq2ixdkdhq4fpi8bw0p2y2p1vln40ly0iixjyl33z2zpyrrj"; depends=[mvtnorm survival]; }; CGEN = derive2 { name="CGEN"; version="3.23.0"; sha256="0m40xq2ixdkdhq4fpi8bw0p2y2p1vln40ly0iixjyl33z2zpyrrj"; depends=[mvtnorm survival]; };
CGHbase = derive2 { name="CGHbase"; version="1.48.0"; sha256="0gfqqa9rs5hid53ihlky88qndgrwxxz0s6j7s505f660dd5nzlkf"; depends=[Biobase marray]; }; CGHbase = derive2 { name="CGHbase"; version="1.48.0"; sha256="0gfqqa9rs5hid53ihlky88qndgrwxxz0s6j7s505f660dd5nzlkf"; depends=[Biobase marray]; };
@ -178,15 +178,15 @@ in with self; {
Cardinal = derive2 { name="Cardinal"; version="2.6.0"; sha256="15l3ra6r45ppj49yapzrk9js92znnsfsvisvrdh8q177dvr9i64z"; depends=[Biobase BiocGenerics BiocParallel dplyr EBImage irlba lattice magrittr Matrix matter mclust nlme ProtGenerics S4Vectors signal sp viridisLite]; }; Cardinal = derive2 { name="Cardinal"; version="2.6.0"; sha256="15l3ra6r45ppj49yapzrk9js92znnsfsvisvrdh8q177dvr9i64z"; depends=[Biobase BiocGenerics BiocParallel dplyr EBImage irlba lattice magrittr Matrix matter mclust nlme ProtGenerics S4Vectors signal sp viridisLite]; };
Category = derive2 { name="Category"; version="2.54.0"; sha256="1grspdzk5a4vidnxwcd1jmy1vcn494aydsp3vydx235yv7iqac1b"; depends=[annotate AnnotationDbi Biobase BiocGenerics DBI genefilter graph GSEABase Matrix RBGL]; }; Category = derive2 { name="Category"; version="2.54.0"; sha256="1grspdzk5a4vidnxwcd1jmy1vcn494aydsp3vydx235yv7iqac1b"; depends=[annotate AnnotationDbi Biobase BiocGenerics DBI genefilter graph GSEABase Matrix RBGL]; };
CausalR = derive2 { name="CausalR"; version="1.20.0"; sha256="189qvw32ih926k1fvhjb8bj0rfdmrijip5j8vsvx7v1mh7xk4kvx"; depends=[igraph]; }; CausalR = derive2 { name="CausalR"; version="1.20.0"; sha256="189qvw32ih926k1fvhjb8bj0rfdmrijip5j8vsvx7v1mh7xk4kvx"; depends=[igraph]; };
CeTF = derive2 { name="CeTF"; version="1.0.6"; sha256="1is1vjrbnm15wvzag2jpl26j7mpwwc0qgrm45k7zxnawb7bgk0w4"; depends=[circlize clusterProfiler ComplexHeatmap DESeq2 GenomicTools GenomicTools_fileHandler GGally ggnetwork ggplot2 ggpubr ggrepel igraph Matrix network Rcpp RcppArmadillo RCy3 S4Vectors SummarizedExperiment WebGestaltR]; }; CeTF = derive2 { name="CeTF"; version="1.0.7"; sha256="13q5fzlvrfmdv75hdl2dk1vjgl503dnxrdjfr9yrf0zch8h5b51f"; depends=[circlize clusterProfiler ComplexHeatmap DESeq2 GenomicTools GenomicTools_fileHandler GGally ggnetwork ggplot2 ggpubr ggrepel igraph Matrix network Rcpp RcppArmadillo RCy3 S4Vectors SummarizedExperiment WebGestaltR]; };
CellBench = derive2 { name="CellBench"; version="1.4.1"; sha256="0b854k76459gplbibc9dl9mmcspnn6cp2b0dipi6k7cm48vcv67x"; depends=[BiocFileCache BiocParallel dplyr glue lubridate magrittr memoise purrr rappdirs rlang SingleCellExperiment tibble tidyr tidyselect]; }; CellBench = derive2 { name="CellBench"; version="1.4.1"; sha256="0b854k76459gplbibc9dl9mmcspnn6cp2b0dipi6k7cm48vcv67x"; depends=[BiocFileCache BiocParallel dplyr glue lubridate magrittr memoise purrr rappdirs rlang SingleCellExperiment tibble tidyr tidyselect]; };
CellMapper = derive2 { name="CellMapper"; version="1.14.0"; sha256="04rv1xr4kdz85s1178jcai1047f3ah67clargmxw3qzb49q999db"; depends=[S4Vectors]; }; CellMapper = derive2 { name="CellMapper"; version="1.14.0"; sha256="04rv1xr4kdz85s1178jcai1047f3ah67clargmxw3qzb49q999db"; depends=[S4Vectors]; };
CellMixS = derive2 { name="CellMixS"; version="1.4.1"; sha256="1zhxay1injsciz0sdkay9i444zlyz1v7hxr1sg3jnnlzr6cblk18"; depends=[BiocGenerics BiocNeighbors BiocParallel cowplot dplyr ggplot2 ggridges kSamples magrittr purrr scater SingleCellExperiment SummarizedExperiment tidyr viridis]; }; CellMixS = derive2 { name="CellMixS"; version="1.4.2"; sha256="0qi5mmhsbi9qw42v9qnphawqw5l5rpjn3gkskbj0450skgz6f712"; depends=[BiocGenerics BiocNeighbors BiocParallel cowplot dplyr ggplot2 ggridges kSamples magrittr purrr scater SingleCellExperiment SummarizedExperiment tidyr viridis]; };
CellNOptR = derive2 { name="CellNOptR"; version="1.34.0"; sha256="16fs4baafwf3mg99386l3kgwzzpf5cqxv1ib3dsv0hldz8n95zkg"; depends=[ggplot2 graph hash igraph RBGL RCurl Rgraphviz stringi stringr XML]; }; CellNOptR = derive2 { name="CellNOptR"; version="1.34.0"; sha256="16fs4baafwf3mg99386l3kgwzzpf5cqxv1ib3dsv0hldz8n95zkg"; depends=[ggplot2 graph hash igraph RBGL RCurl Rgraphviz stringi stringr XML]; };
CellScore = derive2 { name="CellScore"; version="1.8.0"; sha256="15j8cgpvkvw6hyah6437lqrlqfspzdqs71v162s0sqmfk501b9g3"; depends=[Biobase gplots lsa RColorBrewer squash]; }; CellScore = derive2 { name="CellScore"; version="1.8.0"; sha256="15j8cgpvkvw6hyah6437lqrlqfspzdqs71v162s0sqmfk501b9g3"; depends=[Biobase gplots lsa RColorBrewer squash]; };
CellTrails = derive2 { name="CellTrails"; version="1.6.1"; sha256="1gf5m553vgsh216s7dgg7dawlzkaibqwmmnd5ra31gj720f47ilh"; depends=[Biobase BiocGenerics cba dendextend dtw EnvStats ggplot2 ggrepel igraph maptree mgcv reshape2 Rtsne SingleCellExperiment SummarizedExperiment]; }; CellTrails = derive2 { name="CellTrails"; version="1.6.1"; sha256="1gf5m553vgsh216s7dgg7dawlzkaibqwmmnd5ra31gj720f47ilh"; depends=[Biobase BiocGenerics cba dendextend dtw EnvStats ggplot2 ggrepel igraph maptree mgcv reshape2 Rtsne SingleCellExperiment SummarizedExperiment]; };
CexoR = derive2 { name="CexoR"; version="1.26.0"; sha256="1vlb38msz8hc5xy3w9an3vlv70yxh8ryy0rshn4ghjamcbfiv9qz"; depends=[genomation GenomeInfoDb GenomicRanges idr IRanges RColorBrewer Rsamtools rtracklayer S4Vectors]; }; CexoR = derive2 { name="CexoR"; version="1.26.0"; sha256="1vlb38msz8hc5xy3w9an3vlv70yxh8ryy0rshn4ghjamcbfiv9qz"; depends=[genomation GenomeInfoDb GenomicRanges idr IRanges RColorBrewer Rsamtools rtracklayer S4Vectors]; };
ChAMP = derive2 { name="ChAMP"; version="2.18.2"; sha256="08ix46pakcrxyh3y0kg2jr0v5hfn4b51r7zvnnkl5a2q3x30ml73"; depends=[bumphunter ChAMPdata combinat dendextend DMRcate DNAcopy doParallel DT FEM GenomicRanges ggplot2 globaltest goseq Hmisc Illumina450ProbeVariants_db IlluminaHumanMethylation450kmanifest IlluminaHumanMethylationEPICanno_ilm10b4_hg19 IlluminaHumanMethylationEPICmanifest illuminaio impute isva kpmt limma marray matrixStats minfi missMethyl plotly plyr preprocessCore prettydoc quadprog qvalue RColorBrewer rmarkdown RPMM shiny shinythemes sva wateRmelon]; }; ChAMP = derive2 { name="ChAMP"; version="2.18.3"; sha256="1b5ndi5r404yg1dzr58bflzd3p8l317di1yb5hc48f6yk4fwysif"; depends=[bumphunter ChAMPdata combinat dendextend DMRcate DNAcopy doParallel DT GenomicRanges ggplot2 globaltest goseq Hmisc Illumina450ProbeVariants_db IlluminaHumanMethylation450kmanifest IlluminaHumanMethylationEPICanno_ilm10b4_hg19 IlluminaHumanMethylationEPICmanifest illuminaio impute isva kpmt limma marray matrixStats minfi missMethyl plotly plyr preprocessCore prettydoc quadprog qvalue RColorBrewer rmarkdown RPMM shiny shinythemes sva wateRmelon]; };
ChIC = derive2 { name="ChIC"; version="1.8.0"; sha256="1lc21gjw8g6plgbcv7m13wfd8lczmh1zdllfxah2cxzzvkdswgpv"; depends=[BiocGenerics caret caTools ChIC_data GenomicRanges IRanges progress S4Vectors spp]; }; ChIC = derive2 { name="ChIC"; version="1.8.0"; sha256="1lc21gjw8g6plgbcv7m13wfd8lczmh1zdllfxah2cxzzvkdswgpv"; depends=[BiocGenerics caret caTools ChIC_data GenomicRanges IRanges progress S4Vectors spp]; };
ChIPComp = derive2 { name="ChIPComp"; version="1.18.0"; sha256="0780kj9vbzdhf2jkfb1my8m58pcdwk6jqw6zfng82g46jias98cp"; depends=[BiocGenerics BSgenome_Hsapiens_UCSC_hg19 BSgenome_Mmusculus_UCSC_mm9 GenomeInfoDb GenomicRanges IRanges limma Rsamtools rtracklayer S4Vectors]; }; ChIPComp = derive2 { name="ChIPComp"; version="1.18.0"; sha256="0780kj9vbzdhf2jkfb1my8m58pcdwk6jqw6zfng82g46jias98cp"; depends=[BiocGenerics BSgenome_Hsapiens_UCSC_hg19 BSgenome_Mmusculus_UCSC_mm9 GenomeInfoDb GenomicRanges IRanges limma Rsamtools rtracklayer S4Vectors]; };
ChIPQC = derive2 { name="ChIPQC"; version="1.24.1"; sha256="13znqva6xn2qn9c11kf3ghycb1hck0rzk300bp08zw64mk1nh6v5"; depends=[Biobase BiocGenerics BiocParallel chipseq DiffBind GenomicAlignments GenomicFeatures GenomicRanges ggplot2 gtools IRanges Nozzle_R1 reshape2 Rsamtools S4Vectors TxDb_Celegans_UCSC_ce6_ensGene TxDb_Dmelanogaster_UCSC_dm3_ensGene TxDb_Hsapiens_UCSC_hg18_knownGene TxDb_Hsapiens_UCSC_hg19_knownGene TxDb_Mmusculus_UCSC_mm10_knownGene TxDb_Mmusculus_UCSC_mm9_knownGene TxDb_Rnorvegicus_UCSC_rn4_ensGene]; }; ChIPQC = derive2 { name="ChIPQC"; version="1.24.1"; sha256="13znqva6xn2qn9c11kf3ghycb1hck0rzk300bp08zw64mk1nh6v5"; depends=[Biobase BiocGenerics BiocParallel chipseq DiffBind GenomicAlignments GenomicFeatures GenomicRanges ggplot2 gtools IRanges Nozzle_R1 reshape2 Rsamtools S4Vectors TxDb_Celegans_UCSC_ce6_ensGene TxDb_Dmelanogaster_UCSC_dm3_ensGene TxDb_Hsapiens_UCSC_hg18_knownGene TxDb_Hsapiens_UCSC_hg19_knownGene TxDb_Mmusculus_UCSC_mm10_knownGene TxDb_Mmusculus_UCSC_mm9_knownGene TxDb_Rnorvegicus_UCSC_rn4_ensGene]; };
@ -194,13 +194,13 @@ in with self; {
ChIPXpress = derive2 { name="ChIPXpress"; version="1.32.0"; sha256="0xb8p0ap0kmj53skp7bm151lmf6cdwlyv18jaji7lcsrvnni3ilm"; depends=[affy biganalytics bigmemory Biobase ChIPXpressData frma GEOquery]; }; ChIPXpress = derive2 { name="ChIPXpress"; version="1.32.0"; sha256="0xb8p0ap0kmj53skp7bm151lmf6cdwlyv18jaji7lcsrvnni3ilm"; depends=[affy biganalytics bigmemory Biobase ChIPXpressData frma GEOquery]; };
ChIPanalyser = derive2 { name="ChIPanalyser"; version="1.10.0"; sha256="0wxq7w95gxvb9wjm2amh37hvnbsy1cikyzdh8aa7a21nr71jp8km"; depends=[BiocManager Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges RcppRoll ROCR rtracklayer S4Vectors]; }; ChIPanalyser = derive2 { name="ChIPanalyser"; version="1.10.0"; sha256="0wxq7w95gxvb9wjm2amh37hvnbsy1cikyzdh8aa7a21nr71jp8km"; depends=[BiocManager Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges RcppRoll ROCR rtracklayer S4Vectors]; };
ChIPexoQual = derive2 { name="ChIPexoQual"; version="1.12.0"; sha256="02rsf1rvm0p6dn18zq2a4hpvpd9m2i5rziyi4zm8j43qvs8xhafp"; depends=[BiocParallel biovizBase broom data_table dplyr GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 hexbin IRanges RColorBrewer rmarkdown Rsamtools S4Vectors scales viridis]; }; ChIPexoQual = derive2 { name="ChIPexoQual"; version="1.12.0"; sha256="02rsf1rvm0p6dn18zq2a4hpvpd9m2i5rziyi4zm8j43qvs8xhafp"; depends=[BiocParallel biovizBase broom data_table dplyr GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 hexbin IRanges RColorBrewer rmarkdown Rsamtools S4Vectors scales viridis]; };
ChIPpeakAnno = derive2 { name="ChIPpeakAnno"; version="3.22.2"; sha256="199mlg0gwjy39afyk0ah6lzcm759bzxla4hgcajj0ay9jiibjqpa"; depends=[AnnotationDbi Biobase BiocGenerics BiocManager biomaRt Biostrings BSgenome DBI DelayedArray ensembldb GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges GO_db graph idr IRanges limma matrixStats multtest RBGL regioneR Rsamtools rtracklayer S4Vectors seqinr SummarizedExperiment VennDiagram]; }; ChIPpeakAnno = derive2 { name="ChIPpeakAnno"; version="3.22.4"; sha256="0wxgjdikinkqj7jvs2725ak0291q6zhikyf1c93w8cngwvd9i1gq"; depends=[AnnotationDbi Biobase BiocGenerics BiocManager biomaRt Biostrings BSgenome DBI DelayedArray ensembldb GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges GO_db graph idr IRanges limma matrixStats multtest RBGL regioneR Rsamtools rtracklayer S4Vectors seqinr SummarizedExperiment VennDiagram]; };
ChIPseeker = derive2 { name="ChIPseeker"; version="1.24.0"; sha256="04lvw4bglab7vrhz5frn8vvp311dhr19ff2r97l1qharh22bnyq2"; depends=[AnnotationDbi BiocGenerics boot dplyr enrichplot GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 gplots gtools IRanges magrittr plotrix RColorBrewer rtracklayer S4Vectors TxDb_Hsapiens_UCSC_hg19_knownGene]; }; ChIPseeker = derive2 { name="ChIPseeker"; version="1.24.0"; sha256="04lvw4bglab7vrhz5frn8vvp311dhr19ff2r97l1qharh22bnyq2"; depends=[AnnotationDbi BiocGenerics boot dplyr enrichplot GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 gplots gtools IRanges magrittr plotrix RColorBrewer rtracklayer S4Vectors TxDb_Hsapiens_UCSC_hg19_knownGene]; };
ChIPseqR = derive2 { name="ChIPseqR"; version="1.42.0"; sha256="1r60ia052wlkmvjlfwagfnnx4kzgmh91b8na3g7wn05fl708nyzl"; depends=[BiocGenerics Biostrings fBasics GenomicRanges HilbertVis IRanges S4Vectors ShortRead timsac]; }; ChIPseqR = derive2 { name="ChIPseqR"; version="1.42.0"; sha256="1r60ia052wlkmvjlfwagfnnx4kzgmh91b8na3g7wn05fl708nyzl"; depends=[BiocGenerics Biostrings fBasics GenomicRanges HilbertVis IRanges S4Vectors ShortRead timsac]; };
ChIPsim = derive2 { name="ChIPsim"; version="1.42.0"; sha256="12v77hzh9d5iz4byn80qlsssj5vgyhhmd0xfbcczjw1hv81iizxq"; depends=[Biostrings IRanges ShortRead XVector]; }; ChIPsim = derive2 { name="ChIPsim"; version="1.42.0"; sha256="12v77hzh9d5iz4byn80qlsssj5vgyhhmd0xfbcczjw1hv81iizxq"; depends=[Biostrings IRanges ShortRead XVector]; };
ChemmineOB = derive2 { name="ChemmineOB"; version="1.26.0"; sha256="1507fqhdw3zm5yi8zg8wbvf2nymyvg72qwsj2m11q42xsy6czns2"; depends=[BH BiocGenerics Rcpp zlibbioc]; }; ChemmineOB = derive2 { name="ChemmineOB"; version="1.26.0"; sha256="1507fqhdw3zm5yi8zg8wbvf2nymyvg72qwsj2m11q42xsy6czns2"; depends=[BH BiocGenerics Rcpp zlibbioc]; };
ChemmineR = derive2 { name="ChemmineR"; version="3.40.0"; sha256="0cna5xsqflvhlp2k47asxyv3w4ympmz2wy2cwjyzlal6936fjikf"; depends=[base64enc BH BiocGenerics DBI digest DT ggplot2 gridExtra png Rcpp RCurl rjson rsvg]; }; ChemmineR = derive2 { name="ChemmineR"; version="3.40.0"; sha256="0cna5xsqflvhlp2k47asxyv3w4ympmz2wy2cwjyzlal6936fjikf"; depends=[base64enc BH BiocGenerics DBI digest DT ggplot2 gridExtra png Rcpp RCurl rjson rsvg]; };
Chicago = derive2 { name="Chicago"; version="1.16.0"; sha256="1x8rv9132yasb0nda80b0cig0ylbbzbwhjxyf8wmvk6fxpar1wbr"; depends=[data_table Delaporte Hmisc MASS matrixStats]; }; Chicago = derive2 { name="Chicago"; version="1.16.1"; sha256="1jkkkh5nxmrbyzki111hyvv1yabwj3my4d7vqyzhqvq3iny3anys"; depends=[data_table Delaporte Hmisc MASS matrixStats]; };
ChromHeatMap = derive2 { name="ChromHeatMap"; version="1.42.0"; sha256="0zwqpsnl2zwibv0l4dqp28w3c2f53l73hz1vh0mcrg43lr7p2cx8"; depends=[annotate AnnotationDbi Biobase BiocGenerics GenomicRanges IRanges rtracklayer]; }; ChromHeatMap = derive2 { name="ChromHeatMap"; version="1.42.0"; sha256="0zwqpsnl2zwibv0l4dqp28w3c2f53l73hz1vh0mcrg43lr7p2cx8"; depends=[annotate AnnotationDbi Biobase BiocGenerics GenomicRanges IRanges rtracklayer]; };
CiteFuse = derive2 { name="CiteFuse"; version="1.0.0"; sha256="1arf69yk6zkijq0pinh8w3vgxp4qdg5bsc8f3s7417r95p998141"; depends=[cowplot dbscan ggplot2 ggraph ggridges gridExtra igraph Matrix mixtools pheatmap propr randomForest reshape2 rhdf5 rlang Rtsne S4Vectors scales scran SingleCellExperiment SNFtool SummarizedExperiment uwot]; }; CiteFuse = derive2 { name="CiteFuse"; version="1.0.0"; sha256="1arf69yk6zkijq0pinh8w3vgxp4qdg5bsc8f3s7417r95p998141"; depends=[cowplot dbscan ggplot2 ggraph ggridges gridExtra igraph Matrix mixtools pheatmap propr randomForest reshape2 rhdf5 rlang Rtsne S4Vectors scales scran SingleCellExperiment SNFtool SummarizedExperiment uwot]; };
ClassifyR = derive2 { name="ClassifyR"; version="2.8.0"; sha256="1gdxj4gccbl8w82piyvkkg5dgwdjyqnbyy4rjxrxw8ngri0rrd6q"; depends=[BiocParallel locfit MultiAssayExperiment plyr S4Vectors]; }; ClassifyR = derive2 { name="ClassifyR"; version="2.8.0"; sha256="1gdxj4gccbl8w82piyvkkg5dgwdjyqnbyy4rjxrxw8ngri0rrd6q"; depends=[BiocParallel locfit MultiAssayExperiment plyr S4Vectors]; };
@ -227,8 +227,8 @@ in with self; {
CrossICC = derive2 { name="CrossICC"; version="1.2.0"; sha256="1ilfgmrpr85i0x6grhjlrb3gq74hnjlvsmz0af41ajvnz9mbh6s0"; depends=[Biobase cluster ConsensusClusterPlus data_table dplyr limma MASS MergeMaid]; }; CrossICC = derive2 { name="CrossICC"; version="1.2.0"; sha256="1ilfgmrpr85i0x6grhjlrb3gq74hnjlvsmz0af41ajvnz9mbh6s0"; depends=[Biobase cluster ConsensusClusterPlus data_table dplyr limma MASS MergeMaid]; };
CytoDx = derive2 { name="CytoDx"; version="1.8.0"; sha256="052k8p47kdqvidw28qzp6x1g599crlx15wakz17ja6067drs5axx"; depends=[doParallel dplyr flowCore glmnet rpart rpart_plot]; }; CytoDx = derive2 { name="CytoDx"; version="1.8.0"; sha256="052k8p47kdqvidw28qzp6x1g599crlx15wakz17ja6067drs5axx"; depends=[doParallel dplyr flowCore glmnet rpart rpart_plot]; };
CytoML = derive2 { name="CytoML"; version="2.0.5"; sha256="174brv027mm90lydfg6hnhazwh8jy4vf6ial4hpsfalwa5jrz55n"; depends=[base64enc BH Biobase corpcor cytolib data_table dplyr flowCore flowWorkspace ggcyto graph jsonlite lattice openCyto plyr RBGL Rcpp RcppArmadillo RcppParallel Rgraphviz Rhdf5lib RProtoBufLib RUnit tibble XML xml2 yaml]; }; CytoML = derive2 { name="CytoML"; version="2.0.5"; sha256="174brv027mm90lydfg6hnhazwh8jy4vf6ial4hpsfalwa5jrz55n"; depends=[base64enc BH Biobase corpcor cytolib data_table dplyr flowCore flowWorkspace ggcyto graph jsonlite lattice openCyto plyr RBGL Rcpp RcppArmadillo RcppParallel Rgraphviz Rhdf5lib RProtoBufLib RUnit tibble XML xml2 yaml]; };
DAMEfinder = derive2 { name="DAMEfinder"; version="1.0.2"; sha256="18ydik1xapv8zan7qcrfx0c68n4ddh60ik9d1zq456nsmgysy71l"; depends=[BiocGenerics Biostrings bumphunter cowplot GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 IRanges limma plyr readr reshape2 Rsamtools S4Vectors stringr SummarizedExperiment VariantAnnotation]; }; DAMEfinder = derive2 { name="DAMEfinder"; version="1.0.3"; sha256="0wdcycgsd9zcjnagp3spbzy8dn20q3a1a21dw5f0rl3yllpk12s9"; depends=[BiocGenerics Biostrings bumphunter cowplot GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 IRanges limma plyr readr reshape2 Rsamtools S4Vectors stringr SummarizedExperiment VariantAnnotation]; };
DAPAR = derive2 { name="DAPAR"; version="1.20.2"; sha256="1c1vs8pxvgnvgf2i6pln4bp5jw3p9zjkjcq2220q1ld65cwfgdp0"; depends=[AnnotationDbi Cairo clusterProfiler cp4p DAPARdata doParallel dplyr factoextra FactoMineR foreach ggplot2 gplots graph highcharter igraph imp4p impute knitr lattice limma lme4 Matrix MSnbase norm openxlsx pcaMethods png preprocessCore RColorBrewer readxl reshape2 scales siggenes stringr tidyr tidyverse tmvtnorm vioplot visNetwork vsn]; }; DAPAR = derive2 { name="DAPAR"; version="1.20.3"; sha256="1ndi82gk3mshccr9iyhlk6y9zxazgg5qvcby90w8kkhhiq34vi7v"; depends=[AnnotationDbi Cairo clusterProfiler cp4p DAPARdata doParallel dplyr factoextra FactoMineR foreach ggplot2 gplots graph highcharter igraph imp4p impute knitr lattice limma lme4 Matrix MSnbase norm openxlsx pcaMethods png preprocessCore RColorBrewer readxl reshape2 scales siggenes stringr tidyr tidyverse tmvtnorm vioplot visNetwork vsn]; };
DART = derive2 { name="DART"; version="1.36.0"; sha256="1gjhhxyypaza598f51cvyn5564m5dgli6v3cl6rqmh9qzil482hv"; depends=[igraph]; }; DART = derive2 { name="DART"; version="1.36.0"; sha256="1gjhhxyypaza598f51cvyn5564m5dgli6v3cl6rqmh9qzil482hv"; depends=[igraph]; };
DBChIP = derive2 { name="DBChIP"; version="1.32.0"; sha256="16zzgbfnnvjissnzg8lqsy60kpivjwyfzh1zp7b4bhzmfw8awwqy"; depends=[DESeq edgeR]; }; DBChIP = derive2 { name="DBChIP"; version="1.32.0"; sha256="16zzgbfnnvjissnzg8lqsy60kpivjwyfzh1zp7b4bhzmfw8awwqy"; depends=[DESeq edgeR]; };
DChIPRep = derive2 { name="DChIPRep"; version="1.18.0"; sha256="0xpafzd8xdcqjnn4i8iv819240rnvi4wbwwlzn8kb76cdqn6299x"; depends=[assertthat ChIPpeakAnno DESeq2 fdrtool GenomicRanges ggplot2 plyr purrr reshape2 S4Vectors smoothmest soGGi SummarizedExperiment tidyr]; }; DChIPRep = derive2 { name="DChIPRep"; version="1.18.0"; sha256="0xpafzd8xdcqjnn4i8iv819240rnvi4wbwwlzn8kb76cdqn6299x"; depends=[assertthat ChIPpeakAnno DESeq2 fdrtool GenomicRanges ggplot2 plyr purrr reshape2 S4Vectors smoothmest soGGi SummarizedExperiment tidyr]; };
@ -253,7 +253,7 @@ in with self; {
DMCHMM = derive2 { name="DMCHMM"; version="1.10.0"; sha256="1zyjpimvgsimz1xb4i9mc79yl9cj5ivqzc1rlvdpmisb1zls89q9"; depends=[BiocParallel calibrate fdrtool GenomicRanges IRanges multcomp rtracklayer S4Vectors SummarizedExperiment]; }; DMCHMM = derive2 { name="DMCHMM"; version="1.10.0"; sha256="1zyjpimvgsimz1xb4i9mc79yl9cj5ivqzc1rlvdpmisb1zls89q9"; depends=[BiocParallel calibrate fdrtool GenomicRanges IRanges multcomp rtracklayer S4Vectors SummarizedExperiment]; };
DMRScan = derive2 { name="DMRScan"; version="1.10.0"; sha256="09rdmd0x5rhysxvipdnvfhp7y5l9n3r8b5xqn8dz96pfdddli8nm"; depends=[GenomeInfoDb GenomicRanges IRanges MASS Matrix mvtnorm RcppRoll]; }; DMRScan = derive2 { name="DMRScan"; version="1.10.0"; sha256="09rdmd0x5rhysxvipdnvfhp7y5l9n3r8b5xqn8dz96pfdddli8nm"; depends=[GenomeInfoDb GenomicRanges IRanges MASS Matrix mvtnorm RcppRoll]; };
DMRcaller = derive2 { name="DMRcaller"; version="1.20.0"; sha256="0an24sa3d760d6pp2z5dclammmqys0snbx41rlcgb0yhljv5bja5"; depends=[betareg GenomicRanges IRanges Rcpp RcppRoll S4Vectors]; }; DMRcaller = derive2 { name="DMRcaller"; version="1.20.0"; sha256="0an24sa3d760d6pp2z5dclammmqys0snbx41rlcgb0yhljv5bja5"; depends=[betareg GenomicRanges IRanges Rcpp RcppRoll S4Vectors]; };
DMRcate = derive2 { name="DMRcate"; version="2.2.2"; sha256="1991mwka0ajazwxszlnbbmr928i1q5fdl6hr7x0z4a5faymn3m3n"; depends=[bsseq DSS edgeR ExperimentHub GenomeInfoDb GenomicRanges Gviz IRanges limma minfi missMethyl plyr S4Vectors SummarizedExperiment]; }; DMRcate = derive2 { name="DMRcate"; version="2.2.3"; sha256="1ly90isdzbpqhy3y0gjkhg5qkgdqj0w1n6kvjyl4xi8s70v1nps5"; depends=[bsseq DSS edgeR ExperimentHub GenomeInfoDb GenomicRanges Gviz IRanges limma minfi missMethyl plyr S4Vectors SummarizedExperiment]; };
DMRforPairs = derive2 { name="DMRforPairs"; version="1.24.0"; sha256="0fxsf7m0ks9ycx7nnyi4v7qr5lcgab8ayfvl1bk763wy77nipaiq"; depends=[GenomicRanges Gviz R2HTML]; }; DMRforPairs = derive2 { name="DMRforPairs"; version="1.24.0"; sha256="0fxsf7m0ks9ycx7nnyi4v7qr5lcgab8ayfvl1bk763wy77nipaiq"; depends=[GenomicRanges Gviz R2HTML]; };
DNABarcodeCompatibility = derive2 { name="DNABarcodeCompatibility"; version="1.4.0"; sha256="0l9q3c12lramf4pdbv58hcmyv3d8j082l17aqjpyjvabla4zk8yc"; depends=[DNABarcodes dplyr numbers purrr stringr tidyr]; }; DNABarcodeCompatibility = derive2 { name="DNABarcodeCompatibility"; version="1.4.0"; sha256="0l9q3c12lramf4pdbv58hcmyv3d8j082l17aqjpyjvabla4zk8yc"; depends=[DNABarcodes dplyr numbers purrr stringr tidyr]; };
DNABarcodes = derive2 { name="DNABarcodes"; version="1.18.0"; sha256="03y39hjpkb05fnawy3k797bph1iydi1blmpgyy4244zjgk6rs5x7"; depends=[BH Matrix Rcpp]; }; DNABarcodes = derive2 { name="DNABarcodes"; version="1.18.0"; sha256="03y39hjpkb05fnawy3k797bph1iydi1blmpgyy4244zjgk6rs5x7"; depends=[BH Matrix Rcpp]; };
@ -272,13 +272,13 @@ in with self; {
DelayedDataFrame = derive2 { name="DelayedDataFrame"; version="1.4.0"; sha256="1wipxplcgzhglrgjnwb7f3n2acrf40qv8nb02im233ixyb7r4l3c"; depends=[BiocGenerics DelayedArray S4Vectors]; }; DelayedDataFrame = derive2 { name="DelayedDataFrame"; version="1.4.0"; sha256="1wipxplcgzhglrgjnwb7f3n2acrf40qv8nb02im233ixyb7r4l3c"; depends=[BiocGenerics DelayedArray S4Vectors]; };
DelayedMatrixStats = derive2 { name="DelayedMatrixStats"; version="1.10.1"; sha256="046sam0rz42ph0m7jz7v3bck7d3h2mp45gzywh5dvc1qkjq6fdxx"; depends=[BiocParallel DelayedArray HDF5Array IRanges Matrix matrixStats S4Vectors]; }; DelayedMatrixStats = derive2 { name="DelayedMatrixStats"; version="1.10.1"; sha256="046sam0rz42ph0m7jz7v3bck7d3h2mp45gzywh5dvc1qkjq6fdxx"; depends=[BiocParallel DelayedArray HDF5Array IRanges Matrix matrixStats S4Vectors]; };
DepecheR = derive2 { name="DepecheR"; version="1.4.1"; sha256="0dscfl6wxpl5538jzkrwisdwbr873d38rzd19vl6z5br71jvpv3v"; depends=[beanplot doSNOW dplyr FNN foreach ggplot2 gplots MASS matrixStats mixOmics moments Rcpp RcppEigen reshape2 robustbase viridis]; }; DepecheR = derive2 { name="DepecheR"; version="1.4.1"; sha256="0dscfl6wxpl5538jzkrwisdwbr873d38rzd19vl6z5br71jvpv3v"; depends=[beanplot doSNOW dplyr FNN foreach ggplot2 gplots MASS matrixStats mixOmics moments Rcpp RcppEigen reshape2 robustbase viridis]; };
DiffBind = derive2 { name="DiffBind"; version="2.16.0"; sha256="1mwqgljya1c7r2dfrdds3nswn9bn1l3ak1wavbpv4lbv3nkmykn5"; depends=[amap BiocParallel DESeq2 dplyr edgeR GenomicAlignments GenomicRanges ggplot2 ggrepel gplots IRanges lattice limma locfit RColorBrewer Rcpp Rhtslib Rsamtools S4Vectors SummarizedExperiment systemPipeR]; }; DiffBind = derive2 { name="DiffBind"; version="2.16.2"; sha256="11y9kigdikqcd0cnksh306nsaadak0kgivk7773mv3yszrxxwzj1"; depends=[amap BiocParallel DESeq2 dplyr edgeR GenomicAlignments GenomicRanges ggplot2 ggrepel gplots IRanges lattice limma locfit RColorBrewer Rcpp Rhtslib Rsamtools S4Vectors SummarizedExperiment systemPipeR]; };
DiffLogo = derive2 { name="DiffLogo"; version="2.12.2"; sha256="0wl8q1vm4b9f0hfypn4q1xc3jiqgjl1h7kiigkfj2kxih96qw3jw"; depends=[cba]; }; DiffLogo = derive2 { name="DiffLogo"; version="2.12.2"; sha256="0wl8q1vm4b9f0hfypn4q1xc3jiqgjl1h7kiigkfj2kxih96qw3jw"; depends=[cba]; };
Director = derive2 { name="Director"; version="1.14.0"; sha256="144jkdnxfkvp2pxh1fq6xr9qilsxv3g8b6y294l45hxm8zag8r9v"; depends=[htmltools]; }; Director = derive2 { name="Director"; version="1.14.0"; sha256="144jkdnxfkvp2pxh1fq6xr9qilsxv3g8b6y294l45hxm8zag8r9v"; depends=[htmltools]; };
DirichletMultinomial = derive2 { name="DirichletMultinomial"; version="1.30.0"; sha256="1m9dsrddrllb2i88qzik1867iv9mggrgdkn0dlp8sq7gl69vmalb"; depends=[BiocGenerics IRanges S4Vectors]; }; DirichletMultinomial = derive2 { name="DirichletMultinomial"; version="1.30.0"; sha256="1m9dsrddrllb2i88qzik1867iv9mggrgdkn0dlp8sq7gl69vmalb"; depends=[BiocGenerics IRanges S4Vectors]; };
DiscoRhythm = derive2 { name="DiscoRhythm"; version="1.4.1"; sha256="004wv9b16fzz4w8smzda1fzs3mwis1wf54zyw4qvfkdsc4mcq5wn"; depends=[BiocGenerics BiocStyle broom data_table dplyr DT ggExtra ggplot2 gridExtra heatmaply kableExtra knitr magick matrixStats matrixTests MetaCycle plotly reshape2 rmarkdown S4Vectors shiny shinyBS shinycssloaders shinydashboard shinyjs SummarizedExperiment UpSetR VennDiagram viridis zip]; }; DiscoRhythm = derive2 { name="DiscoRhythm"; version="1.4.2"; sha256="0vrra6mrd0awjnhvb1vha0g35nn7wa5bdxq5g8qaiq5bq850p886"; depends=[BiocGenerics BiocStyle broom data_table dplyr DT ggExtra ggplot2 gridExtra heatmaply kableExtra knitr magick matrixStats matrixTests MetaCycle plotly reshape2 rmarkdown S4Vectors shiny shinyBS shinycssloaders shinydashboard shinyjs SummarizedExperiment UpSetR VennDiagram viridis zip]; };
DominoEffect = derive2 { name="DominoEffect"; version="1.8.0"; sha256="0m9l1zdghsv3haqk03ab9768vqbsiz0dibp9xlhl998mjlaixmbz"; depends=[AnnotationDbi biomaRt Biostrings data_table GenomeInfoDb GenomicRanges IRanges SummarizedExperiment VariantAnnotation]; }; DominoEffect = derive2 { name="DominoEffect"; version="1.8.0"; sha256="0m9l1zdghsv3haqk03ab9768vqbsiz0dibp9xlhl998mjlaixmbz"; depends=[AnnotationDbi biomaRt Biostrings data_table GenomeInfoDb GenomicRanges IRanges SummarizedExperiment VariantAnnotation]; };
Doscheda = derive2 { name="Doscheda"; version="1.10.0"; sha256="199lrd1d2sn7w86mnmg9lqfywjfqcplp8dwrzrwqcda8z8hrqq37"; depends=[affy calibrate corrgram drc DT ggplot2 gridExtra httr jsonlite limma matrixStats prodlim readxl reshape2 shiny shinydashboard stringr vsn]; }; Doscheda = derive2 { name="Doscheda"; version="1.10.4"; sha256="1zgy89gpylzxikrddbsv39ilx0q6pkjjyrbz5jnmlp7jp0l50zf0"; depends=[affy calibrate corrgram drc DT ggplot2 gridExtra httr jsonlite limma matrixStats prodlim readxl reshape2 shiny shinydashboard stringr vsn]; };
DriverNet = derive2 { name="DriverNet"; version="1.28.0"; sha256="02sw2dpa0hkmq7pn8x22mp6zvy1q9ck26rx3bpnlkzwa4ij95rc6"; depends=[]; }; DriverNet = derive2 { name="DriverNet"; version="1.28.0"; sha256="02sw2dpa0hkmq7pn8x22mp6zvy1q9ck26rx3bpnlkzwa4ij95rc6"; depends=[]; };
DropletUtils = derive2 { name="DropletUtils"; version="1.8.0"; sha256="0zqwx0a9frsw3pmm47pwpd6rxaps0cy1hqv1iw0qv14zdhi379y2"; depends=[beachmat BH BiocParallel dqrng edgeR HDF5Array Matrix R_utils Rcpp rhdf5 Rhdf5lib S4Vectors SingleCellExperiment]; }; DropletUtils = derive2 { name="DropletUtils"; version="1.8.0"; sha256="0zqwx0a9frsw3pmm47pwpd6rxaps0cy1hqv1iw0qv14zdhi379y2"; depends=[beachmat BH BiocParallel dqrng edgeR HDF5Array Matrix R_utils Rcpp rhdf5 Rhdf5lib S4Vectors SingleCellExperiment]; };
DrugVsDisease = derive2 { name="DrugVsDisease"; version="2.30.0"; sha256="1mv7g47qjzf7id00jlxcd8s5irps13nqi5m1n1g5q3jp3rgxk6db"; depends=[affy annotate ArrayExpress BiocGenerics biomaRt cMap2data DrugVsDiseasedata GEOquery hgu133a_db hgu133a2_db hgu133plus2_db limma qvalue RUnit xtable]; }; DrugVsDisease = derive2 { name="DrugVsDisease"; version="2.30.0"; sha256="1mv7g47qjzf7id00jlxcd8s5irps13nqi5m1n1g5q3jp3rgxk6db"; depends=[affy annotate ArrayExpress BiocGenerics biomaRt cMap2data DrugVsDiseasedata GEOquery hgu133a_db hgu133a2_db hgu133plus2_db limma qvalue RUnit xtable]; };
@ -304,10 +304,10 @@ in with self; {
ERSSA = derive2 { name="ERSSA"; version="1.6.0"; sha256="06d2yjcpzk40hr6n87ivfcaxjr9bwj97i0ns7cnlkzyzf3ymck9v"; depends=[BiocParallel DESeq2 edgeR ggplot2 plyr RColorBrewer]; }; ERSSA = derive2 { name="ERSSA"; version="1.6.0"; sha256="06d2yjcpzk40hr6n87ivfcaxjr9bwj97i0ns7cnlkzyzf3ymck9v"; depends=[BiocParallel DESeq2 edgeR ggplot2 plyr RColorBrewer]; };
EasyqpcR = derive2 { name="EasyqpcR"; version="1.30.0"; sha256="0pf9k6hgbwhlhi75bgs640cp5jri2vc21pml0s89phs048cpkqqb"; depends=[matrixStats plotrix plyr]; }; EasyqpcR = derive2 { name="EasyqpcR"; version="1.30.0"; sha256="0pf9k6hgbwhlhi75bgs640cp5jri2vc21pml0s89phs048cpkqqb"; depends=[matrixStats plotrix plyr]; };
EmpiricalBrownsMethod = derive2 { name="EmpiricalBrownsMethod"; version="1.16.0"; sha256="1brvls8z49x632yny835s90smxbac8bgnykcmn96sgs2lm6g7qbj"; depends=[]; }; EmpiricalBrownsMethod = derive2 { name="EmpiricalBrownsMethod"; version="1.16.0"; sha256="1brvls8z49x632yny835s90smxbac8bgnykcmn96sgs2lm6g7qbj"; depends=[]; };
EnMCB = derive2 { name="EnMCB"; version="1.0.8"; sha256="00dsc431x0h0h5wh4nnxpqjl2yjr7mjwy5xycwi0zgjq2cxavi4l"; depends=[doParallel foreach ggplot2 glmnet IlluminaHumanMethylation450kanno_ilmn12_hg19 minfi rms survival survivalROC survivalsvm]; }; EnMCB = derive2 { name="EnMCB"; version="1.0.11"; sha256="17c1bwdb92d17v547pw9flrkryr5bi9kbh9cwka0zbzfb32pbc16"; depends=[doParallel foreach ggplot2 glmnet IlluminaHumanMethylation450kanno_ilmn12_hg19 minfi survival survivalROC survivalsvm]; };
EnhancedVolcano = derive2 { name="EnhancedVolcano"; version="1.6.0"; sha256="0xmsk3c2sz3c5rimaza5vj3ps2fdyl9dxxyvkws9frcz9d39mwb3"; depends=[ggplot2 ggrepel]; }; EnhancedVolcano = derive2 { name="EnhancedVolcano"; version="1.6.0"; sha256="0xmsk3c2sz3c5rimaza5vj3ps2fdyl9dxxyvkws9frcz9d39mwb3"; depends=[ggplot2 ggrepel]; };
EnrichedHeatmap = derive2 { name="EnrichedHeatmap"; version="1.18.2"; sha256="1alz7awnmv0ml1vabqis2av9g4rr50bnjfmcwvixzaq23g6m969l"; depends=[circlize ComplexHeatmap GenomicRanges GetoptLong IRanges locfit matrixStats Rcpp]; }; EnrichedHeatmap = derive2 { name="EnrichedHeatmap"; version="1.18.2"; sha256="1alz7awnmv0ml1vabqis2av9g4rr50bnjfmcwvixzaq23g6m969l"; depends=[circlize ComplexHeatmap GenomicRanges GetoptLong IRanges locfit matrixStats Rcpp]; };
EnrichmentBrowser = derive2 { name="EnrichmentBrowser"; version="2.18.0"; sha256="1gs27n6cwwz8a0w2alnrc3m9walbady3km4pa9d3nrlhm003glhm"; depends=[AnnotationDbi BiocFileCache biocGraph BiocManager ComplexHeatmap edgeR geneplotter GO_db graph graphite GSEABase hwriter KEGGgraph KEGGREST limma pathview rappdirs Rgraphviz S4Vectors safe SPIA SummarizedExperiment topGO]; }; EnrichmentBrowser = derive2 { name="EnrichmentBrowser"; version="2.18.2"; sha256="0frknd19zgb8iw4wvdybhwrlbzwkki02bj9qx9sqwvfk0gvc54rk"; depends=[AnnotationDbi BiocFileCache biocGraph BiocManager ComplexHeatmap edgeR geneplotter GO_db graph graphite GSEABase hwriter KEGGgraph KEGGREST limma pathview rappdirs Rgraphviz S4Vectors safe SPIA SummarizedExperiment topGO]; };
EpiDISH = derive2 { name="EpiDISH"; version="2.4.0"; sha256="0igymdkwcla1vlbkmnvdd6js0mizygsa082fwp61wbw49b872g40"; depends=[e1071 locfdr MASS matrixStats quadprog stringr]; }; EpiDISH = derive2 { name="EpiDISH"; version="2.4.0"; sha256="0igymdkwcla1vlbkmnvdd6js0mizygsa082fwp61wbw49b872g40"; depends=[e1071 locfdr MASS matrixStats quadprog stringr]; };
EpiTxDb = derive2 { name="EpiTxDb"; version="1.0.0"; sha256="02a5zwmbkymx2xzfjgzq5ix364820pi1q6y72cayqn9pv4qgaxll"; depends=[AnnotationDbi BiocFileCache BiocGenerics Biostrings curl DBI GenomeInfoDb GenomicFeatures GenomicRanges httr IRanges Modstrings RSQLite S4Vectors tRNAdbImport xml2]; }; EpiTxDb = derive2 { name="EpiTxDb"; version="1.0.0"; sha256="02a5zwmbkymx2xzfjgzq5ix364820pi1q6y72cayqn9pv4qgaxll"; depends=[AnnotationDbi BiocFileCache BiocGenerics Biostrings curl DBI GenomeInfoDb GenomicFeatures GenomicRanges httr IRanges Modstrings RSQLite S4Vectors tRNAdbImport xml2]; };
EventPointer = derive2 { name="EventPointer"; version="2.6.0"; sha256="1dbb3zjzn2d7ccd0dnhw6md284vfblh443mm7nzj8jr90520zbwf"; depends=[affxparser Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg38 cobs doParallel foreach GenomeInfoDb GenomicFeatures GenomicRanges graph igraph IRanges limma MASS Matrix matrixStats nnls prodlim qvalue RBGL rhdf5 S4Vectors SGSeq stringr SummarizedExperiment]; }; EventPointer = derive2 { name="EventPointer"; version="2.6.0"; sha256="1dbb3zjzn2d7ccd0dnhw6md284vfblh443mm7nzj8jr90520zbwf"; depends=[affxparser Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg38 cobs doParallel foreach GenomeInfoDb GenomicFeatures GenomicRanges graph igraph IRanges limma MASS Matrix matrixStats nnls prodlim qvalue RBGL rhdf5 S4Vectors SGSeq stringr SummarizedExperiment]; };
@ -323,7 +323,7 @@ in with self; {
FEM = derive2 { name="FEM"; version="3.15.0"; sha256="1d0p5jibzmfs2kmxlr30yr2ws1b3jyhpsbng1iszd6q904k302xd"; depends=[AnnotationDbi BiocGenerics corrplot graph igraph impute limma marray Matrix org_Hs_eg_db]; }; FEM = derive2 { name="FEM"; version="3.15.0"; sha256="1d0p5jibzmfs2kmxlr30yr2ws1b3jyhpsbng1iszd6q904k302xd"; depends=[AnnotationDbi BiocGenerics corrplot graph igraph impute limma marray Matrix org_Hs_eg_db]; };
FGNet = derive2 { name="FGNet"; version="3.22.1"; sha256="02jlkhi81d0z8f384acl4c1xzzv0hlgzkb9y3gmydx7pai3a6rrb"; depends=[hwriter igraph plotrix png R_utils RColorBrewer reshape2 XML]; }; FGNet = derive2 { name="FGNet"; version="3.22.1"; sha256="02jlkhi81d0z8f384acl4c1xzzv0hlgzkb9y3gmydx7pai3a6rrb"; depends=[hwriter igraph plotrix png R_utils RColorBrewer reshape2 XML]; };
FISHalyseR = derive2 { name="FISHalyseR"; version="1.22.0"; sha256="1hhfi6rznqjzf4iq606qx9phql7kdv35m1dl71dpvczvsyajxlsn"; depends=[abind EBImage]; }; FISHalyseR = derive2 { name="FISHalyseR"; version="1.22.0"; sha256="1hhfi6rznqjzf4iq606qx9phql7kdv35m1dl71dpvczvsyajxlsn"; depends=[abind EBImage]; };
FRASER = derive2 { name="FRASER"; version="1.0.1"; sha256="15i3pwr58d352qkyirppzbq3yzw790fn7r9nwlrqrnqicl3hvyil"; depends=[AnnotationDbi BBmisc Biobase BiocGenerics BiocParallel biomaRt BSgenome cowplot data_table DelayedArray DelayedMatrixStats extraDistr GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 HDF5Array IRanges matrixStats pcaMethods pheatmap plotly PRROC R_utils RColorBrewer Rcpp RcppArmadillo rhdf5 Rsamtools Rsubread S4Vectors SummarizedExperiment tibble VGAM]; }; FRASER = derive2 { name="FRASER"; version="1.0.2"; sha256="1x64kv8lrxspai1yafxcj8gnzjcb1b33mynnnfw0sh91ffj2222v"; depends=[AnnotationDbi BBmisc Biobase BiocGenerics BiocParallel biomaRt BSgenome cowplot data_table DelayedArray DelayedMatrixStats extraDistr GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 ggrepel HDF5Array IRanges matrixStats pcaMethods pheatmap plotly PRROC R_utils RColorBrewer Rcpp RcppArmadillo rhdf5 Rsamtools Rsubread S4Vectors SummarizedExperiment tibble VGAM]; };
FRGEpistasis = derive2 { name="FRGEpistasis"; version="1.24.0"; sha256="0wxxhhfy8y8nnz037wxxj69hsyf1hznklhd955r2ifzjnhm0kv79"; depends=[fda MASS]; }; FRGEpistasis = derive2 { name="FRGEpistasis"; version="1.24.0"; sha256="0wxxhhfy8y8nnz037wxxj69hsyf1hznklhd955r2ifzjnhm0kv79"; depends=[fda MASS]; };
FamAgg = derive2 { name="FamAgg"; version="1.16.0"; sha256="1igmbcca10fanlnyjkhhnsbpcadq3914yggp5b7r857inqrv76jp"; depends=[BiocGenerics gap igraph kinship2 Matrix survey]; }; FamAgg = derive2 { name="FamAgg"; version="1.16.0"; sha256="1igmbcca10fanlnyjkhhnsbpcadq3914yggp5b7r857inqrv76jp"; depends=[BiocGenerics gap igraph kinship2 Matrix survey]; };
FastqCleaner = derive2 { name="FastqCleaner"; version="1.6.0"; sha256="1b4il9hvpif6galzgzhcp4j6y1kh62y7hc3wislv7zp33lq80888"; depends=[Biostrings DT htmltools IRanges Rcpp S4Vectors shiny shinyBS ShortRead]; }; FastqCleaner = derive2 { name="FastqCleaner"; version="1.6.0"; sha256="1b4il9hvpif6galzgzhcp4j6y1kh62y7hc3wislv7zp33lq80888"; depends=[Biostrings DT htmltools IRanges Rcpp S4Vectors shiny shinyBS ShortRead]; };
@ -360,7 +360,7 @@ in with self; {
GMRP = derive2 { name="GMRP"; version="1.16.0"; sha256="0l38yqjyl6za6wkx435cygcwj1mhqw57l7bgcnp7s0606a82vql1"; depends=[diagram GenomicRanges plotrix]; }; GMRP = derive2 { name="GMRP"; version="1.16.0"; sha256="0l38yqjyl6za6wkx435cygcwj1mhqw57l7bgcnp7s0606a82vql1"; depends=[diagram GenomicRanges plotrix]; };
GNET2 = derive2 { name="GNET2"; version="1.4.0"; sha256="0853nrd4zwgidmn73az1352y5jcxl65siijnx1v0gac8wj1vgkn1"; depends=[DiagrammeR dplyr ggplot2 igraph matrixStats Rcpp reshape2 SummarizedExperiment xgboost]; }; GNET2 = derive2 { name="GNET2"; version="1.4.0"; sha256="0853nrd4zwgidmn73az1352y5jcxl65siijnx1v0gac8wj1vgkn1"; depends=[DiagrammeR dplyr ggplot2 igraph matrixStats Rcpp reshape2 SummarizedExperiment xgboost]; };
GOFunction = derive2 { name="GOFunction"; version="1.35.0"; sha256="172abls5qlcg7kq0bax9z0xj75f7wmj3725h6s7hl0dwjjiypair"; depends=[AnnotationDbi Biobase DBI GO_db graph Rgraphviz SparseM]; }; GOFunction = derive2 { name="GOFunction"; version="1.35.0"; sha256="172abls5qlcg7kq0bax9z0xj75f7wmj3725h6s7hl0dwjjiypair"; depends=[AnnotationDbi Biobase DBI GO_db graph Rgraphviz SparseM]; };
GOSemSim = derive2 { name="GOSemSim"; version="2.14.1"; sha256="0v4q9xr1cm5xr08pgbzrss41kh3yz7xyh31n55l0sjmr1629ykln"; depends=[AnnotationDbi GO_db Rcpp]; }; GOSemSim = derive2 { name="GOSemSim"; version="2.14.2"; sha256="02r7m1x6g8bb7q8l0hpvakdzdv5v1nplhx5lbiy798a7c3xg895b"; depends=[AnnotationDbi GO_db Rcpp]; };
GOSim = derive2 { name="GOSim"; version="1.26.0"; sha256="1q8q48vggqsi1wnv2c188rhcvn8njzzmgi479z99854l3557va32"; depends=[annotate AnnotationDbi cluster corpcor flexmix GO_db graph Matrix org_Hs_eg_db RBGL Rcpp topGO]; }; GOSim = derive2 { name="GOSim"; version="1.26.0"; sha256="1q8q48vggqsi1wnv2c188rhcvn8njzzmgi479z99854l3557va32"; depends=[annotate AnnotationDbi cluster corpcor flexmix GO_db graph Matrix org_Hs_eg_db RBGL Rcpp topGO]; };
GOTHiC = derive2 { name="GOTHiC"; version="1.24.0"; sha256="077wrwf7y10nwvkc3pv1kw38bm14zivr0h5df7b1382sisbqv69n"; depends=[BiocGenerics BiocManager Biostrings BSgenome data_table GenomeInfoDb GenomicRanges ggplot2 IRanges Rsamtools rtracklayer S4Vectors ShortRead]; }; GOTHiC = derive2 { name="GOTHiC"; version="1.24.0"; sha256="077wrwf7y10nwvkc3pv1kw38bm14zivr0h5df7b1382sisbqv69n"; depends=[BiocGenerics BiocManager Biostrings BSgenome data_table GenomeInfoDb GenomicRanges ggplot2 IRanges Rsamtools rtracklayer S4Vectors ShortRead]; };
GOexpress = derive2 { name="GOexpress"; version="1.22.0"; sha256="1zkqly6xsyna7151yfdws089i0imzh8ck0q003ds8bvm764prds0"; depends=[Biobase biomaRt ggplot2 gplots randomForest RColorBrewer RCurl stringr]; }; GOexpress = derive2 { name="GOexpress"; version="1.22.0"; sha256="1zkqly6xsyna7151yfdws089i0imzh8ck0q003ds8bvm764prds0"; depends=[Biobase biomaRt ggplot2 gplots randomForest RColorBrewer RCurl stringr]; };
@ -380,7 +380,7 @@ in with self; {
GSEAlm = derive2 { name="GSEAlm"; version="1.48.0"; sha256="1jgh806jysws49czkcrbz7b69hkyrwwrsjarzf6nd234097rxbbc"; depends=[Biobase]; }; GSEAlm = derive2 { name="GSEAlm"; version="1.48.0"; sha256="1jgh806jysws49czkcrbz7b69hkyrwwrsjarzf6nd234097rxbbc"; depends=[Biobase]; };
GSRI = derive2 { name="GSRI"; version="2.36.0"; sha256="1w53fn9aihj1l2shv2dydvnc9kjxmxmj4lw2vp1ds0fs833bvh7y"; depends=[Biobase fdrtool genefilter GSEABase les]; }; GSRI = derive2 { name="GSRI"; version="2.36.0"; sha256="1w53fn9aihj1l2shv2dydvnc9kjxmxmj4lw2vp1ds0fs833bvh7y"; depends=[Biobase fdrtool genefilter GSEABase les]; };
GSReg = derive2 { name="GSReg"; version="1.22.0"; sha256="1zpsqaqxhqhgf2jr7hq918f6bdjlvb2vsyp46bxkspkbprpljx6b"; depends=[AnnotationDbi GenomicFeatures Homo_sapiens org_Hs_eg_db]; }; GSReg = derive2 { name="GSReg"; version="1.22.0"; sha256="1zpsqaqxhqhgf2jr7hq918f6bdjlvb2vsyp46bxkspkbprpljx6b"; depends=[AnnotationDbi GenomicFeatures Homo_sapiens org_Hs_eg_db]; };
GSVA = derive2 { name="GSVA"; version="1.36.2"; sha256="0sv3hhky9npykf3pjvmrzkxjjv3phg2z562v3mv3n50bj5r21sis"; depends=[Biobase BiocGenerics BiocParallel fastmatch GSEABase S4Vectors shiny shinythemes SummarizedExperiment]; }; GSVA = derive2 { name="GSVA"; version="1.36.3"; sha256="1arbzjr88yibbg8f9zmb6s5lvambbp72bc1rg0dmm6a032y9crjq"; depends=[Biobase BiocGenerics BiocParallel fastmatch GSEABase S4Vectors shiny shinythemes SummarizedExperiment]; };
GUIDEseq = derive2 { name="GUIDEseq"; version="1.18.0"; sha256="0synw91pis14ysi0bwndgzf8pa2cq2ls9l7l4v47163yi7ddcfi1"; depends=[BiocGenerics BiocParallel Biostrings BSgenome ChIPpeakAnno CRISPRseek data_table dplyr GenomeInfoDb GenomicAlignments GenomicRanges hash IRanges limma matrixStats Rsamtools S4Vectors]; }; GUIDEseq = derive2 { name="GUIDEseq"; version="1.18.0"; sha256="0synw91pis14ysi0bwndgzf8pa2cq2ls9l7l4v47163yi7ddcfi1"; depends=[BiocGenerics BiocParallel Biostrings BSgenome ChIPpeakAnno CRISPRseek data_table dplyr GenomeInfoDb GenomicAlignments GenomicRanges hash IRanges limma matrixStats Rsamtools S4Vectors]; };
GWASTools = derive2 { name="GWASTools"; version="1.34.0"; sha256="18jxfgv5l1cg0024pzf5ns7l2s4dpfai6xz2lzbi0afjms9x0awp"; depends=[Biobase DBI DNAcopy dplyr gdsfmt GWASExactHW lmtest logistf quantsmooth RSQLite sandwich survival]; }; GWASTools = derive2 { name="GWASTools"; version="1.34.0"; sha256="18jxfgv5l1cg0024pzf5ns7l2s4dpfai6xz2lzbi0afjms9x0awp"; depends=[Biobase DBI DNAcopy dplyr gdsfmt GWASExactHW lmtest logistf quantsmooth RSQLite sandwich survival]; };
GateFinder = derive2 { name="GateFinder"; version="1.8.0"; sha256="076165xapgmds3syrq4j1r7w8lwlqxchdmrn9clqasd3pp97dp1x"; depends=[diptest flowCore flowFP mvoutlier splancs]; }; GateFinder = derive2 { name="GateFinder"; version="1.8.0"; sha256="076165xapgmds3syrq4j1r7w8lwlqxchdmrn9clqasd3pp97dp1x"; depends=[diptest flowCore flowFP mvoutlier splancs]; };
@ -451,11 +451,11 @@ in with self; {
HybridMTest = derive2 { name="HybridMTest"; version="1.32.0"; sha256="1knqyqb3q1l21h4n5572j773hm23rim8i7wbazldbg39dwxkmcwx"; depends=[Biobase fdrtool MASS survival]; }; HybridMTest = derive2 { name="HybridMTest"; version="1.32.0"; sha256="1knqyqb3q1l21h4n5572j773hm23rim8i7wbazldbg39dwxkmcwx"; depends=[Biobase fdrtool MASS survival]; };
IHW = derive2 { name="IHW"; version="1.16.0"; sha256="169ir0k1gygdh1wybwa0drdxnhrdrlyzzy0rkygi7jsirn69m74j"; depends=[BiocGenerics fdrtool lpsymphony slam]; }; IHW = derive2 { name="IHW"; version="1.16.0"; sha256="169ir0k1gygdh1wybwa0drdxnhrdrlyzzy0rkygi7jsirn69m74j"; depends=[BiocGenerics fdrtool lpsymphony slam]; };
IMAS = derive2 { name="IMAS"; version="1.12.0"; sha256="1vq0i0568c6gqn4vqsaqrj038dm4qrnh32kmqmn3c0blwal8abia"; depends=[AnnotationDbi BiocGenerics BiocParallel doParallel foreach GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggfortify ggplot2 gridExtra IRanges IVAS lattice lme4 Matrix Rsamtools S4Vectors survival]; }; IMAS = derive2 { name="IMAS"; version="1.12.0"; sha256="1vq0i0568c6gqn4vqsaqrj038dm4qrnh32kmqmn3c0blwal8abia"; depends=[AnnotationDbi BiocGenerics BiocParallel doParallel foreach GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggfortify ggplot2 gridExtra IRanges IVAS lattice lme4 Matrix Rsamtools S4Vectors survival]; };
IMMAN = derive2 { name="IMMAN"; version="1.7.0"; sha256="009hnr27jcj9pwz5s1vbjrvrxhp0pvdfg5w575vgx180yrp9gfhy"; depends=[Biostrings igraph seqinr STRINGdb]; }; IMMAN = derive2 { name="IMMAN"; version="1.8.2"; sha256="06f3yfyzxxz6nk7i3irpxnsbd2dqaixyj1i26bfha4mn2wrfd882"; depends=[Biostrings igraph seqinr STRINGdb]; };
IMPCdata = derive2 { name="IMPCdata"; version="1.24.0"; sha256="0jnj6mrwfjyfp4vgiyn5h2l9nry2gcqyjhp5bfsb086xvj98qvr4"; depends=[rjson]; }; IMPCdata = derive2 { name="IMPCdata"; version="1.24.0"; sha256="0jnj6mrwfjyfp4vgiyn5h2l9nry2gcqyjhp5bfsb086xvj98qvr4"; depends=[rjson]; };
INDEED = derive2 { name="INDEED"; version="2.2.0"; sha256="10nlkkcqan6ihn9g2fxw306bcvgqvsfdcv2ar4pvs6jy939m6g1y"; depends=[devtools glasso igraph visNetwork]; }; INDEED = derive2 { name="INDEED"; version="2.2.0"; sha256="10nlkkcqan6ihn9g2fxw306bcvgqvsfdcv2ar4pvs6jy939m6g1y"; depends=[devtools glasso igraph visNetwork]; };
INPower = derive2 { name="INPower"; version="1.24.0"; sha256="1cfny1pyx29gdfcgp9xv87ra9n9kgl73qiv8kc71l5zdvvwja4l4"; depends=[mvtnorm]; }; INPower = derive2 { name="INPower"; version="1.24.0"; sha256="1cfny1pyx29gdfcgp9xv87ra9n9kgl73qiv8kc71l5zdvvwja4l4"; depends=[mvtnorm]; };
INSPEcT = derive2 { name="INSPEcT"; version="1.18.0"; sha256="1yyglkdc3ww2jzswhcxk9g1imydfm39krl87as5l9fbm7mv3vd4z"; depends=[Biobase BiocGenerics BiocParallel DESeq2 deSolve gdata GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges KernSmooth plgem pROC rootSolve Rsamtools rtracklayer S4Vectors shiny SummarizedExperiment TxDb_Mmusculus_UCSC_mm9_knownGene]; }; INSPEcT = derive2 { name="INSPEcT"; version="1.18.1"; sha256="16bdrfn4sx83nl81m7qvdxbx8l80y9da983497s6c45cad0jws6y"; depends=[Biobase BiocGenerics BiocParallel DESeq2 deSolve gdata GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges KernSmooth plgem pROC rootSolve Rsamtools rtracklayer S4Vectors shiny SummarizedExperiment TxDb_Mmusculus_UCSC_mm9_knownGene]; };
IONiseR = derive2 { name="IONiseR"; version="2.12.0"; sha256="05fndlblczabva60gn6h0dijqxyn0wknrv8a925fgc4bn415g31w"; depends=[BiocGenerics BiocParallel Biostrings bit64 dplyr ggplot2 magrittr rhdf5 ShortRead stringr tibble tidyr XVector]; }; IONiseR = derive2 { name="IONiseR"; version="2.12.0"; sha256="05fndlblczabva60gn6h0dijqxyn0wknrv8a925fgc4bn415g31w"; depends=[BiocGenerics BiocParallel Biostrings bit64 dplyr ggplot2 magrittr rhdf5 ShortRead stringr tibble tidyr XVector]; };
IPO = derive2 { name="IPO"; version="1.14.0"; sha256="07agz8ambs974dfssvbralmk4id4dvrwz1grxzp1gh72a27f2072"; depends=[BiocParallel CAMERA rsm xcms]; }; IPO = derive2 { name="IPO"; version="1.14.0"; sha256="07agz8ambs974dfssvbralmk4id4dvrwz1grxzp1gh72a27f2072"; depends=[BiocParallel CAMERA rsm xcms]; };
IPPD = derive2 { name="IPPD"; version="1.35.0"; sha256="00aa0pfawwinnx6wnmgwf8vm7j5g77xm1cikswj1f3k1r604p1ha"; depends=[bitops digest MASS Matrix XML]; }; IPPD = derive2 { name="IPPD"; version="1.35.0"; sha256="00aa0pfawwinnx6wnmgwf8vm7j5g77xm1cikswj1f3k1r604p1ha"; depends=[bitops digest MASS Matrix XML]; };
@ -488,14 +488,14 @@ in with self; {
KEGGlincs = derive2 { name="KEGGlincs"; version="1.14.0"; sha256="043nhw0yjz735v6injd4axygkjy15b6a4xa3qnnzrg8qg82jg2xf"; depends=[AnnotationDbi gtools hgu133a_db httr igraph KEGGgraph KEGGREST KOdata org_Hs_eg_db plyr RJSONIO XML]; }; KEGGlincs = derive2 { name="KEGGlincs"; version="1.14.0"; sha256="043nhw0yjz735v6injd4axygkjy15b6a4xa3qnnzrg8qg82jg2xf"; depends=[AnnotationDbi gtools hgu133a_db httr igraph KEGGgraph KEGGREST KOdata org_Hs_eg_db plyr RJSONIO XML]; };
KEGGprofile = derive2 { name="KEGGprofile"; version="1.30.0"; sha256="017zm9ciasyfqqil7wszcs1kdj6qzzcbmknm1nnp7ylsm7gdlz0y"; depends=[AnnotationDbi biomaRt ggplot2 KEGG_db KEGGREST png RCurl reshape2 TeachingDemos XML]; }; KEGGprofile = derive2 { name="KEGGprofile"; version="1.30.0"; sha256="017zm9ciasyfqqil7wszcs1kdj6qzzcbmknm1nnp7ylsm7gdlz0y"; depends=[AnnotationDbi biomaRt ggplot2 KEGG_db KEGGREST png RCurl reshape2 TeachingDemos XML]; };
KinSwingR = derive2 { name="KinSwingR"; version="1.6.0"; sha256="1cxj8cw5q9976wpy950ra8ghkpz1dy5zp4rf5d7hgb9kfs16pscr"; depends=[BiocParallel data_table sqldf]; }; KinSwingR = derive2 { name="KinSwingR"; version="1.6.0"; sha256="1cxj8cw5q9976wpy950ra8ghkpz1dy5zp4rf5d7hgb9kfs16pscr"; depends=[BiocParallel data_table sqldf]; };
KnowSeq = derive2 { name="KnowSeq"; version="1.2.1"; sha256="09flwbmxz02wjh3730lywjkyfxb2kz5q6p8mb7d69m4sh38zsada"; depends=[Biobase caret class cqn e1071 edgeR ggplot2 gplots gridExtra Hmisc httr jsonlite kernlab limma multtest pathview praznik R_utils randomForest RCurl reshape2 rlist rmarkdown stringr sva XML]; }; KnowSeq = derive2 { name="KnowSeq"; version="1.2.2"; sha256="1nh0j0i8mdq8vllwhchwc3jgpdk1jn1fxzwj70cg45rgzx1d7vkq"; depends=[Biobase caret class cqn e1071 edgeR ggplot2 gplots gridExtra Hmisc httr jsonlite kernlab limma multtest pathview praznik R_utils randomForest reshape2 rlist rmarkdown stringr sva XML]; };
LACE = derive2 { name="LACE"; version="1.0.0"; sha256="1xkv6w4q9waqxsmj0r1p2km0y2jg04sbgz3sqpbsc46ncmzaf1zs"; depends=[igraph RColorBrewer Rfast SummarizedExperiment]; }; LACE = derive2 { name="LACE"; version="1.0.0"; sha256="1xkv6w4q9waqxsmj0r1p2km0y2jg04sbgz3sqpbsc46ncmzaf1zs"; depends=[igraph RColorBrewer Rfast SummarizedExperiment]; };
LBE = derive2 { name="LBE"; version="1.56.0"; sha256="1ks7qryqqkkl0j081ip8j6k41gy2031bknpxkx0dv0g2gzsiflcc"; depends=[]; }; LBE = derive2 { name="LBE"; version="1.56.0"; sha256="1ks7qryqqkkl0j081ip8j6k41gy2031bknpxkx0dv0g2gzsiflcc"; depends=[]; };
LEA = derive2 { name="LEA"; version="3.0.0"; sha256="1ynzv0kdyy9sz3cf8izv47gy6nqm6znfcgsjqk7wc9xy3nn22a40"; depends=[]; }; LEA = derive2 { name="LEA"; version="3.0.0"; sha256="1ynzv0kdyy9sz3cf8izv47gy6nqm6znfcgsjqk7wc9xy3nn22a40"; depends=[]; };
LINC = derive2 { name="LINC"; version="1.15.0"; sha256="0w9fildgdliq938kbiirhbs4i7nb918ggn080yh24wwya19b763s"; depends=[ape Biobase clusterProfiler DOSE ggplot2 ggtree gridExtra org_Hs_eg_db png Rcpp ReactomePA reshape2 sva]; }; LINC = derive2 { name="LINC"; version="1.15.0"; sha256="0w9fildgdliq938kbiirhbs4i7nb918ggn080yh24wwya19b763s"; depends=[ape Biobase clusterProfiler DOSE ggplot2 ggtree gridExtra org_Hs_eg_db png Rcpp ReactomePA reshape2 sva]; };
LMGene = derive2 { name="LMGene"; version="2.43.0"; sha256="1pj8kwdyb7hkj1jmng2zxmijrspjmfcysswlz4hjg0xn4xqi8kr5"; depends=[affy Biobase multtest survival]; }; LMGene = derive2 { name="LMGene"; version="2.43.0"; sha256="1pj8kwdyb7hkj1jmng2zxmijrspjmfcysswlz4hjg0xn4xqi8kr5"; depends=[affy Biobase multtest survival]; };
LOBSTAHS = derive2 { name="LOBSTAHS"; version="1.14.0"; sha256="1psx9z3smc1v9mlbgnr13m2b4wz1cal5mry6fcczzs04qrg3sa0c"; depends=[CAMERA xcms]; }; LOBSTAHS = derive2 { name="LOBSTAHS"; version="1.14.0"; sha256="1psx9z3smc1v9mlbgnr13m2b4wz1cal5mry6fcczzs04qrg3sa0c"; depends=[CAMERA xcms]; };
LOLA = derive2 { name="LOLA"; version="1.18.0"; sha256="1whpbny38a50q6ibzadzqwj1v1khm0y845wvshf8kqw0k9jsnviz"; depends=[BiocGenerics data_table GenomicRanges IRanges reshape2 S4Vectors]; }; LOLA = derive2 { name="LOLA"; version="1.18.1"; sha256="04kxsgl6h7gfg9bvhy3qlkj6hzrj3g1wyl84w4b7p75j0ams0xm9"; depends=[BiocGenerics data_table GenomicRanges IRanges reshape2 S4Vectors]; };
LPE = derive2 { name="LPE"; version="1.62.0"; sha256="0f9l6zbkgqg389x4yf8v20fc1irvivjqdw1s0lr4z4rm1g71s9ln"; depends=[]; }; LPE = derive2 { name="LPE"; version="1.62.0"; sha256="0f9l6zbkgqg389x4yf8v20fc1irvivjqdw1s0lr4z4rm1g71s9ln"; depends=[]; };
LPEadj = derive2 { name="LPEadj"; version="1.48.0"; sha256="06skkc26ah4kxlvs8bmx27z5l38yp68d9dn7vbfh04gxcmc1cbi9"; depends=[LPE]; }; LPEadj = derive2 { name="LPEadj"; version="1.48.0"; sha256="06skkc26ah4kxlvs8bmx27z5l38yp68d9dn7vbfh04gxcmc1cbi9"; depends=[LPE]; };
LRBaseDbi = derive2 { name="LRBaseDbi"; version="1.6.0"; sha256="1dcwb1qjvyir29plkai4lslfhip4vnngkcch8n57fhvs5cgjwf27"; depends=[AnnotationDbi Biobase DBI RSQLite]; }; LRBaseDbi = derive2 { name="LRBaseDbi"; version="1.6.0"; sha256="1dcwb1qjvyir29plkai4lslfhip4vnngkcch8n57fhvs5cgjwf27"; depends=[AnnotationDbi Biobase DBI RSQLite]; };
@ -513,7 +513,7 @@ in with self; {
M3Drop = derive2 { name="M3Drop"; version="1.14.0"; sha256="0l3gzakicn9n6fcylfzf4h8cc2v7arih9mhyi41jdalqbhycx7x4"; depends=[bbmle gplots Hmisc irlba Matrix matrixStats numDeriv RColorBrewer reldist statmod]; }; M3Drop = derive2 { name="M3Drop"; version="1.14.0"; sha256="0l3gzakicn9n6fcylfzf4h8cc2v7arih9mhyi41jdalqbhycx7x4"; depends=[bbmle gplots Hmisc irlba Matrix matrixStats numDeriv RColorBrewer reldist statmod]; };
MACPET = derive2 { name="MACPET"; version="1.8.0"; sha256="0d4g8pf7qlm0pp1zcsknhlz974q4qc5d28yiypc89yd7nhkivb1q"; depends=[BH bigmemory BiocParallel Biostrings futile_logger GenomeInfoDb GenomicAlignments GenomicRanges GEOquery gtools InteractionSet intervals IRanges knitr plyr Rbowtie Rcpp Rsamtools rtracklayer S4Vectors ShortRead]; }; MACPET = derive2 { name="MACPET"; version="1.8.0"; sha256="0d4g8pf7qlm0pp1zcsknhlz974q4qc5d28yiypc89yd7nhkivb1q"; depends=[BH bigmemory BiocParallel Biostrings futile_logger GenomeInfoDb GenomicAlignments GenomicRanges GEOquery gtools InteractionSet intervals IRanges knitr plyr Rbowtie Rcpp Rsamtools rtracklayer S4Vectors ShortRead]; };
MACSQuantifyR = derive2 { name="MACSQuantifyR"; version="1.2.0"; sha256="13fcrka1k1c4q7vmvpwip37midfd1ki4bkzlk4h4b4gnbff4scc0"; depends=[ggplot2 ggrepel gridExtra lattice latticeExtra png prettydoc readxl rmarkdown rvest xml2]; }; MACSQuantifyR = derive2 { name="MACSQuantifyR"; version="1.2.0"; sha256="13fcrka1k1c4q7vmvpwip37midfd1ki4bkzlk4h4b4gnbff4scc0"; depends=[ggplot2 ggrepel gridExtra lattice latticeExtra png prettydoc readxl rmarkdown rvest xml2]; };
MADSEQ = derive2 { name="MADSEQ"; version="1.14.0"; sha256="16vzh5h4iblw0xmv29zcg9pln629zjnp185zar8mxml8l0fdj4f9"; depends=[Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 coda GenomeInfoDb GenomicAlignments GenomicRanges IRanges preprocessCore rjags Rsamtools rtracklayer S4Vectors SummarizedExperiment VariantAnnotation VGAM zlibbioc]; }; MADSEQ = derive2 { name="MADSEQ"; version="1.14.0"; sha256="16vzh5h4iblw0xmv29zcg9pln629zjnp185zar8mxml8l0fdj4f9"; depends=[Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 coda GenomeInfoDb GenomicAlignments GenomicRanges IRanges preprocessCore rjags Rsamtools rtracklayer S4Vectors SummarizedExperiment VariantAnnotation vcfR VGAM zlibbioc]; };
MAGeCKFlute = derive2 { name="MAGeCKFlute"; version="1.8.0"; sha256="0n649c8nn9snxc5n11303jaqwnsa1nnhiacsah9g272pqyrymq7z"; depends=[Biobase biomaRt clusterProfiler data_table dendextend DOSE enrichplot ggplot2 ggpubr ggrepel ggsci graph gridExtra KEGGgraph KEGGREST msigdbr pathview pheatmap png scales sva XML]; }; MAGeCKFlute = derive2 { name="MAGeCKFlute"; version="1.8.0"; sha256="0n649c8nn9snxc5n11303jaqwnsa1nnhiacsah9g272pqyrymq7z"; depends=[Biobase biomaRt clusterProfiler data_table dendextend DOSE enrichplot ggplot2 ggpubr ggrepel ggsci graph gridExtra KEGGgraph KEGGREST msigdbr pathview pheatmap png scales sva XML]; };
MAIT = derive2 { name="MAIT"; version="1.22.1"; sha256="1aqb7isy691jj0xf1jqjr000pg6jz9rg7xc5am5g8wa3p8p9sv8x"; depends=[agricolae CAMERA caret class e1071 gplots MASS pls plsgenomics Rcpp xcms]; }; MAIT = derive2 { name="MAIT"; version="1.22.1"; sha256="1aqb7isy691jj0xf1jqjr000pg6jz9rg7xc5am5g8wa3p8p9sv8x"; depends=[agricolae CAMERA caret class e1071 gplots MASS pls plsgenomics Rcpp xcms]; };
MANOR = derive2 { name="MANOR"; version="1.60.0"; sha256="04kdiw2ps0y1q9ipk6zfa4fsc6viadqzkqnfmrl7jxgmsadfv3na"; depends=[GLAD]; }; MANOR = derive2 { name="MANOR"; version="1.60.0"; sha256="04kdiw2ps0y1q9ipk6zfa4fsc6viadqzkqnfmrl7jxgmsadfv3na"; depends=[GLAD]; };
@ -526,7 +526,7 @@ in with self; {
MCbiclust = derive2 { name="MCbiclust"; version="1.12.0"; sha256="1283kaxj4874alcqv5crc2a3kp75hx93mhdza8lr4c83mfl58izd"; depends=[AnnotationDbi BiocParallel cluster GGally ggplot2 GO_db org_Hs_eg_db scales WGCNA]; }; MCbiclust = derive2 { name="MCbiclust"; version="1.12.0"; sha256="1283kaxj4874alcqv5crc2a3kp75hx93mhdza8lr4c83mfl58izd"; depends=[AnnotationDbi BiocParallel cluster GGally ggplot2 GO_db org_Hs_eg_db scales WGCNA]; };
MDTS = derive2 { name="MDTS"; version="1.8.0"; sha256="1vg2sriwkkqc1d7s4lj4rf96aj3shj7vfrkzmrhw1crswp10x3kk"; depends=[Biostrings DNAcopy GenomicAlignments GenomicRanges IRanges Rsamtools stringr]; }; MDTS = derive2 { name="MDTS"; version="1.8.0"; sha256="1vg2sriwkkqc1d7s4lj4rf96aj3shj7vfrkzmrhw1crswp10x3kk"; depends=[Biostrings DNAcopy GenomicAlignments GenomicRanges IRanges Rsamtools stringr]; };
MEAL = derive2 { name="MEAL"; version="1.18.0"; sha256="17h6hr30vkyknkkc90l9ns5xq3kwpaj22izi7wh8hl43g58yka2a"; depends=[Biobase BiocGenerics GenomicRanges ggplot2 Gviz IRanges isva limma matrixStats minfi missMethyl MultiDataSet permute S4Vectors SmartSVA SummarizedExperiment vegan]; }; MEAL = derive2 { name="MEAL"; version="1.18.0"; sha256="17h6hr30vkyknkkc90l9ns5xq3kwpaj22izi7wh8hl43g58yka2a"; depends=[Biobase BiocGenerics GenomicRanges ggplot2 Gviz IRanges isva limma matrixStats minfi missMethyl MultiDataSet permute S4Vectors SmartSVA SummarizedExperiment vegan]; };
MEAT = derive2 { name="MEAT"; version="1.0.3"; sha256="18yzxs0j4zr59fk06hrb9zk6ah7rdhds7yygabv4vvy3fyc062n7"; depends=[dplyr dynamicTreeCut glmnet impute minfi RPMM stringr SummarizedExperiment tibble wateRmelon]; }; MEAT = derive2 { name="MEAT"; version="1.0.4"; sha256="19bbhyjdkhimqm079m0dp9v1ri4r324rijl3656555x3hzgraal3"; depends=[dplyr dynamicTreeCut glmnet impute minfi RPMM stringr SummarizedExperiment tibble wateRmelon]; };
MEB = derive2 { name="MEB"; version="1.2.0"; sha256="0yjw3mpk3cjya2vwx5c6zpnq8bwd2b7knirqml1lnm0p1qxgixlc"; depends=[e1071 SummarizedExperiment]; }; MEB = derive2 { name="MEB"; version="1.2.0"; sha256="0yjw3mpk3cjya2vwx5c6zpnq8bwd2b7knirqml1lnm0p1qxgixlc"; depends=[e1071 SummarizedExperiment]; };
MEDIPS = derive2 { name="MEDIPS"; version="1.40.0"; sha256="14y2ybanmvcxac86wfnhnq4mwjfmsqypg1n5a77rnhac5j0z1v88"; depends=[biomaRt Biostrings BSgenome DNAcopy edgeR GenomicRanges gtools IRanges preprocessCore Rsamtools rtracklayer]; }; MEDIPS = derive2 { name="MEDIPS"; version="1.40.0"; sha256="14y2ybanmvcxac86wfnhnq4mwjfmsqypg1n5a77rnhac5j0z1v88"; depends=[biomaRt Biostrings BSgenome DNAcopy edgeR GenomicRanges gtools IRanges preprocessCore Rsamtools rtracklayer]; };
MEDME = derive2 { name="MEDME"; version="1.48.0"; sha256="1fdb2r8nvfjsyk526lybfyah0fg0sbirm0am4gwjb19w9yxvq4lm"; depends=[Biostrings drc MASS]; }; MEDME = derive2 { name="MEDME"; version="1.48.0"; sha256="1fdb2r8nvfjsyk526lybfyah0fg0sbirm0am4gwjb19w9yxvq4lm"; depends=[Biostrings drc MASS]; };
@ -546,17 +546,17 @@ in with self; {
MOFA = derive2 { name="MOFA"; version="1.4.0"; sha256="0wjc3k9bqdjrwa25a430rb2sh7bj4s692hmd7iy01wcph7nhaq4g"; depends=[Biobase corrplot cowplot doParallel dplyr foreach GGally ggbeeswarm ggplot2 ggrepel MultiAssayExperiment pheatmap RColorBrewer reshape2 reticulate rhdf5 scales]; }; MOFA = derive2 { name="MOFA"; version="1.4.0"; sha256="0wjc3k9bqdjrwa25a430rb2sh7bj4s692hmd7iy01wcph7nhaq4g"; depends=[Biobase corrplot cowplot doParallel dplyr foreach GGally ggbeeswarm ggplot2 ggrepel MultiAssayExperiment pheatmap RColorBrewer reshape2 reticulate rhdf5 scales]; };
MOMA = derive2 { name="MOMA"; version="1.0.2"; sha256="1rdw3yafr9f9dr6iwb8dlh5yfi9cppvx2l1h6zc20p31df9qwy81"; depends=[circlize cluster ComplexHeatmap dplyr ggplot2 magrittr MKmisc MultiAssayExperiment qvalue RColorBrewer readr reshape2 rlang stringr tibble tidyr]; }; MOMA = derive2 { name="MOMA"; version="1.0.2"; sha256="1rdw3yafr9f9dr6iwb8dlh5yfi9cppvx2l1h6zc20p31df9qwy81"; depends=[circlize cluster ComplexHeatmap dplyr ggplot2 magrittr MKmisc MultiAssayExperiment qvalue RColorBrewer readr reshape2 rlang stringr tibble tidyr]; };
MOSim = derive2 { name="MOSim"; version="1.2.0"; sha256="063aspwbqhcf578qi5ryj3fzrr8wby14r40vxb1ckx7ca3pcxvxw"; depends=[Biobase dplyr ggplot2 HiddenMarkov IRanges lazyeval matrixStats purrr rlang S4Vectors scales stringi stringr tibble tidyr zoo]; }; MOSim = derive2 { name="MOSim"; version="1.2.0"; sha256="063aspwbqhcf578qi5ryj3fzrr8wby14r40vxb1ckx7ca3pcxvxw"; depends=[Biobase dplyr ggplot2 HiddenMarkov IRanges lazyeval matrixStats purrr rlang S4Vectors scales stringi stringr tibble tidyr zoo]; };
MPFE = derive2 { name="MPFE"; version="1.23.0"; sha256="09n55k60n86mqv7mm6ms17qbvm6s5963bmclz3wp6pb1zqhzjnxb"; depends=[]; }; MPFE = derive2 { name="MPFE"; version="1.24.1"; sha256="0b7a5ncdcfpwbnhiqnra1q2y8qj62lcxr1hsjgxr27jfxdzns3g1"; depends=[]; };
MPRAnalyze = derive2 { name="MPRAnalyze"; version="1.6.0"; sha256="1sc62bk6dp6c34a9q5x5j1a81s4jrxrrkj56348581k56i6rlk0i"; depends=[BiocParallel progress SummarizedExperiment]; }; MPRAnalyze = derive2 { name="MPRAnalyze"; version="1.6.0"; sha256="1sc62bk6dp6c34a9q5x5j1a81s4jrxrrkj56348581k56i6rlk0i"; depends=[BiocParallel progress SummarizedExperiment]; };
MSGFgui = derive2 { name="MSGFgui"; version="1.22.0"; sha256="16s4zlps57sjkdkm1gkx8ypmpvl7dcngiv82m944mrvsk3xkac54"; depends=[MSGFplus mzID mzR shiny shinyFiles xlsx]; }; MSGFgui = derive2 { name="MSGFgui"; version="1.22.0"; sha256="16s4zlps57sjkdkm1gkx8ypmpvl7dcngiv82m944mrvsk3xkac54"; depends=[MSGFplus mzID mzR shiny shinyFiles xlsx]; };
MSGFplus = derive2 { name="MSGFplus"; version="1.22.0"; sha256="14g2wf4h8qsldv2s07viizq37q6r7fnb31hb2qkyynx1hxyw1f7d"; depends=[mzID ProtGenerics]; }; MSGFplus = derive2 { name="MSGFplus"; version="1.22.0"; sha256="14g2wf4h8qsldv2s07viizq37q6r7fnb31hb2qkyynx1hxyw1f7d"; depends=[mzID ProtGenerics]; };
MSnID = derive2 { name="MSnID"; version="1.22.0"; sha256="0dwa6j2nqb3223a8g4f453aznjh69wngrpvdi12iy69j1psbbjcc"; depends=[Biobase data_table doParallel dplyr foreach iterators MSnbase mzID mzR ProtGenerics R_cache Rcpp reshape2]; }; MSnID = derive2 { name="MSnID"; version="1.22.0"; sha256="0dwa6j2nqb3223a8g4f453aznjh69wngrpvdi12iy69j1psbbjcc"; depends=[Biobase data_table doParallel dplyr foreach iterators MSnbase mzID mzR ProtGenerics R_cache Rcpp reshape2]; };
MSnbase = derive2 { name="MSnbase"; version="2.14.2"; sha256="17vlv9gh41s1hp043b7j1jfqiw52alh1misjzy1kxl0g90rld00l"; depends=[affy Biobase BiocGenerics BiocParallel digest ggplot2 impute IRanges lattice MALDIquant MASS mzID mzR pcaMethods plyr preprocessCore ProtGenerics Rcpp S4Vectors scales vsn XML]; }; MSnbase = derive2 { name="MSnbase"; version="2.14.2"; sha256="17vlv9gh41s1hp043b7j1jfqiw52alh1misjzy1kxl0g90rld00l"; depends=[affy Biobase BiocGenerics BiocParallel digest ggplot2 impute IRanges lattice MALDIquant MASS mzID mzR pcaMethods plyr preprocessCore ProtGenerics Rcpp S4Vectors scales vsn XML]; };
MSstats = derive2 { name="MSstats"; version="3.20.1"; sha256="0y2bswgvpyfiz470j01lsjiyhxig23m47rl1x0b3qrckl2gp0ayc"; depends=[broom data_table doSNOW dplyr foreach ggplot2 ggrepel gplots limma lme4 marray MASS minpack_lm preprocessCore purrr reshape2 snow statmod stringr survival tidyr]; }; MSstats = derive2 { name="MSstats"; version="3.20.3"; sha256="05s2nakl93p5hanb7lf34k3dv9m6jlbx6dqjmf272p3x3w9v7mkl"; depends=[broom data_table doSNOW dplyr foreach ggplot2 ggrepel gplots limma lme4 marray MASS minpack_lm preprocessCore purrr reshape2 snow statmod stringr survival tidyr]; };
MSstatsQC = derive2 { name="MSstatsQC"; version="2.6.0"; sha256="1nbr01ybx4a764w5hfgpyzhp893lcajrwansxl9sarfj600xl50i"; depends=[dplyr ggExtra ggplot2 MSnbase plotly qcmetrics]; }; MSstatsQC = derive2 { name="MSstatsQC"; version="2.6.0"; sha256="1nbr01ybx4a764w5hfgpyzhp893lcajrwansxl9sarfj600xl50i"; depends=[dplyr ggExtra ggplot2 MSnbase plotly qcmetrics]; };
MSstatsQCgui = derive2 { name="MSstatsQCgui"; version="1.8.0"; sha256="11dawln2v70m0x6n5ybkpnb1xz2jzvx4440s33s87algnsgaiy5s"; depends=[dplyr ggExtra gridExtra MSstatsQC plotly shiny]; }; MSstatsQCgui = derive2 { name="MSstatsQCgui"; version="1.8.0"; sha256="11dawln2v70m0x6n5ybkpnb1xz2jzvx4440s33s87algnsgaiy5s"; depends=[dplyr ggExtra gridExtra MSstatsQC plotly shiny]; };
MSstatsSampleSize = derive2 { name="MSstatsSampleSize"; version="1.2.0"; sha256="1nz70ixbb948izqziip1hla83kzj386y1czinf7af71x7ic8hw77"; depends=[BiocParallel caret ggplot2 gridExtra MSstats reshape2]; }; MSstatsSampleSize = derive2 { name="MSstatsSampleSize"; version="1.2.0"; sha256="1nz70ixbb948izqziip1hla83kzj386y1czinf7af71x7ic8hw77"; depends=[BiocParallel caret ggplot2 gridExtra MSstats reshape2]; };
MSstatsTMT = derive2 { name="MSstatsTMT"; version="1.6.3"; sha256="1xwcsfdskbqndxvwv8yv6458953dfkdzamvcrk7gzqlpxkmck7fh"; depends=[data_table dplyr ggplot2 limma lme4 lmerTest matrixStats MSstats reshape2 statmod tidyr]; }; MSstatsTMT = derive2 { name="MSstatsTMT"; version="1.6.6"; sha256="0dq5bcbz2x1l07xwrhay044vkii31jcy641cl6zgbjvplljqcnp1"; depends=[data_table dplyr ggplot2 limma lme4 lmerTest matrixStats MSstats reshape2 statmod tidyr]; };
MVCClass = derive2 { name="MVCClass"; version="1.62.0"; sha256="0vjw6dr7h0d71jknxwlm34xrgp7nm5y8mir5l4qqa5bnn148qzqk"; depends=[]; }; MVCClass = derive2 { name="MVCClass"; version="1.62.0"; sha256="0vjw6dr7h0d71jknxwlm34xrgp7nm5y8mir5l4qqa5bnn148qzqk"; depends=[]; };
MWASTools = derive2 { name="MWASTools"; version="1.12.0"; sha256="0v9rwhalsv4kiwqcbcrhhx17flgpqcvkkpv0z8gm4f867pdsln0a"; depends=[boot car ComplexHeatmap ggplot2 glm2 gridExtra igraph KEGGgraph KEGGREST ppcor qvalue RCurl SummarizedExperiment]; }; MWASTools = derive2 { name="MWASTools"; version="1.12.0"; sha256="0v9rwhalsv4kiwqcbcrhhx17flgpqcvkkpv0z8gm4f867pdsln0a"; depends=[boot car ComplexHeatmap ggplot2 glm2 gridExtra igraph KEGGgraph KEGGREST ppcor qvalue RCurl SummarizedExperiment]; };
Maaslin2 = derive2 { name="Maaslin2"; version="1.2.0"; sha256="1jickmbz84z25klg5bhq5p1vr45j0gd9ifzrki4wvqjbi69pp3wl"; depends=[biglm car chemometrics cplm data_table dplyr edgeR ggplot2 hash lmerTest logging lpsymphony MASS metagenomeSeq MuMIn optparse pbapply pcaPP pheatmap pscl robustbase vegan]; }; Maaslin2 = derive2 { name="Maaslin2"; version="1.2.0"; sha256="1jickmbz84z25klg5bhq5p1vr45j0gd9ifzrki4wvqjbi69pp3wl"; depends=[biglm car chemometrics cplm data_table dplyr edgeR ggplot2 hash lmerTest logging lpsymphony MASS metagenomeSeq MuMIn optparse pbapply pcaPP pheatmap pscl robustbase vegan]; };
@ -628,10 +628,10 @@ in with self; {
OLINgui = derive2 { name="OLINgui"; version="1.62.0"; sha256="05si2bln02mhczwvqsz2m5g46f511p226lfcddsxsy19qq301jdc"; depends=[marray OLIN tkWidgets widgetTools]; }; OLINgui = derive2 { name="OLINgui"; version="1.62.0"; sha256="05si2bln02mhczwvqsz2m5g46f511p226lfcddsxsy19qq301jdc"; depends=[marray OLIN tkWidgets widgetTools]; };
OMICsPCA = derive2 { name="OMICsPCA"; version="1.6.0"; sha256="0d3h3lpy0k099ja59sqjr5ca3czk20qf0nlzslnh4d5vlp60z7vh"; depends=[cluster clValid corrplot cowplot data_table factoextra FactoMineR fpc GenomeInfoDb ggplot2 HelloRanges IRanges kableExtra magick MASS MultiAssayExperiment NbClust OMICsPCAdata pdftools PerformanceAnalytics reshape2 rgl rmarkdown rtracklayer tidyr]; }; OMICsPCA = derive2 { name="OMICsPCA"; version="1.6.0"; sha256="0d3h3lpy0k099ja59sqjr5ca3czk20qf0nlzslnh4d5vlp60z7vh"; depends=[cluster clValid corrplot cowplot data_table factoextra FactoMineR fpc GenomeInfoDb ggplot2 HelloRanges IRanges kableExtra magick MASS MultiAssayExperiment NbClust OMICsPCAdata pdftools PerformanceAnalytics reshape2 rgl rmarkdown rtracklayer tidyr]; };
OPWeight = derive2 { name="OPWeight"; version="1.10.0"; sha256="1plhy2klsl104vxqhd3yf87w0r5075vhq59p248b8100hl9vjg10"; depends=[MASS qvalue tibble]; }; OPWeight = derive2 { name="OPWeight"; version="1.10.0"; sha256="1plhy2klsl104vxqhd3yf87w0r5075vhq59p248b8100hl9vjg10"; depends=[MASS qvalue tibble]; };
ORFik = derive2 { name="ORFik"; version="1.8.1"; sha256="185kp4l3pqc8v6dqg6b6lxqnb4y7043677hnidx5yqpp31fkkx49"; depends=[AnnotationDbi BiocGenerics BiocParallel Biostrings data_table DESeq2 GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges GGally ggplot2 gridExtra IRanges Rcpp Rsamtools rtracklayer S4Vectors SummarizedExperiment]; }; ORFik = derive2 { name="ORFik"; version="1.8.6"; sha256="13km1084prm49ydizkic97qxhi44z75dfy6qv7h5gfljqk791mw8"; depends=[AnnotationDbi BiocGenerics BiocParallel biomartr Biostrings cowplot data_table DESeq2 fst GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges GGally ggplot2 gridExtra IRanges R_utils Rcpp Rsamtools rtracklayer S4Vectors SummarizedExperiment]; };
OSAT = derive2 { name="OSAT"; version="1.36.0"; sha256="0j5qhsla3b4sfhd5i8pn1mn1zj885x88mpc421r33mw259i7a8r6"; depends=[]; }; OSAT = derive2 { name="OSAT"; version="1.36.0"; sha256="0j5qhsla3b4sfhd5i8pn1mn1zj885x88mpc421r33mw259i7a8r6"; depends=[]; };
OTUbase = derive2 { name="OTUbase"; version="1.38.0"; sha256="12ysm7fhkpi0jza71a48jkllf4dz11g13712ciprqnxqr93afs7n"; depends=[Biobase Biostrings IRanges S4Vectors ShortRead vegan]; }; OTUbase = derive2 { name="OTUbase"; version="1.38.0"; sha256="12ysm7fhkpi0jza71a48jkllf4dz11g13712ciprqnxqr93afs7n"; depends=[Biobase Biostrings IRanges S4Vectors ShortRead vegan]; };
OUTRIDER = derive2 { name="OUTRIDER"; version="1.6.0"; sha256="1rw4bms5zsd263v6dk9k4n46wymfkqacjlv25d697y7rylcvybin"; depends=[BBmisc Biobase BiocGenerics BiocParallel data_table DESeq2 GenomicFeatures GenomicRanges ggplot2 gplots heatmaply IRanges matrixStats pcaMethods pheatmap plotly plyr PRROC RColorBrewer Rcpp RcppArmadillo reshape2 S4Vectors scales SummarizedExperiment]; }; OUTRIDER = derive2 { name="OUTRIDER"; version="1.6.1"; sha256="1y2rvz29inrg6f394an228k122nv753nxdwqrjrwxaxmwxhm32fa"; depends=[BBmisc BiocGenerics BiocParallel data_table DESeq2 generics GenomicFeatures GenomicRanges ggplot2 heatmaply IRanges matrixStats pcaMethods pheatmap plotly plyr PRROC RColorBrewer Rcpp RcppArmadillo reshape2 S4Vectors scales SummarizedExperiment]; };
OVESEG = derive2 { name="OVESEG"; version="1.4.0"; sha256="02skny8ndwm1afm7sb1g64l78vx64yi02f7isc3rcbcfdkpzsf8f"; depends=[BiocParallel fdrtool limma Rcpp SummarizedExperiment]; }; OVESEG = derive2 { name="OVESEG"; version="1.4.0"; sha256="02skny8ndwm1afm7sb1g64l78vx64yi02f7isc3rcbcfdkpzsf8f"; depends=[BiocParallel fdrtool limma Rcpp SummarizedExperiment]; };
OmaDB = derive2 { name="OmaDB"; version="2.4.0"; sha256="0flvx8bai79j4krlmhjmgvbwmgk9w10f1h0k9dzhdz104csgpbmw"; depends=[ape Biostrings GenomicRanges httr IRanges jsonlite plyr topGO]; }; OmaDB = derive2 { name="OmaDB"; version="2.4.0"; sha256="0flvx8bai79j4krlmhjmgvbwmgk9w10f1h0k9dzhdz104csgpbmw"; depends=[ape Biostrings GenomicRanges httr IRanges jsonlite plyr topGO]; };
OmicCircos = derive2 { name="OmicCircos"; version="1.26.0"; sha256="062m61f69fs2ld11g27pwpwm6vri19i447spi2lac458wkn0hq00"; depends=[GenomicRanges]; }; OmicCircos = derive2 { name="OmicCircos"; version="1.26.0"; sha256="062m61f69fs2ld11g27pwpwm6vri19i447spi2lac458wkn0hq00"; depends=[GenomicRanges]; };
@ -649,7 +649,7 @@ in with self; {
OutlierD = derive2 { name="OutlierD"; version="1.52.0"; sha256="0qhw5zr3d5dxa1mcqhzbamgzydk27zd009laibh3c4nn5107p7f9"; depends=[Biobase quantreg]; }; OutlierD = derive2 { name="OutlierD"; version="1.52.0"; sha256="0qhw5zr3d5dxa1mcqhzbamgzydk27zd009laibh3c4nn5107p7f9"; depends=[Biobase quantreg]; };
PAA = derive2 { name="PAA"; version="1.22.0"; sha256="1g15f0f84r8fdlq1ifbypzg25jv4sa30r0w8l5c5a5qvi902hlsc"; depends=[e1071 gplots gtools limma MASS mRMRe randomForest Rcpp ROCR sva]; }; PAA = derive2 { name="PAA"; version="1.22.0"; sha256="1g15f0f84r8fdlq1ifbypzg25jv4sa30r0w8l5c5a5qvi902hlsc"; depends=[e1071 gplots gtools limma MASS mRMRe randomForest Rcpp ROCR sva]; };
PADOG = derive2 { name="PADOG"; version="1.30.0"; sha256="1zgyr3arzmc54h19jcq7rs883n63fkgjqn4z8g41rlfgmhzynk0a"; depends=[AnnotationDbi Biobase doRNG foreach GSA hgu133a_db hgu133plus2_db KEGGdzPathwaysGEO KEGGREST limma nlme]; }; PADOG = derive2 { name="PADOG"; version="1.30.0"; sha256="1zgyr3arzmc54h19jcq7rs883n63fkgjqn4z8g41rlfgmhzynk0a"; depends=[AnnotationDbi Biobase doRNG foreach GSA hgu133a_db hgu133plus2_db KEGGdzPathwaysGEO KEGGREST limma nlme]; };
PAIRADISE = derive2 { name="PAIRADISE"; version="1.4.0"; sha256="1f9s1kxqljfazsxpi24kppabpbi45hk6j8v8xqgk3ivxhbhvgbkl"; depends=[abind BiocParallel nloptr S4Vectors SummarizedExperiment]; }; PAIRADISE = derive2 { name="PAIRADISE"; version="1.4.1"; sha256="1cdmps7k9vdp3j00fqvp3d4iyrav78db8fzxy8b6wbs2s35vpl59"; depends=[abind BiocParallel nloptr S4Vectors SummarizedExperiment]; };
PANR = derive2 { name="PANR"; version="1.34.0"; sha256="12dan58ccd677rb75dsvvd7lhbzdydfz7fwzgafc4kiixnhdxcrh"; depends=[igraph MASS pvclust RedeR]; }; PANR = derive2 { name="PANR"; version="1.34.0"; sha256="12dan58ccd677rb75dsvvd7lhbzdydfz7fwzgafc4kiixnhdxcrh"; depends=[igraph MASS pvclust RedeR]; };
PAST = derive2 { name="PAST"; version="1.4.3"; sha256="1n2gk4b6lyxnrmyh0w4sp2xjg6dnvwn6fsyaddj0j566kmss359z"; depends=[doParallel dplyr foreach GenomicRanges ggplot2 iterators qvalue rlang rtracklayer S4Vectors]; }; PAST = derive2 { name="PAST"; version="1.4.3"; sha256="1n2gk4b6lyxnrmyh0w4sp2xjg6dnvwn6fsyaddj0j566kmss359z"; depends=[doParallel dplyr foreach GenomicRanges ggplot2 iterators qvalue rlang rtracklayer S4Vectors]; };
PCAN = derive2 { name="PCAN"; version="1.16.0"; sha256="1wr5djwfgyp7703s5kk2zd7x6x40933q06cq3ljzq0wqb6val9ir"; depends=[BiocParallel]; }; PCAN = derive2 { name="PCAN"; version="1.16.0"; sha256="1wr5djwfgyp7703s5kk2zd7x6x40933q06cq3ljzq0wqb6val9ir"; depends=[BiocParallel]; };
@ -657,7 +657,7 @@ in with self; {
PCpheno = derive2 { name="PCpheno"; version="1.50.0"; sha256="1wgvq9hvbnr01rbkigs43lky7bh5vcz3ixqlq0w5dwsgkklxwfbs"; depends=[annotate AnnotationDbi Biobase Category GO_db graph GSEABase KEGG_db ppiData ppiStats ScISI SLGI]; }; PCpheno = derive2 { name="PCpheno"; version="1.50.0"; sha256="1wgvq9hvbnr01rbkigs43lky7bh5vcz3ixqlq0w5dwsgkklxwfbs"; depends=[annotate AnnotationDbi Biobase Category GO_db graph GSEABase KEGG_db ppiData ppiStats ScISI SLGI]; };
PECA = derive2 { name="PECA"; version="1.24.0"; sha256="0y84f8hnb0wx9981lawnn29v5hl2ly9jw6q1384qxmhsd1al657q"; depends=[affy aroma_affymetrix aroma_core genefilter limma preprocessCore ROTS]; }; PECA = derive2 { name="PECA"; version="1.24.0"; sha256="0y84f8hnb0wx9981lawnn29v5hl2ly9jw6q1384qxmhsd1al657q"; depends=[affy aroma_affymetrix aroma_core genefilter limma preprocessCore ROTS]; };
PERFect = derive2 { name="PERFect"; version="1.2.0"; sha256="10nhmjxnplp03lq1dxk07axdf8a2c50z0s5gyiwwrws4m1732mys"; depends=[fitdistrplus ggplot2 Matrix phyloseq psych sn zoo]; }; PERFect = derive2 { name="PERFect"; version="1.2.0"; sha256="10nhmjxnplp03lq1dxk07axdf8a2c50z0s5gyiwwrws4m1732mys"; depends=[fitdistrplus ggplot2 Matrix phyloseq psych sn zoo]; };
PGA = derive2 { name="PGA"; version="1.18.0"; sha256="1wjr80d8s334wd5ai0wc5b9372l8rx85l4rvjc84g3xccdvr4ld6"; depends=[AnnotationDbi biomaRt Biostrings customProDB data_table dplyr GenomicFeatures GenomicRanges ggplot2 IRanges Nozzle_R1 pheatmap processx RCurl readr Rsamtools RSQLite rTANDEM rtracklayer S4Vectors seqinr stringr VariantAnnotation]; }; PGA = derive2 { name="PGA"; version="1.18.1"; sha256="07jw0kab971yv2891jcgmdv96lkqa7qnk983vcj9b2nr1rvfm7aq"; depends=[AnnotationDbi biomaRt Biostrings customProDB data_table dplyr GenomicFeatures GenomicRanges ggplot2 IRanges Nozzle_R1 pheatmap processx RCurl readr Rsamtools RSQLite rTANDEM rtracklayer S4Vectors seqinr stringr VariantAnnotation]; };
PGSEA = derive2 { name="PGSEA"; version="1.61.0"; sha256="05dd1wrzzsfzhb3zpc1dh10dpywj2jxdwy2hiqsbzm0ybnx4cfnx"; depends=[annaffy AnnotationDbi Biobase GO_db KEGG_db]; }; PGSEA = derive2 { name="PGSEA"; version="1.61.0"; sha256="05dd1wrzzsfzhb3zpc1dh10dpywj2jxdwy2hiqsbzm0ybnx4cfnx"; depends=[annaffy AnnotationDbi Biobase GO_db KEGG_db]; };
PICS = derive2 { name="PICS"; version="2.32.0"; sha256="1vyf99llhbmwih0cxmzbsq0chfdgb6q0clhmmdvy2pz8dq3clc7m"; depends=[GenomicAlignments GenomicRanges IRanges Rsamtools]; }; PICS = derive2 { name="PICS"; version="2.32.0"; sha256="1vyf99llhbmwih0cxmzbsq0chfdgb6q0clhmmdvy2pz8dq3clc7m"; depends=[GenomicAlignments GenomicRanges IRanges Rsamtools]; };
PING = derive2 { name="PING"; version="2.32.0"; sha256="05b3fvlnykrqjshqngvy7w2z23h2b0bnk5hxgcpw9hbkii92kv60"; depends=[BiocGenerics BSgenome fda GenomicRanges Gviz IRanges PICS S4Vectors]; }; PING = derive2 { name="PING"; version="2.32.0"; sha256="05b3fvlnykrqjshqngvy7w2z23h2b0bnk5hxgcpw9hbkii92kv60"; depends=[BiocGenerics BSgenome fda GenomicRanges Gviz IRanges PICS S4Vectors]; };
@ -678,10 +678,10 @@ in with self; {
PathoStat = derive2 { name="PathoStat"; version="1.14.0"; sha256="0b3rhzcjvi0n6x46bkavgwis08jf8pld38mg3srkw1l6s65ipcaz"; depends=[ape BiocStyle ComplexHeatmap corpcor DESeq2 devtools dplyr DT edgeR ggplot2 glmnet gmodels knitr limma matrixStats phyloseq plotly plyr RColorBrewer rentrez reshape2 ROCR scales shiny shinyjs tidyr vegan webshot XML]; }; PathoStat = derive2 { name="PathoStat"; version="1.14.0"; sha256="0b3rhzcjvi0n6x46bkavgwis08jf8pld38mg3srkw1l6s65ipcaz"; depends=[ape BiocStyle ComplexHeatmap corpcor DESeq2 devtools dplyr DT edgeR ggplot2 glmnet gmodels knitr limma matrixStats phyloseq plotly plyr RColorBrewer rentrez reshape2 ROCR scales shiny shinyjs tidyr vegan webshot XML]; };
PathwaySplice = derive2 { name="PathwaySplice"; version="1.11.0"; sha256="0645k6gipcgs4zp2yfyj9ylh358lzfcfpzh06ky2jg6dh0zilbjj"; depends=[annotate AnnotationDbi AnnotationHub BiasedUrn Biobase BiocGenerics DOSE dplyr EnrichmentBrowser ensembldb gdata geneLenDataBase GO_db goseq gplots gridExtra htmlwidgets igraph JunctionSeq KEGGREST mgcv org_Hs_eg_db org_Mm_eg_db plotly RColorBrewer reshape2 S4Vectors tibble VennDiagram webshot]; }; PathwaySplice = derive2 { name="PathwaySplice"; version="1.11.0"; sha256="0645k6gipcgs4zp2yfyj9ylh358lzfcfpzh06ky2jg6dh0zilbjj"; depends=[annotate AnnotationDbi AnnotationHub BiasedUrn Biobase BiocGenerics DOSE dplyr EnrichmentBrowser ensembldb gdata geneLenDataBase GO_db goseq gplots gridExtra htmlwidgets igraph JunctionSeq KEGGREST mgcv org_Hs_eg_db org_Mm_eg_db plotly RColorBrewer reshape2 S4Vectors tibble VennDiagram webshot]; };
PepsNMR = derive2 { name="PepsNMR"; version="1.6.1"; sha256="12fr13bn576xgqwgss0kskx695gqqiizv9j53xn55ya8r739ahl7"; depends=[ggplot2 gridExtra Matrix matrixStats ptw reshape2]; }; PepsNMR = derive2 { name="PepsNMR"; version="1.6.1"; sha256="12fr13bn576xgqwgss0kskx695gqqiizv9j53xn55ya8r739ahl7"; depends=[ggplot2 gridExtra Matrix matrixStats ptw reshape2]; };
PharmacoGx = derive2 { name="PharmacoGx"; version="2.0.5"; sha256="18xc66dw9bp33nl4whfl3nyz60wy72sralk1jmnwikyk4j2vn28i"; depends=[Biobase BiocParallel caTools CoreGx downloader ggplot2 jsonlite magicaxis RColorBrewer reshape2 S4Vectors SummarizedExperiment testthat]; }; PharmacoGx = derive2 { name="PharmacoGx"; version="2.0.9"; sha256="0if6jhy6jz9ph0njl8xkrvgk6lwh8jhqp29v10x8q6ydd97hgqjh"; depends=[Biobase BiocParallel caTools CoreGx downloader ggplot2 jsonlite magicaxis RColorBrewer reshape2 S4Vectors SummarizedExperiment testthat]; };
PhenStat = derive2 { name="PhenStat"; version="2.24.0"; sha256="0yg1gpm2qz0q2x3v8yl472x16r590vh1knc9x17kjjh58fk8lr7v"; depends=[car corrplot ggplot2 graph knitr lme4 logistf MASS msgps nlme nortest pingr reshape SmoothWin]; }; PhenStat = derive2 { name="PhenStat"; version="2.24.0"; sha256="0yg1gpm2qz0q2x3v8yl472x16r590vh1knc9x17kjjh58fk8lr7v"; depends=[car corrplot ggplot2 graph knitr lme4 logistf MASS msgps nlme nortest pingr reshape SmoothWin]; };
PhyloProfile = derive2 { name="PhyloProfile"; version="1.2.8"; sha256="0zlfxq2s28jfmklki6hnxfkvj88j6b0l02jgc126iy6cxgpkmppk"; depends=[ape BiocStyle bioDist Biostrings colourpicker data_table DT energy ExperimentHub ggplot2 gridExtra OmaDB pbapply plyr RColorBrewer shiny shinyBS shinyjs xml2 zoo]; }; PhyloProfile = derive2 { name="PhyloProfile"; version="1.2.8"; sha256="0zlfxq2s28jfmklki6hnxfkvj88j6b0l02jgc126iy6cxgpkmppk"; depends=[ape BiocStyle bioDist Biostrings colourpicker data_table DT energy ExperimentHub ggplot2 gridExtra OmaDB pbapply plyr RColorBrewer shiny shinyBS shinyjs xml2 zoo]; };
Pi = derive2 { name="Pi"; version="2.0.2"; sha256="1yq2pgaj62ysfd29815ja90g58shbxrvirsdzdsh7vkp8ml8wwr4"; depends=[BiocGenerics caret dnet dplyr GenomeInfoDb GenomicRanges ggbio ggnetwork ggplot2 ggrepel glmnet Gviz igraph IRanges lattice MASS Matrix osfr plot3D purrr randomForest RCircos readr ROCR scales supraHex tibble tidyr]; }; Pi = derive2 { name="Pi"; version="2.0.3"; sha256="1ziqnz7cxwqv7770f8lwbqgmr70z15sayrfb00izlxlyh1nqna16"; depends=[BiocGenerics caret dnet dplyr GenomeInfoDb GenomicRanges ggbio ggnetwork ggplot2 ggrepel glmnet Gviz igraph IRanges lattice MASS Matrix osfr plot3D purrr randomForest RCircos readr ROCR scales supraHex tibble tidyr]; };
Pigengene = derive2 { name="Pigengene"; version="1.14.0"; sha256="1j32bmjksz6ywkgdqzzl60arjpcaqpf0dyz8x13xnigkj8rf2gj7"; depends=[bnlearn C50 dplyr gdata GO_db graph impute MASS matrixStats partykit pheatmap preprocessCore Rgraphviz WGCNA]; }; Pigengene = derive2 { name="Pigengene"; version="1.14.0"; sha256="1j32bmjksz6ywkgdqzzl60arjpcaqpf0dyz8x13xnigkj8rf2gj7"; depends=[bnlearn C50 dplyr gdata GO_db graph impute MASS matrixStats partykit pheatmap preprocessCore Rgraphviz WGCNA]; };
PloGO2 = derive2 { name="PloGO2"; version="1.0.0"; sha256="1cizkdp5wc6pi2cip77n2qd4lisjwckqsic82mnr9fwb41i95wwc"; depends=[GO_db GOstats httr lattice openxlsx xtable]; }; PloGO2 = derive2 { name="PloGO2"; version="1.0.0"; sha256="1cizkdp5wc6pi2cip77n2qd4lisjwckqsic82mnr9fwb41i95wwc"; depends=[GO_db GOstats httr lattice openxlsx xtable]; };
PoTRA = derive2 { name="PoTRA"; version="1.4.0"; sha256="1kark8hn5yb0visn7r02qqy54mfw46ypdh7wnvckwnkb5dbyh5ff"; depends=[BiocGenerics graph graphite igraph org_Hs_eg_db]; }; PoTRA = derive2 { name="PoTRA"; version="1.4.0"; sha256="1kark8hn5yb0visn7r02qqy54mfw46ypdh7wnvckwnkb5dbyh5ff"; depends=[BiocGenerics graph graphite igraph org_Hs_eg_db]; };
@ -713,7 +713,7 @@ in with self; {
RCAS = derive2 { name="RCAS"; version="1.14.0"; sha256="0f812pgv3ys1zv4n9sqkgm01hj4cdd0i0h85dqbhkwd94zl6cavl"; depends=[BiocGenerics Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 cowplot data_table DT genomation GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggseqlogo gprofiler2 IRanges knitr pbapply pheatmap plotly plotrix proxy ranger rmarkdown RSQLite rtracklayer S4Vectors]; }; RCAS = derive2 { name="RCAS"; version="1.14.0"; sha256="0f812pgv3ys1zv4n9sqkgm01hj4cdd0i0h85dqbhkwd94zl6cavl"; depends=[BiocGenerics Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 cowplot data_table DT genomation GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggseqlogo gprofiler2 IRanges knitr pbapply pheatmap plotly plotrix proxy ranger rmarkdown RSQLite rtracklayer S4Vectors]; };
RCASPAR = derive2 { name="RCASPAR"; version="1.34.0"; sha256="0ddy2zkp5xk4x12s0217y61im63aikb3ijy7c59karj64h8dl0nv"; depends=[]; }; RCASPAR = derive2 { name="RCASPAR"; version="1.34.0"; sha256="0ddy2zkp5xk4x12s0217y61im63aikb3ijy7c59karj64h8dl0nv"; depends=[]; };
RCM = derive2 { name="RCM"; version="1.4.0"; sha256="0sq1wxr04igw13dn50ljczj6fbbisz4qkwf3dwpmbsk74pc2kfjw"; depends=[alabama edgeR ggplot2 MASS nleqslv phyloseq RColorBrewer reshape2 tensor tseries vegan VGAM]; }; RCM = derive2 { name="RCM"; version="1.4.0"; sha256="0sq1wxr04igw13dn50ljczj6fbbisz4qkwf3dwpmbsk74pc2kfjw"; depends=[alabama edgeR ggplot2 MASS nleqslv phyloseq RColorBrewer reshape2 tensor tseries vegan VGAM]; };
RCy3 = derive2 { name="RCy3"; version="2.8.0"; sha256="1rj8h6h17shnd94ra74l0ag549jbhcnc7s040g9faashh3w8pdjf"; depends=[BiocGenerics graph httr igraph R_utils RJSONIO XML]; }; RCy3 = derive2 { name="RCy3"; version="2.8.1"; sha256="0wfqq3xiisd7rk3xsi4jymcj387yqj1944ms6akzjmnda2p9qq8d"; depends=[BiocGenerics graph httr igraph R_utils RJSONIO XML]; };
RCyjs = derive2 { name="RCyjs"; version="2.10.0"; sha256="0mimh459rzry2gfsgry7k8wzxfpn656b7l2abmhp9v7h7g6as5zg"; depends=[base64enc BiocGenerics BrowserViz graph httpuv]; }; RCyjs = derive2 { name="RCyjs"; version="2.10.0"; sha256="0mimh459rzry2gfsgry7k8wzxfpn656b7l2abmhp9v7h7g6as5zg"; depends=[base64enc BiocGenerics BrowserViz graph httpuv]; };
RDAVIDWebService = derive2 { name="RDAVIDWebService"; version="1.26.0"; sha256="1dmqszi1f5cwjphrcw98fib53c6n340avprfayd2jaxzkxlr7ylx"; depends=[Category ggplot2 GO_db GOstats graph RBGL rJava]; }; RDAVIDWebService = derive2 { name="RDAVIDWebService"; version="1.26.0"; sha256="1dmqszi1f5cwjphrcw98fib53c6n340avprfayd2jaxzkxlr7ylx"; depends=[Category ggplot2 GO_db GOstats graph RBGL rJava]; };
RDRToolbox = derive2 { name="RDRToolbox"; version="1.38.0"; sha256="0vff12kknq0smrw34np9zn92s3vxkz13yqx1maaavpwpnhxi9d04"; depends=[MASS rgl]; }; RDRToolbox = derive2 { name="RDRToolbox"; version="1.38.0"; sha256="0vff12kknq0smrw34np9zn92s3vxkz13yqx1maaavpwpnhxi9d04"; depends=[MASS rgl]; };
@ -730,13 +730,13 @@ in with self; {
RJMCMCNucleosomes = derive2 { name="RJMCMCNucleosomes"; version="1.12.0"; sha256="18z2bn8l5wp7pxa8pkbgg1g0z81c2yyx9x60djac616vnwqzc4bp"; depends=[BiocGenerics BiocParallel consensusSeekeR GenomeInfoDb GenomicRanges IRanges Rcpp S4Vectors]; }; RJMCMCNucleosomes = derive2 { name="RJMCMCNucleosomes"; version="1.12.0"; sha256="18z2bn8l5wp7pxa8pkbgg1g0z81c2yyx9x60djac616vnwqzc4bp"; depends=[BiocGenerics BiocParallel consensusSeekeR GenomeInfoDb GenomicRanges IRanges Rcpp S4Vectors]; };
RLMM = derive2 { name="RLMM"; version="1.50.0"; sha256="0xzrj61x4bdh4q4hszg3zbyj8rnndb5i5h841vih58419yp86dbk"; depends=[MASS]; }; RLMM = derive2 { name="RLMM"; version="1.50.0"; sha256="0xzrj61x4bdh4q4hszg3zbyj8rnndb5i5h841vih58419yp86dbk"; depends=[MASS]; };
RMassBank = derive2 { name="RMassBank"; version="2.16.0"; sha256="066hvm406r9jy0s5jv8a808k14dchfb3rr23r521mlqcy6f4s8rm"; depends=[Biobase digest enviPat httr MSnbase mzR rcdk Rcpp RCurl rjson S4Vectors XML yaml]; }; RMassBank = derive2 { name="RMassBank"; version="2.16.0"; sha256="066hvm406r9jy0s5jv8a808k14dchfb3rr23r521mlqcy6f4s8rm"; depends=[Biobase digest enviPat httr MSnbase mzR rcdk Rcpp RCurl rjson S4Vectors XML yaml]; };
RNAAgeCalc = derive2 { name="RNAAgeCalc"; version="1.0.1"; sha256="1p8cl4wj1bs1089lwyz0lhlj17g2wypjj2cfq551vm1hvscmf5mf"; depends=[AnnotationDbi ggplot2 impute org_Hs_eg_db recount SummarizedExperiment]; }; RNAAgeCalc = derive2 { name="RNAAgeCalc"; version="1.0.2"; sha256="06h6gv4zxz9ca8bsaq2vq51mz3mw0r6b2an4sp241b99hwgl2pw4"; depends=[AnnotationDbi ggplot2 impute org_Hs_eg_db recount SummarizedExperiment]; };
RNASeqPower = derive2 { name="RNASeqPower"; version="1.28.0"; sha256="14ir731p4ccbszkmlyf7ncbz2vm2nzqqgyflrqrdc2ik060gvzcr"; depends=[]; }; RNASeqPower = derive2 { name="RNASeqPower"; version="1.28.0"; sha256="14ir731p4ccbszkmlyf7ncbz2vm2nzqqgyflrqrdc2ik060gvzcr"; depends=[]; };
RNASeqR = derive2 { name="RNASeqR"; version="1.6.0"; sha256="1pggfzy2ji0k6wyjm2sacdwk3ndbkjlvksisw02ic7hgim3hc3bw"; depends=[ballgown Biostrings clusterProfiler corrplot DESeq2 DOSE edgeR factoextra FactoMineR ggplot2 gridExtra org_Hs_eg_db org_Sc_sgd_db pathview PerformanceAnalytics pheatmap rafalib reshape2 reticulate Rsamtools stringr systemPipeR systemPipeRdata]; }; RNASeqR = derive2 { name="RNASeqR"; version="1.6.0"; sha256="1pggfzy2ji0k6wyjm2sacdwk3ndbkjlvksisw02ic7hgim3hc3bw"; depends=[ballgown Biostrings clusterProfiler corrplot DESeq2 DOSE edgeR factoextra FactoMineR ggplot2 gridExtra org_Hs_eg_db org_Sc_sgd_db pathview PerformanceAnalytics pheatmap rafalib reshape2 reticulate Rsamtools stringr systemPipeR systemPipeRdata]; };
RNAdecay = derive2 { name="RNAdecay"; version="1.8.0"; sha256="06y0slqalgksp3kwmm0rw7mj99jw02w42nqfrwhv401kknxga8hn"; depends=[ggplot2 gplots nloptr scales TMB]; }; RNAdecay = derive2 { name="RNAdecay"; version="1.8.0"; sha256="06y0slqalgksp3kwmm0rw7mj99jw02w42nqfrwhv401kknxga8hn"; depends=[ggplot2 gplots nloptr scales TMB]; };
RNAinteract = derive2 { name="RNAinteract"; version="1.36.0"; sha256="0nh9ll8f8wfwhbxyq1lj4y0v854wj55q2zg2bdrzg1bl89dakqa6"; depends=[abind Biobase cellHTS2 geneplotter gplots hwriter ICS ICSNP lattice latticeExtra limma locfit RColorBrewer splots]; }; RNAinteract = derive2 { name="RNAinteract"; version="1.36.0"; sha256="0nh9ll8f8wfwhbxyq1lj4y0v854wj55q2zg2bdrzg1bl89dakqa6"; depends=[abind Biobase cellHTS2 geneplotter gplots hwriter ICS ICSNP lattice latticeExtra limma locfit RColorBrewer splots]; };
RNAither = derive2 { name="RNAither"; version="2.36.0"; sha256="0lf1swy8f990bciss3y95ha22lkigb0gwdk884rsbkn20f6xn6p0"; depends=[biomaRt car geneplotter limma prada RankProd splots topGO]; }; RNAither = derive2 { name="RNAither"; version="2.36.0"; sha256="0lf1swy8f990bciss3y95ha22lkigb0gwdk884rsbkn20f6xn6p0"; depends=[biomaRt car geneplotter limma prada RankProd splots topGO]; };
RNAmodR = derive2 { name="RNAmodR"; version="1.2.2"; sha256="1yssncp2raf9mw6wlcsww792k2v93apqgl2sgpz7fj7n84vgl8sm"; depends=[BiocGenerics BiocParallel Biostrings BSgenome colorRamps GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 Gviz IRanges matrixStats Modstrings RColorBrewer reshape2 ROCR Rsamtools rtracklayer S4Vectors]; }; RNAmodR = derive2 { name="RNAmodR"; version="1.2.3"; sha256="0lhf84hsw0qnrb2ndj2qkdzgllf6bk56dysvnn0qg0ssglm0gd2i"; depends=[BiocGenerics BiocParallel Biostrings BSgenome colorRamps GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 Gviz IRanges matrixStats Modstrings RColorBrewer reshape2 ROCR Rsamtools rtracklayer S4Vectors]; };
RNAmodR_AlkAnilineSeq = derive2 { name="RNAmodR.AlkAnilineSeq"; version="1.2.0"; sha256="16fnsvpfj1cq4sznna09ky8bm8j02sznqvknhq82il1d3b40ysmz"; depends=[BiocGenerics GenomicRanges Gviz IRanges RNAmodR S4Vectors]; }; RNAmodR_AlkAnilineSeq = derive2 { name="RNAmodR.AlkAnilineSeq"; version="1.2.0"; sha256="16fnsvpfj1cq4sznna09ky8bm8j02sznqvknhq82il1d3b40ysmz"; depends=[BiocGenerics GenomicRanges Gviz IRanges RNAmodR S4Vectors]; };
RNAmodR_ML = derive2 { name="RNAmodR.ML"; version="1.2.1"; sha256="19q4gh79kxz1hpa477rvishab1sgzp7kgw73ki6cisrz6hsvfjqn"; depends=[BiocGenerics GenomicRanges IRanges ranger RNAmodR S4Vectors]; }; RNAmodR_ML = derive2 { name="RNAmodR.ML"; version="1.2.1"; sha256="19q4gh79kxz1hpa477rvishab1sgzp7kgw73ki6cisrz6hsvfjqn"; depends=[BiocGenerics GenomicRanges IRanges ranger RNAmodR S4Vectors]; };
RNAmodR_RiboMethSeq = derive2 { name="RNAmodR.RiboMethSeq"; version="1.2.0"; sha256="06lzarfip7477r080jc145pvvmrhqc5nh3jb4z8g1b7zf30ca0ir"; depends=[BiocGenerics GenomicRanges Gviz IRanges RNAmodR S4Vectors]; }; RNAmodR_RiboMethSeq = derive2 { name="RNAmodR.RiboMethSeq"; version="1.2.0"; sha256="06lzarfip7477r080jc145pvvmrhqc5nh3jb4z8g1b7zf30ca0ir"; depends=[BiocGenerics GenomicRanges Gviz IRanges RNAmodR S4Vectors]; };
@ -756,8 +756,8 @@ in with self; {
RTCGA = derive2 { name="RTCGA"; version="1.18.0"; sha256="1jlmwb7b3gapx47kc0rgq11vzhm3g554pwv8mg6jfxcl1ypw9v57"; depends=[assertthat data_table dplyr ggplot2 ggthemes knitr purrr rvest scales stringi survival survminer viridis XML xml2]; }; RTCGA = derive2 { name="RTCGA"; version="1.18.0"; sha256="1jlmwb7b3gapx47kc0rgq11vzhm3g554pwv8mg6jfxcl1ypw9v57"; depends=[assertthat data_table dplyr ggplot2 ggthemes knitr purrr rvest scales stringi survival survminer viridis XML xml2]; };
RTCGAToolbox = derive2 { name="RTCGAToolbox"; version="2.18.0"; sha256="0idn65dbm12p1gnbgqfs0fk3q95y3171mmzfwwpxpdrkm4hywbqk"; depends=[BiocGenerics data_table DelayedArray GenomeInfoDb GenomicRanges httr limma RaggedExperiment RCircos RCurl RJSONIO S4Vectors stringr SummarizedExperiment survival TCGAutils XML]; }; RTCGAToolbox = derive2 { name="RTCGAToolbox"; version="2.18.0"; sha256="0idn65dbm12p1gnbgqfs0fk3q95y3171mmzfwwpxpdrkm4hywbqk"; depends=[BiocGenerics data_table DelayedArray GenomeInfoDb GenomicRanges httr limma RaggedExperiment RCircos RCurl RJSONIO S4Vectors stringr SummarizedExperiment survival TCGAutils XML]; };
RTN = derive2 { name="RTN"; version="2.12.1"; sha256="139v6hyssdhkr5gmrlir41gwmy6da1wpi7csjvmv98qxg09h84zp"; depends=[car data_table igraph IRanges limma minet mixtools pheatmap pwr RedeR S4Vectors snow SummarizedExperiment viper]; }; RTN = derive2 { name="RTN"; version="2.12.1"; sha256="139v6hyssdhkr5gmrlir41gwmy6da1wpi7csjvmv98qxg09h84zp"; depends=[car data_table igraph IRanges limma minet mixtools pheatmap pwr RedeR S4Vectors snow SummarizedExperiment viper]; };
RTNduals = derive2 { name="RTNduals"; version="1.12.1"; sha256="0491wsi6978990a0rzxjfrn9sk7nxizc2rbrpmw9g8502dbdc489"; depends=[RTN]; }; RTNduals = derive2 { name="RTNduals"; version="1.12.2"; sha256="0150avr4aba7gpfxq7bv287shqhpwiwkwrlsk4c7ip16656jc59r"; depends=[RTN]; };
RTNsurvival = derive2 { name="RTNsurvival"; version="1.12.1"; sha256="1cwsn33pdah3mfflarb1244g4s3vfqlhfhya47y2lanjksfjx753"; depends=[data_table dunn_test egg ggplot2 pheatmap RColorBrewer RTN RTNduals scales survival]; }; RTNsurvival = derive2 { name="RTNsurvival"; version="1.12.2"; sha256="1rnjj373y98ywcwdbxzzmk01cp4gwr1ni07yc3g7fiscmrlcsgck"; depends=[data_table dunn_test egg ggplot2 pheatmap RColorBrewer RTN RTNduals scales survival]; };
RTopper = derive2 { name="RTopper"; version="1.34.0"; sha256="0ia8h1xmz6flv0bvrzrskwzi7acx96mv95hxfyklpivndhfd7bkg"; depends=[Biobase limma multtest]; }; RTopper = derive2 { name="RTopper"; version="1.34.0"; sha256="0ia8h1xmz6flv0bvrzrskwzi7acx96mv95hxfyklpivndhfd7bkg"; depends=[Biobase limma multtest]; };
RUVSeq = derive2 { name="RUVSeq"; version="1.22.0"; sha256="0yqs9xgyzw3cwb4l7zjl1cjgbsjp05qrqnwyvh7q81wdp7x5p55x"; depends=[Biobase EDASeq edgeR MASS]; }; RUVSeq = derive2 { name="RUVSeq"; version="1.22.0"; sha256="0yqs9xgyzw3cwb4l7zjl1cjgbsjp05qrqnwyvh7q81wdp7x5p55x"; depends=[Biobase EDASeq edgeR MASS]; };
RUVcorr = derive2 { name="RUVcorr"; version="1.20.0"; sha256="01kdmvbvl8aip8xb4ld2jdv3139cfsa71a2s0p15rf87ipjj9hwl"; depends=[BiocParallel bladderbatch corrplot gridExtra lattice MASS psych reshape2 snowfall]; }; RUVcorr = derive2 { name="RUVcorr"; version="1.20.0"; sha256="01kdmvbvl8aip8xb4ld2jdv3139cfsa71a2s0p15rf87ipjj9hwl"; depends=[BiocParallel bladderbatch corrplot gridExtra lattice MASS psych reshape2 snowfall]; };
@ -779,7 +779,7 @@ in with self; {
RcwlPipelines = derive2 { name="RcwlPipelines"; version="1.4.5"; sha256="0pqa462iaiih2zxxfa51fm320yjjyj89d0h6xsihbxrwrsicwrcm"; depends=[BiocFileCache rappdirs Rcwl]; }; RcwlPipelines = derive2 { name="RcwlPipelines"; version="1.4.5"; sha256="0pqa462iaiih2zxxfa51fm320yjjyj89d0h6xsihbxrwrsicwrcm"; depends=[BiocFileCache rappdirs Rcwl]; };
Rdisop = derive2 { name="Rdisop"; version="1.48.0"; sha256="1danfv8v16mn1phha8wb5ip7gdv7mxyvzkbaylx5xj9qhdzm9rnj"; depends=[Rcpp]; }; Rdisop = derive2 { name="Rdisop"; version="1.48.0"; sha256="1danfv8v16mn1phha8wb5ip7gdv7mxyvzkbaylx5xj9qhdzm9rnj"; depends=[Rcpp]; };
ReQON = derive2 { name="ReQON"; version="1.34.0"; sha256="06m0hd4aqsxjyzhs8b1zys7lz8289qgwn7jp2dpln1j7cf02q4bz"; depends=[rJava Rsamtools seqbias]; }; ReQON = derive2 { name="ReQON"; version="1.34.0"; sha256="06m0hd4aqsxjyzhs8b1zys7lz8289qgwn7jp2dpln1j7cf02q4bz"; depends=[rJava Rsamtools seqbias]; };
ReactomeGSA = derive2 { name="ReactomeGSA"; version="1.2.2"; sha256="00w5vzxjs27wxm1j3qb5l41sn8cf6d0mzc1bwacq0xwj191mvly9"; depends=[ggplot2 gplots httr jsonlite progress RColorBrewer]; }; ReactomeGSA = derive2 { name="ReactomeGSA"; version="1.2.4"; sha256="04f2w24ia2w84ws1ray8nmiankqpy4sbsn5pda9k90avxcsqbrpd"; depends=[ggplot2 gplots httr jsonlite progress RColorBrewer]; };
ReactomePA = derive2 { name="ReactomePA"; version="1.32.0"; sha256="1ngilyn1mihwxs4sh5gk9y829xghdmh277cfw3vfgflz9sgwy21x"; depends=[AnnotationDbi DOSE enrichplot ggplot2 ggraph graphite igraph reactome_db]; }; ReactomePA = derive2 { name="ReactomePA"; version="1.32.0"; sha256="1ngilyn1mihwxs4sh5gk9y829xghdmh277cfw3vfgflz9sgwy21x"; depends=[AnnotationDbi DOSE enrichplot ggplot2 ggraph graphite igraph reactome_db]; };
ReadqPCR = derive2 { name="ReadqPCR"; version="1.34.0"; sha256="1z97qb1vlwddbzpq4g9n986g46qk39mk69hhxwfqw3xdgnqqbj92"; depends=[Biobase]; }; ReadqPCR = derive2 { name="ReadqPCR"; version="1.34.0"; sha256="1z97qb1vlwddbzpq4g9n986g46qk39mk69hhxwfqw3xdgnqqbj92"; depends=[Biobase]; };
RedeR = derive2 { name="RedeR"; version="1.36.0"; sha256="15f1qb5k9x7agjjjrinc4i237ag4vjv1875a1kqakwlg1jvw5izg"; depends=[igraph]; }; RedeR = derive2 { name="RedeR"; version="1.36.0"; sha256="15f1qb5k9x7agjjjrinc4i237ag4vjv1875a1kqakwlg1jvw5izg"; depends=[igraph]; };
@ -809,7 +809,7 @@ in with self; {
Rtreemix = derive2 { name="Rtreemix"; version="1.50.0"; sha256="11vxwsx9nv8hkj747yk27ln6a06idf1x78dzfijyqs85gcvdsjaw"; depends=[Biobase graph Hmisc]; }; Rtreemix = derive2 { name="Rtreemix"; version="1.50.0"; sha256="11vxwsx9nv8hkj747yk27ln6a06idf1x78dzfijyqs85gcvdsjaw"; depends=[Biobase graph Hmisc]; };
S4Vectors = derive2 { name="S4Vectors"; version="0.26.1"; sha256="1ddr3ngyczx332zw9ai1a6h7442lgrbfcj8vrhvbkdkzqwj14xmb"; depends=[BiocGenerics]; }; S4Vectors = derive2 { name="S4Vectors"; version="0.26.1"; sha256="1ddr3ngyczx332zw9ai1a6h7442lgrbfcj8vrhvbkdkzqwj14xmb"; depends=[BiocGenerics]; };
SAGx = derive2 { name="SAGx"; version="1.62.0"; sha256="0ar2chczdzzadib0mz3fyk8g2anqsi6jsxh61r2x74r8gwy0w6q0"; depends=[Biobase multtest]; }; SAGx = derive2 { name="SAGx"; version="1.62.0"; sha256="0ar2chczdzzadib0mz3fyk8g2anqsi6jsxh61r2x74r8gwy0w6q0"; depends=[Biobase multtest]; };
SAIGEgds = derive2 { name="SAIGEgds"; version="1.2.1"; sha256="0zb6lsdbhc2zm5ipj4r51q96w7pgh3s054jmljqc1xgq3ygy4a5m"; depends=[gdsfmt Rcpp RcppArmadillo RcppParallel SeqArray SPAtest]; }; SAIGEgds = derive2 { name="SAIGEgds"; version="1.2.3"; sha256="04mgsakqjd0zr6bjj1sm8zsp0jrg32qyqqmdf77k9dd6w2f847rx"; depends=[gdsfmt Rcpp RcppArmadillo RcppParallel SeqArray SPAtest]; };
SBGNview = derive2 { name="SBGNview"; version="1.2.0"; sha256="05391s9alhxdjx4zdqsx03jnsm0agnm1cky18mwlmbrv0i0bm0js"; depends=[AnnotationDbi igraph knitr pathview Rdpack rmarkdown rsvg SBGNview_data SummarizedExperiment xml2]; }; SBGNview = derive2 { name="SBGNview"; version="1.2.0"; sha256="05391s9alhxdjx4zdqsx03jnsm0agnm1cky18mwlmbrv0i0bm0js"; depends=[AnnotationDbi igraph knitr pathview Rdpack rmarkdown rsvg SBGNview_data SummarizedExperiment xml2]; };
SBMLR = derive2 { name="SBMLR"; version="1.84.0"; sha256="07k2a259pdynh0lchzcmdkj85f0054h6ad7h5rnxjv21fqscqfqj"; depends=[deSolve XML]; }; SBMLR = derive2 { name="SBMLR"; version="1.84.0"; sha256="07k2a259pdynh0lchzcmdkj85f0054h6ad7h5rnxjv21fqscqfqj"; depends=[deSolve XML]; };
SC3 = derive2 { name="SC3"; version="1.16.0"; sha256="15x7q8c13r4b6shrn0j88hw5vbrj7vrinihg5ihgd3l5g1x8x499"; depends=[BiocGenerics cluster doParallel doRNG e1071 foreach ggplot2 pheatmap Rcpp RcppArmadillo robustbase ROCR rrcov S4Vectors shiny SingleCellExperiment SummarizedExperiment WriteXLS]; }; SC3 = derive2 { name="SC3"; version="1.16.0"; sha256="15x7q8c13r4b6shrn0j88hw5vbrj7vrinihg5ihgd3l5g1x8x499"; depends=[BiocGenerics cluster doParallel doRNG e1071 foreach ggplot2 pheatmap Rcpp RcppArmadillo robustbase ROCR rrcov S4Vectors shiny SingleCellExperiment SummarizedExperiment WriteXLS]; };
@ -880,7 +880,7 @@ in with self; {
SpatialCPie = derive2 { name="SpatialCPie"; version="1.4.0"; sha256="1sdnc8f7x6n5k5i7qgfv7gh0y5s27gy3zh94ffwwic947xzw1b7k"; depends=[colorspace data_table digest dplyr ggforce ggiraph ggplot2 ggrepel igraph lpSolve purrr readr rlang shiny shinycssloaders shinyjs shinyWidgets SummarizedExperiment tibble tidyr tidyselect zeallot]; }; SpatialCPie = derive2 { name="SpatialCPie"; version="1.4.0"; sha256="1sdnc8f7x6n5k5i7qgfv7gh0y5s27gy3zh94ffwwic947xzw1b7k"; depends=[colorspace data_table digest dplyr ggforce ggiraph ggplot2 ggrepel igraph lpSolve purrr readr rlang shiny shinycssloaders shinyjs shinyWidgets SummarizedExperiment tibble tidyr tidyselect zeallot]; };
SpeCond = derive2 { name="SpeCond"; version="1.42.0"; sha256="0vr4assa8i8dnsfsvwqi0dg57qxi1yg3sjiqxs109ybcfg3y5rlj"; depends=[Biobase fields hwriter mclust RColorBrewer]; }; SpeCond = derive2 { name="SpeCond"; version="1.42.0"; sha256="0vr4assa8i8dnsfsvwqi0dg57qxi1yg3sjiqxs109ybcfg3y5rlj"; depends=[Biobase fields hwriter mclust RColorBrewer]; };
SpectralTAD = derive2 { name="SpectralTAD"; version="1.4.0"; sha256="0ncqmfzip0bggxsrsbgfkh39d59d9pv031rg11r2spknd9hyn3mn"; depends=[BiocParallel cluster dplyr GenomicRanges HiCcompare magrittr Matrix PRIMME]; }; SpectralTAD = derive2 { name="SpectralTAD"; version="1.4.0"; sha256="0ncqmfzip0bggxsrsbgfkh39d59d9pv031rg11r2spknd9hyn3mn"; depends=[BiocParallel cluster dplyr GenomicRanges HiCcompare magrittr Matrix PRIMME]; };
SpidermiR = derive2 { name="SpidermiR"; version="1.18.1"; sha256="0y32rmq8c68rlvkm9bxkw6ifzqgivd56ikzm3mz3xfrq2xgb9pzq"; depends=[AnnotationDbi gdata ggplot2 gplots gridExtra httr igraph lattice latticeExtra MAGeCKFlute miRNAtap miRNAtap_db networkD3 org_Hs_eg_db TCGAbiolinks visNetwork]; }; SpidermiR = derive2 { name="SpidermiR"; version="1.18.2"; sha256="166wjg5xk2vyqr9lzpabapaydi92n5bd58if3mb9apxwfsdskszy"; depends=[AnnotationDbi gdata ggplot2 gplots gridExtra httr igraph lattice latticeExtra MAGeCKFlute miRNAtap miRNAtap_db networkD3 org_Hs_eg_db TCGAbiolinks visNetwork]; };
SplicingGraphs = derive2 { name="SplicingGraphs"; version="1.28.0"; sha256="1a19dr126cs3lr0bjnwnnz2qjxyl0dmw1xm15p14w4lgvmndg5az"; depends=[BiocGenerics BiocParallel GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges graph igraph IRanges Rgraphviz Rsamtools S4Vectors]; }; SplicingGraphs = derive2 { name="SplicingGraphs"; version="1.28.0"; sha256="1a19dr126cs3lr0bjnwnnz2qjxyl0dmw1xm15p14w4lgvmndg5az"; depends=[BiocGenerics BiocParallel GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges graph igraph IRanges Rgraphviz Rsamtools S4Vectors]; };
StarBioTrek = derive2 { name="StarBioTrek"; version="1.14.0"; sha256="010a9fmlwknrig642g12lk3r583rynsq2kwpj7an2ax1ndc8my87"; depends=[AnnotationDbi e1071 ggplot2 graphite igraph MLmetrics reshape2 ROCR SpidermiR]; }; StarBioTrek = derive2 { name="StarBioTrek"; version="1.14.0"; sha256="010a9fmlwknrig642g12lk3r583rynsq2kwpj7an2ax1ndc8my87"; depends=[AnnotationDbi e1071 ggplot2 graphite igraph MLmetrics reshape2 ROCR SpidermiR]; };
Starr = derive2 { name="Starr"; version="1.43.0"; sha256="1cbbgdz92ja25fvn3v0cq83lb9h2dgpw7c03galjxprnkkgngmb5"; depends=[affxparser affy MASS pspline Ringo zlibbioc]; }; Starr = derive2 { name="Starr"; version="1.43.0"; sha256="1cbbgdz92ja25fvn3v0cq83lb9h2dgpw7c03galjxprnkkgngmb5"; depends=[affxparser affy MASS pspline Ringo zlibbioc]; };
@ -898,10 +898,10 @@ in with self; {
TAPseq = derive2 { name="TAPseq"; version="1.0.0"; sha256="1az32hk1l9n6j1ak70npfji8xkwjyggca8najq6hm9z22n1mj90n"; depends=[BiocGenerics BiocParallel Biostrings BSgenome dplyr GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges S4Vectors tidyr]; }; TAPseq = derive2 { name="TAPseq"; version="1.0.0"; sha256="1az32hk1l9n6j1ak70npfji8xkwjyggca8najq6hm9z22n1mj90n"; depends=[BiocGenerics BiocParallel Biostrings BSgenome dplyr GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges S4Vectors tidyr]; };
TBSignatureProfiler = derive2 { name="TBSignatureProfiler"; version="1.0.0"; sha256="1gcn1876qm9fzra1hiqg47vxlpqqh79mg6n61f5f3ik3qsarxyy5"; depends=[ASSIGN BiocParallel bioDist boot caret circlize ComplexHeatmap DESeq2 DT e1071 edgeR gdata ggfortify ggplot2 glmnet GSVA RColorBrewer readr reshape2 ROCit S4Vectors shiny singscore SummarizedExperiment]; }; TBSignatureProfiler = derive2 { name="TBSignatureProfiler"; version="1.0.0"; sha256="1gcn1876qm9fzra1hiqg47vxlpqqh79mg6n61f5f3ik3qsarxyy5"; depends=[ASSIGN BiocParallel bioDist boot caret circlize ComplexHeatmap DESeq2 DT e1071 edgeR gdata ggfortify ggplot2 glmnet GSVA RColorBrewer readr reshape2 ROCit S4Vectors shiny singscore SummarizedExperiment]; };
TCC = derive2 { name="TCC"; version="1.28.0"; sha256="0ah46f6h4y9l737a4jgd3y6af1nz693fl9pm3nxkgdakf0v46bly"; depends=[baySeq DESeq DESeq2 edgeR ROC]; }; TCC = derive2 { name="TCC"; version="1.28.0"; sha256="0ah46f6h4y9l737a4jgd3y6af1nz693fl9pm3nxkgdakf0v46bly"; depends=[baySeq DESeq DESeq2 edgeR ROC]; };
TCGAbiolinks = derive2 { name="TCGAbiolinks"; version="2.16.3"; sha256="06d15k7khlwia0z1j6zhsbkvdfyqpc6sqdlig5alajcb76p2a8kx"; depends=[biomaRt data_table downloader dplyr GenomicRanges ggplot2 httr IRanges jsonlite knitr plyr purrr R_utils readr rvest S4Vectors stringr SummarizedExperiment tibble tidyr XML xml2]; }; TCGAbiolinks = derive2 { name="TCGAbiolinks"; version="2.16.4"; sha256="0v360yaics0p3xlnvb2acgfmfapafmxpj6dvmk6cldgksnazv0sx"; depends=[biomaRt data_table downloader dplyr GenomicRanges ggplot2 httr IRanges jsonlite knitr plyr purrr R_utils readr rvest S4Vectors stringr SummarizedExperiment tibble tidyr XML xml2]; };
TCGAbiolinksGUI = derive2 { name="TCGAbiolinksGUI"; version="1.14.0"; sha256="1jjq7jcf0978mik9k25y4rqyljwlcy2wypmz607vkyxl58q6kql1"; 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]; }; TCGAbiolinksGUI = derive2 { name="TCGAbiolinksGUI"; version="1.14.0"; sha256="1jjq7jcf0978mik9k25y4rqyljwlcy2wypmz607vkyxl58q6kql1"; 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="TCGAutils"; version="1.8.0"; sha256="0mggkcp3pr53315k4938wncbh04bn75j1x50h8b87py0hg88d6n8"; depends=[AnnotationDbi BiocGenerics GenomeInfoDb GenomicDataCommons GenomicFeatures GenomicRanges IRanges MultiAssayExperiment RaggedExperiment rvest S4Vectors stringr SummarizedExperiment xml2]; }; TCGAutils = derive2 { name="TCGAutils"; version="1.8.1"; sha256="1ikkjz73q7qw86jzrmbddqr9sd40g7xaznpyf4zz9aj0dzjvdj5z"; depends=[AnnotationDbi BiocGenerics GenomeInfoDb GenomicDataCommons GenomicFeatures GenomicRanges IRanges MultiAssayExperiment RaggedExperiment rvest S4Vectors stringr SummarizedExperiment xml2]; };
TCseq = derive2 { name="TCseq"; version="1.12.0"; sha256="1s0grvs1a5x857jw4r9x6ymg2bm987nrhnfxcz2p512pwn79s62j"; depends=[BiocGenerics cluster e1071 edgeR GenomicAlignments GenomicRanges ggplot2 IRanges locfit reshape2 Rsamtools SummarizedExperiment]; }; TCseq = derive2 { name="TCseq"; version="1.12.1"; sha256="0xfbvr1qah0vwa5g15jpbzdqx4x3dkygdg6p92k67ip1qwsjar26"; depends=[BiocGenerics cluster e1071 edgeR GenomicAlignments GenomicRanges ggplot2 IRanges locfit reshape2 Rsamtools SummarizedExperiment]; };
TDARACNE = derive2 { name="TDARACNE"; version="1.38.0"; sha256="1k59i57nq2k8a5ih8i8ikyim9i4nr41s74anggbgwnpypdxbvrdy"; depends=[Biobase GenKern Rgraphviz]; }; TDARACNE = derive2 { name="TDARACNE"; version="1.38.0"; sha256="1k59i57nq2k8a5ih8i8ikyim9i4nr41s74anggbgwnpypdxbvrdy"; depends=[Biobase GenKern Rgraphviz]; };
TEQC = derive2 { name="TEQC"; version="4.10.0"; sha256="1bb2yar0qjlpr5zw5ld4pmvgn3ni3fz6n01q7j8a8zs9ql8jiqjk"; depends=[Biobase BiocGenerics hwriter IRanges Rsamtools]; }; TEQC = derive2 { name="TEQC"; version="4.10.0"; sha256="1bb2yar0qjlpr5zw5ld4pmvgn3ni3fz6n01q7j8a8zs9ql8jiqjk"; depends=[Biobase BiocGenerics hwriter IRanges Rsamtools]; };
TFARM = derive2 { name="TFARM"; version="1.10.0"; sha256="0w7rs22wga1xjyqfg500lcfd0yaajgck7jkpp510daksw9f0xw9r"; depends=[arules fields GenomicRanges gplots stringr]; }; TFARM = derive2 { name="TFARM"; version="1.10.0"; sha256="0w7rs22wga1xjyqfg500lcfd0yaajgck7jkpp510daksw9f0xw9r"; depends=[arules fields GenomicRanges gplots stringr]; };
@ -913,7 +913,7 @@ in with self; {
TMixClust = derive2 { name="TMixClust"; version="1.10.0"; sha256="0lzzfwcl0zvhjyzjq88n8fr90spw6b35slbmgxmca0lc3py12gwi"; depends=[Biobase BiocParallel cluster flexclust gss mvtnorm SPEM zoo]; }; TMixClust = derive2 { name="TMixClust"; version="1.10.0"; sha256="0lzzfwcl0zvhjyzjq88n8fr90spw6b35slbmgxmca0lc3py12gwi"; depends=[Biobase BiocParallel cluster flexclust gss mvtnorm SPEM zoo]; };
TNBC_CMS = derive2 { name="TNBC.CMS"; version="1.4.0"; sha256="114w957i392yls73w33qcmw2ynyfc415y8gdvqh6p3k6kyiv7c90"; depends=[e1071 forestplot GGally ggplot2 ggpubr GSVA pheatmap pracma quadprog R_utils RColorBrewer SummarizedExperiment survival]; }; TNBC_CMS = derive2 { name="TNBC.CMS"; version="1.4.0"; sha256="114w957i392yls73w33qcmw2ynyfc415y8gdvqh6p3k6kyiv7c90"; depends=[e1071 forestplot GGally ggplot2 ggpubr GSVA pheatmap pracma quadprog R_utils RColorBrewer SummarizedExperiment survival]; };
TOAST = derive2 { name="TOAST"; version="1.2.0"; sha256="1q7xan3qwmxjr0l8mlxi97khnp5h22r2q84vgca4wl9s9j5rz7vl"; depends=[EpiDISH limma nnls RefFreeEWAS SummarizedExperiment]; }; TOAST = derive2 { name="TOAST"; version="1.2.0"; sha256="1q7xan3qwmxjr0l8mlxi97khnp5h22r2q84vgca4wl9s9j5rz7vl"; depends=[EpiDISH limma nnls RefFreeEWAS SummarizedExperiment]; };
TPP = derive2 { name="TPP"; version="3.16.2"; sha256="032yvln001808fxjkmwi98dl98h2700dxv0rsa7pg3whj4fj61kq"; 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]; }; TPP = derive2 { name="TPP"; version="3.16.5"; sha256="0flaz2p6j4rlk65589i1f6d9m8spis19h51lc0is9rdbqzz721xb"; 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="TPP2D"; version="1.4.1"; sha256="0r790nr2x5blnphsvb4xmjq6n9ivrrdihaxxpp2f9hg14rdi1l47"; depends=[BiocParallel doParallel dplyr foreach ggplot2 limma MASS openxlsx RCurl stringr tidyr]; }; TPP2D = derive2 { name="TPP2D"; version="1.4.1"; sha256="0r790nr2x5blnphsvb4xmjq6n9ivrrdihaxxpp2f9hg14rdi1l47"; depends=[BiocParallel doParallel dplyr foreach ggplot2 limma MASS openxlsx RCurl stringr tidyr]; };
TRONCO = derive2 { name="TRONCO"; version="2.20.1"; sha256="0nq2nmb69wabblal845llyx89fqna1rk2kjj0aw0scm0gydrs232"; depends=[bnlearn cgdsr circlize doParallel foreach gridExtra gtable gtools igraph iterators R_matlab RColorBrewer Rgraphviz scales xtable]; }; TRONCO = derive2 { name="TRONCO"; version="2.20.1"; sha256="0nq2nmb69wabblal845llyx89fqna1rk2kjj0aw0scm0gydrs232"; depends=[bnlearn cgdsr circlize doParallel foreach gridExtra gtable gtools igraph iterators R_matlab RColorBrewer Rgraphviz scales xtable]; };
TSCAN = derive2 { name="TSCAN"; version="1.26.0"; sha256="0hvrnva8lanr97p34i6irx8i6gskdk9jsa1mj6jhh7jlb0khv7d9"; depends=[combinat fastICA ggplot2 gplots igraph mclust mgcv plyr shiny]; }; TSCAN = derive2 { name="TSCAN"; version="1.26.0"; sha256="0hvrnva8lanr97p34i6irx8i6gskdk9jsa1mj6jhh7jlb0khv7d9"; depends=[combinat fastICA ggplot2 gplots igraph mclust mgcv plyr shiny]; };
@ -930,7 +930,7 @@ in with self; {
ToPASeq = derive2 { name="ToPASeq"; version="1.22.0"; sha256="04bd54xy2qhccbj8mpa3c7lgzf54q2lxprh9zxv5jirplkmklkf0"; depends=[Biobase corpcor graph graphite gRbase limma RBGL Rcpp SummarizedExperiment]; }; ToPASeq = derive2 { name="ToPASeq"; version="1.22.0"; sha256="04bd54xy2qhccbj8mpa3c7lgzf54q2lxprh9zxv5jirplkmklkf0"; depends=[Biobase corpcor graph graphite gRbase limma RBGL Rcpp SummarizedExperiment]; };
TransView = derive2 { name="TransView"; version="1.32.0"; sha256="1bcyz9hk4vqlv6nv70m146fs3ha2x89vpli56g3n7rz718q79yj2"; depends=[BiocGenerics GenomicRanges gplots IRanges Rhtslib S4Vectors zlibbioc]; }; TransView = derive2 { name="TransView"; version="1.32.0"; sha256="1bcyz9hk4vqlv6nv70m146fs3ha2x89vpli56g3n7rz718q79yj2"; depends=[BiocGenerics GenomicRanges gplots IRanges Rhtslib S4Vectors zlibbioc]; };
TreeAndLeaf = derive2 { name="TreeAndLeaf"; version="1.0.0"; sha256="0g7fd5l0r4sqc35cfw4dx7sskb89ikyr7xkmc8qx7y3hj57kidpp"; depends=[ape igraph RedeR]; }; TreeAndLeaf = derive2 { name="TreeAndLeaf"; version="1.0.0"; sha256="0g7fd5l0r4sqc35cfw4dx7sskb89ikyr7xkmc8qx7y3hj57kidpp"; depends=[ape igraph RedeR]; };
TreeSummarizedExperiment = derive2 { name="TreeSummarizedExperiment"; version="1.4.6"; sha256="1708kgbfddy3dy4q1i9h2zxrdqv6xaj171940vn6h6d59kxsvf6m"; depends=[ape BiocGenerics dplyr rlang S4Vectors SingleCellExperiment SummarizedExperiment]; }; TreeSummarizedExperiment = derive2 { name="TreeSummarizedExperiment"; version="1.4.8"; sha256="1cs7w9yl2nc2dl96pghpvxhqw586lw7cblhsmhl22m50n7d92wj4"; depends=[ape BiocGenerics dplyr rlang S4Vectors SingleCellExperiment SummarizedExperiment]; };
Trendy = derive2 { name="Trendy"; version="1.10.0"; sha256="0snsipp212s4f646pk5r7hychbkf4xjyfng8pmawss9h1qsig32f"; depends=[BiocParallel DT gplots magrittr S4Vectors segmented shiny shinyFiles SummarizedExperiment]; }; Trendy = derive2 { name="Trendy"; version="1.10.0"; sha256="0snsipp212s4f646pk5r7hychbkf4xjyfng8pmawss9h1qsig32f"; depends=[BiocParallel DT gplots magrittr S4Vectors segmented shiny shinyFiles SummarizedExperiment]; };
TurboNorm = derive2 { name="TurboNorm"; version="1.36.0"; sha256="17jxsgi3096xcyfddanqm38cd1gm5agmxzqcpyr07ys7snqy9vdf"; depends=[affy convert lattice limma marray]; }; TurboNorm = derive2 { name="TurboNorm"; version="1.36.0"; sha256="17jxsgi3096xcyfddanqm38cd1gm5agmxzqcpyr07ys7snqy9vdf"; depends=[affy convert lattice limma marray]; };
TxRegInfra = derive2 { name="TxRegInfra"; version="1.8.0"; sha256="07z97cs3dv4d3a5q36k8lslg2ic8r3f8dhk0hq4d52r2wcg8axnx"; depends=[BiocParallel GenomeInfoDb GenomicRanges IRanges mongolite RaggedExperiment rjson S4Vectors SummarizedExperiment]; }; TxRegInfra = derive2 { name="TxRegInfra"; version="1.8.0"; sha256="07z97cs3dv4d3a5q36k8lslg2ic8r3f8dhk0hq4d52r2wcg8axnx"; depends=[BiocParallel GenomeInfoDb GenomicRanges IRanges mongolite RaggedExperiment rjson S4Vectors SummarizedExperiment]; };
@ -956,7 +956,7 @@ in with self; {
XINA = derive2 { name="XINA"; version="1.6.0"; sha256="0k3w3cbp7gv1pv0ylz6gq619hq0i4dm2955s4pawfm7lgh5nls3m"; depends=[alluvial ggplot2 gridExtra igraph mclust plyr STRINGdb]; }; XINA = derive2 { name="XINA"; version="1.6.0"; sha256="0k3w3cbp7gv1pv0ylz6gq619hq0i4dm2955s4pawfm7lgh5nls3m"; depends=[alluvial ggplot2 gridExtra igraph mclust plyr STRINGdb]; };
XVector = derive2 { name="XVector"; version="0.28.0"; sha256="11h1hszv4798q1gbx8r6zf8vlaqx4v9ql0lbh2xaxybp66a03pvc"; depends=[BiocGenerics IRanges S4Vectors zlibbioc]; }; XVector = derive2 { name="XVector"; version="0.28.0"; sha256="11h1hszv4798q1gbx8r6zf8vlaqx4v9ql0lbh2xaxybp66a03pvc"; depends=[BiocGenerics IRanges S4Vectors zlibbioc]; };
Xeva = derive2 { name="Xeva"; version="1.4.0"; sha256="0x5gg018bgmv9dpawzpqf64k05rdrhwk30zxd4yfbxxfq8r7pa8m"; depends=[BBmisc Biobase ComplexHeatmap doParallel downloader ggplot2 nlme PharmacoGx Rmisc scales]; }; Xeva = derive2 { name="Xeva"; version="1.4.0"; sha256="0x5gg018bgmv9dpawzpqf64k05rdrhwk30zxd4yfbxxfq8r7pa8m"; depends=[BBmisc Biobase ComplexHeatmap doParallel downloader ggplot2 nlme PharmacoGx Rmisc scales]; };
YAPSA = derive2 { name="YAPSA"; version="1.14.0"; sha256="06lkf01vl4fyhj82srx8k870fhw76a1han0kp4jglh43b1c19c1k"; depends=[Biostrings BSgenome_Hsapiens_UCSC_hg19 circlize ComplexHeatmap corrplot dendextend doParallel dplyr GenomeInfoDb GenomicRanges GetoptLong ggbeeswarm ggplot2 gridExtra gtrellis KEGGREST magrittr PMCMR pracma reshape2 SomaticSignatures VariantAnnotation]; }; YAPSA = derive2 { name="YAPSA"; version="1.14.0"; sha256="06lkf01vl4fyhj82srx8k870fhw76a1han0kp4jglh43b1c19c1k"; depends=[Biostrings BSgenome_Hsapiens_UCSC_hg19 circlize ComplexHeatmap corrplot dendextend doParallel dplyr GenomeInfoDb GenomicRanges GetoptLong ggbeeswarm ggplot2 gridExtra gtrellis KEGGREST lsei magrittr PMCMR pracma reshape2 SomaticSignatures VariantAnnotation]; };
a4 = derive2 { name="a4"; version="1.36.0"; sha256="1rzxg1h48jnlwqfjyyqzz6i3zlkfzc0i714rfplry7dyni6asgr7"; depends=[a4Base a4Classif a4Core a4Preproc a4Reporting]; }; a4 = derive2 { name="a4"; version="1.36.0"; sha256="1rzxg1h48jnlwqfjyyqzz6i3zlkfzc0i714rfplry7dyni6asgr7"; depends=[a4Base a4Classif a4Core a4Preproc a4Reporting]; };
a4Base = derive2 { name="a4Base"; version="1.36.0"; sha256="0b7fy1wcydb9z43wb1663skswvhivn7ji15g00gqcshwkkiq4x02"; depends=[a4Core a4Preproc annaffy AnnotationDbi Biobase genefilter glmnet gplots limma mpm multtest]; }; a4Base = derive2 { name="a4Base"; version="1.36.0"; sha256="0b7fy1wcydb9z43wb1663skswvhivn7ji15g00gqcshwkkiq4x02"; depends=[a4Core a4Preproc annaffy AnnotationDbi Biobase genefilter glmnet gplots limma mpm multtest]; };
a4Classif = derive2 { name="a4Classif"; version="1.36.0"; sha256="0bj8m4nprw3maahd1qx9jjdxfip9ihbbpydbzwjxn6dlgw2i8mcr"; depends=[a4Core a4Preproc glmnet MLInterfaces pamr ROCR varSelRF]; }; a4Classif = derive2 { name="a4Classif"; version="1.36.0"; sha256="0bj8m4nprw3maahd1qx9jjdxfip9ihbbpydbzwjxn6dlgw2i8mcr"; depends=[a4Core a4Preproc glmnet MLInterfaces pamr ROCR varSelRF]; };
@ -1020,7 +1020,7 @@ in with self; {
beadarray = derive2 { name="beadarray"; version="2.38.0"; sha256="1yg0039zyj0azb28kz6ljrd2nwc7afvncmqqsi0d72fjlznh6rrh"; depends=[AnnotationDbi BeadDataPackR Biobase BiocGenerics GenomicRanges ggplot2 hexbin illuminaio IRanges limma reshape2]; }; beadarray = derive2 { name="beadarray"; version="2.38.0"; sha256="1yg0039zyj0azb28kz6ljrd2nwc7afvncmqqsi0d72fjlznh6rrh"; depends=[AnnotationDbi BeadDataPackR Biobase BiocGenerics GenomicRanges ggplot2 hexbin illuminaio IRanges limma reshape2]; };
beadarraySNP = derive2 { name="beadarraySNP"; version="1.54.0"; sha256="0c6fhl9h1f3rm9a1qi5p8jfaj94iffjg2jzdksns2mf2mcjhky4k"; depends=[Biobase quantsmooth]; }; beadarraySNP = derive2 { name="beadarraySNP"; version="1.54.0"; sha256="0c6fhl9h1f3rm9a1qi5p8jfaj94iffjg2jzdksns2mf2mcjhky4k"; depends=[Biobase quantsmooth]; };
bgafun = derive2 { name="bgafun"; version="1.49.0"; sha256="0hp1kljv7dx6p3g4k9frsrgspg2gfr1mnypgwz05f6ll3zfjfm1c"; depends=[ade4 made4 seqinr]; }; bgafun = derive2 { name="bgafun"; version="1.49.0"; sha256="0hp1kljv7dx6p3g4k9frsrgspg2gfr1mnypgwz05f6ll3zfjfm1c"; depends=[ade4 made4 seqinr]; };
bgx = derive2 { name="bgx"; version="1.54.0"; sha256="0r67a6m5hrnsxgk0f57hl5yaagi2wai2kpfyjjlhrck4rlm1sjcx"; depends=[affy Biobase gcrma Rcpp]; }; bgx = derive2 { name="bgx"; version="1.54.1"; sha256="0a10fg9n5p024jrmbis102gqpbz23sc6vdn1sal2697hlxikzb46"; depends=[affy Biobase gcrma Rcpp]; };
bigPint = derive2 { name="bigPint"; version="1.4.0"; sha256="1m92ngkzimcc37byf0ziphrby8wmjd5hfa53gvfphgaakyj9bjg8"; depends=[DelayedArray dplyr GGally ggplot2 gridExtra hexbin Hmisc htmlwidgets plotly plyr RColorBrewer reshape shiny shinycssloaders shinydashboard stringr SummarizedExperiment tidyr]; }; bigPint = derive2 { name="bigPint"; version="1.4.0"; sha256="1m92ngkzimcc37byf0ziphrby8wmjd5hfa53gvfphgaakyj9bjg8"; depends=[DelayedArray dplyr GGally ggplot2 gridExtra hexbin Hmisc htmlwidgets plotly plyr RColorBrewer reshape shiny shinycssloaders shinydashboard stringr SummarizedExperiment tidyr]; };
bigmelon = derive2 { name="bigmelon"; version="1.14.0"; sha256="1cryjhbiacm45g097rpqgbva49hs5vdx4y4h5h2v1gw4k78hwb4y"; depends=[Biobase BiocGenerics gdsfmt GEOquery methylumi minfi wateRmelon]; }; bigmelon = derive2 { name="bigmelon"; version="1.14.0"; sha256="1cryjhbiacm45g097rpqgbva49hs5vdx4y4h5h2v1gw4k78hwb4y"; depends=[Biobase BiocGenerics gdsfmt GEOquery methylumi minfi wateRmelon]; };
bigmemoryExtras = derive2 { name="bigmemoryExtras"; version="1.36.0"; sha256="053bqcd3p4i7agj43ccjxfz40a1sxrymd49vdpfq8ypslkwk7g0g"; depends=[bigmemory]; }; bigmemoryExtras = derive2 { name="bigmemoryExtras"; version="1.36.0"; sha256="053bqcd3p4i7agj43ccjxfz40a1sxrymd49vdpfq8ypslkwk7g0g"; depends=[bigmemory]; };
@ -1031,7 +1031,7 @@ in with self; {
biobtreeR = derive2 { name="biobtreeR"; version="1.0.0"; sha256="1vl06mv3ns0bnxd5sjypidw5v1spjqz8gvrjm5x5cwsdgg9zrvqn"; depends=[httpuv httr jsonlite stringi]; }; biobtreeR = derive2 { name="biobtreeR"; version="1.0.0"; sha256="1vl06mv3ns0bnxd5sjypidw5v1spjqz8gvrjm5x5cwsdgg9zrvqn"; depends=[httpuv httr jsonlite stringi]; };
biocGraph = derive2 { name="biocGraph"; version="1.50.0"; sha256="1372bm4y3czqhpki10pnprxfkfncfcsy59zzvf8wj6q03acaavrj"; depends=[BiocGenerics geneplotter graph Rgraphviz]; }; biocGraph = derive2 { name="biocGraph"; version="1.50.0"; sha256="1372bm4y3czqhpki10pnprxfkfncfcsy59zzvf8wj6q03acaavrj"; depends=[BiocGenerics geneplotter graph Rgraphviz]; };
biocViews = derive2 { name="biocViews"; version="1.56.2"; sha256="0kw0qfm1fw5yv2rbz6x23431rh0fnzj66f2bls7j285biyjmmx7w"; depends=[Biobase BiocManager graph RBGL RCurl RUnit XML]; }; biocViews = derive2 { name="biocViews"; version="1.56.2"; sha256="0kw0qfm1fw5yv2rbz6x23431rh0fnzj66f2bls7j285biyjmmx7w"; depends=[Biobase BiocManager graph RBGL RCurl RUnit XML]; };
biomaRt = derive2 { name="biomaRt"; version="2.44.1"; sha256="0np4nh3gj60mgb6312z7x0z9fg5bhrhw872sp3dzgmqc8q8b84iz"; depends=[AnnotationDbi BiocFileCache httr openssl progress rappdirs stringr XML]; }; biomaRt = derive2 { name="biomaRt"; version="2.44.4"; sha256="1zx98zas8ngy5g2pmdvcv1b0afhh7v2skyimkjmbgmi99sswp09i"; depends=[AnnotationDbi BiocFileCache httr openssl progress rappdirs stringr XML xml2]; };
biomformat = derive2 { name="biomformat"; version="1.16.0"; sha256="1l126nd1jmix4x3lh9my5nskc9bzbzrbz1brr23677vplfhrhy38"; depends=[jsonlite Matrix plyr rhdf5]; }; biomformat = derive2 { name="biomformat"; version="1.16.0"; sha256="1l126nd1jmix4x3lh9my5nskc9bzbzrbz1brr23677vplfhrhy38"; depends=[jsonlite Matrix plyr rhdf5]; };
biomvRCNS = derive2 { name="biomvRCNS"; version="1.28.0"; sha256="0bzw6pm0xgbi1gc3ybvf07hvih4k61hhpxk67gsqiq2w50010hp8"; depends=[GenomicRanges Gviz IRanges mvtnorm]; }; biomvRCNS = derive2 { name="biomvRCNS"; version="1.28.0"; sha256="0bzw6pm0xgbi1gc3ybvf07hvih4k61hhpxk67gsqiq2w50010hp8"; depends=[GenomicRanges Gviz IRanges mvtnorm]; };
biosigner = derive2 { name="biosigner"; version="1.16.0"; sha256="1v760q7hzaybkf2q9230rmr4phi8hglm59qwsjzvncxrhs3dpj06"; depends=[Biobase e1071 MultiDataSet randomForest ropls]; }; biosigner = derive2 { name="biosigner"; version="1.16.0"; sha256="1v760q7hzaybkf2q9230rmr4phi8hglm59qwsjzvncxrhs3dpj06"; depends=[Biobase e1071 MultiDataSet randomForest ropls]; };
@ -1050,7 +1050,7 @@ in with self; {
bridge = derive2 { name="bridge"; version="1.52.0"; sha256="0cy35wcab4941s4136nqwwd27s4gqdgy06q0cvggld39jrpn467f"; depends=[rama]; }; bridge = derive2 { name="bridge"; version="1.52.0"; sha256="0cy35wcab4941s4136nqwwd27s4gqdgy06q0cvggld39jrpn467f"; depends=[rama]; };
bsseq = derive2 { name="bsseq"; version="1.24.4"; sha256="0ymay9csrylpg6x9s7fgbr1mbw47skw9lqv2p7jn8fyilk2rbbcj"; depends=[beachmat Biobase BiocGenerics BiocParallel Biostrings BSgenome data_table DelayedArray DelayedMatrixStats GenomeInfoDb GenomicRanges gtools HDF5Array IRanges limma locfit permute R_utils Rcpp rhdf5 S4Vectors scales SummarizedExperiment]; }; bsseq = derive2 { name="bsseq"; version="1.24.4"; sha256="0ymay9csrylpg6x9s7fgbr1mbw47skw9lqv2p7jn8fyilk2rbbcj"; depends=[beachmat Biobase BiocGenerics BiocParallel Biostrings BSgenome data_table DelayedArray DelayedMatrixStats GenomeInfoDb GenomicRanges gtools HDF5Array IRanges limma locfit permute R_utils Rcpp rhdf5 S4Vectors scales SummarizedExperiment]; };
bumphunter = derive2 { name="bumphunter"; version="1.30.0"; sha256="04y6spdx89j3bsq2xniqd3sbfmakwc0klbpzjlp1q2xs9kywr4dq"; depends=[AnnotationDbi BiocGenerics doRNG foreach GenomeInfoDb GenomicFeatures GenomicRanges IRanges iterators limma locfit matrixStats S4Vectors]; }; bumphunter = derive2 { name="bumphunter"; version="1.30.0"; sha256="04y6spdx89j3bsq2xniqd3sbfmakwc0klbpzjlp1q2xs9kywr4dq"; depends=[AnnotationDbi BiocGenerics doRNG foreach GenomeInfoDb GenomicFeatures GenomicRanges IRanges iterators limma locfit matrixStats S4Vectors]; };
cBioPortalData = derive2 { name="cBioPortalData"; version="2.0.7"; sha256="0v3k3iznfzn3419ixlm1zv5sjfj5arpiyvfy5fc1682g762zv3lk"; depends=[AnVIL BiocFileCache digest dplyr GenomeInfoDb GenomicRanges httr IRanges MultiAssayExperiment RaggedExperiment rappdirs readr RTCGAToolbox S4Vectors SummarizedExperiment TCGAutils tibble tidyr]; }; cBioPortalData = derive2 { name="cBioPortalData"; version="2.0.10"; sha256="1fqm5hsdmx3v9x0ziwhjjhrjjfzm26i51as2wkmpnvn7y13zws1j"; depends=[AnVIL BiocFileCache digest dplyr GenomeInfoDb GenomicRanges httr IRanges MultiAssayExperiment RaggedExperiment readr RTCGAToolbox S4Vectors SummarizedExperiment TCGAutils tibble tidyr]; };
cTRAP = derive2 { name="cTRAP"; version="1.6.1"; sha256="09fwxr40q6wcqiwdr8q75sr5njrfl48jp6dl68z9a7parmpmgv9q"; depends=[biomaRt cowplot data_table dplyr fgsea ggplot2 ggrepel httr limma pbapply R_utils readxl reshape2 rhdf5 scales]; }; cTRAP = derive2 { name="cTRAP"; version="1.6.1"; sha256="09fwxr40q6wcqiwdr8q75sr5njrfl48jp6dl68z9a7parmpmgv9q"; depends=[biomaRt cowplot data_table dplyr fgsea ggplot2 ggrepel httr limma pbapply R_utils readxl reshape2 rhdf5 scales]; };
caOmicsV = derive2 { name="caOmicsV"; version="1.18.0"; sha256="1cfqw7xvr4sr3b14w7slrvw093m4933c7717l9inlv0dj7jkz4g9"; depends=[bc3net igraph]; }; caOmicsV = derive2 { name="caOmicsV"; version="1.18.0"; sha256="1cfqw7xvr4sr3b14w7slrvw093m4933c7717l9inlv0dj7jkz4g9"; depends=[bc3net igraph]; };
calm = derive2 { name="calm"; version="1.2.0"; sha256="09by842lv26psr85sck0n94w011kjav4bm5bx4kwji7vrd12m869"; depends=[mgcv]; }; calm = derive2 { name="calm"; version="1.2.0"; sha256="09by842lv26psr85sck0n94w011kjav4bm5bx4kwji7vrd12m869"; depends=[mgcv]; };
@ -1064,7 +1064,7 @@ in with self; {
ccrepe = derive2 { name="ccrepe"; version="1.24.0"; sha256="0kyrrllpmrn2bbxyvfwxs1g9qvjxhisfw34b545z8hhjmdhlxlwk"; depends=[infotheo]; }; ccrepe = derive2 { name="ccrepe"; version="1.24.0"; sha256="0kyrrllpmrn2bbxyvfwxs1g9qvjxhisfw34b545z8hhjmdhlxlwk"; depends=[infotheo]; };
ceRNAnetsim = derive2 { name="ceRNAnetsim"; version="1.0.0"; sha256="0j79b1gg709i23r776h37gydnvvbg0hi60wkwlp0r638263l3qr1"; depends=[dplyr furrr future ggplot2 ggraph igraph purrr rlang tibble tidygraph tidyr]; }; ceRNAnetsim = derive2 { name="ceRNAnetsim"; version="1.0.0"; sha256="0j79b1gg709i23r776h37gydnvvbg0hi60wkwlp0r638263l3qr1"; depends=[dplyr furrr future ggplot2 ggraph igraph purrr rlang tibble tidygraph tidyr]; };
celaref = derive2 { name="celaref"; version="1.6.0"; sha256="0k1vzwr91l4cdb81lqxil5302888q94qrwc1y237734ldkrj1bhh"; depends=[BiocGenerics DelayedArray dplyr ggplot2 magrittr MAST Matrix readr rlang S4Vectors SummarizedExperiment tibble]; }; celaref = derive2 { name="celaref"; version="1.6.0"; sha256="0k1vzwr91l4cdb81lqxil5302888q94qrwc1y237734ldkrj1bhh"; depends=[BiocGenerics DelayedArray dplyr ggplot2 magrittr MAST Matrix readr rlang S4Vectors SummarizedExperiment tibble]; };
celda = derive2 { name="celda"; version="1.4.6"; sha256="0afmvwl8s3crk48iag22whq3p7am3xw745gcy9mcp3hda128xlwq"; depends=[data_table dbscan DelayedArray dendextend digest doParallel enrichR foreach ggdendro ggplot2 ggrepel gridExtra gtable MAST Matrix matrixStats MCMCprecision plyr pROC RColorBrewer Rcpp RcppEigen reshape2 Rtsne S4Vectors scales scater scran Seurat SingleCellExperiment stringi stringr SummarizedExperiment uwot withr]; }; celda = derive2 { name="celda"; version="1.4.7"; sha256="1h3psbfv0az7n17bh3j3lanp6r2kmw5kxnja2qn50gny342wf1la"; depends=[data_table dbscan DelayedArray dendextend digest doParallel enrichR foreach ggdendro ggplot2 ggrepel gridExtra gtable MAST Matrix matrixStats MCMCprecision plyr pROC RColorBrewer Rcpp RcppEigen reshape2 Rtsne S4Vectors scales scater scran Seurat SingleCellExperiment stringi stringr SummarizedExperiment uwot withr]; };
cellHTS2 = derive2 { name="cellHTS2"; version="2.52.0"; sha256="11h7jyysl98mqqa6224sxrmrl19jghl8b7p3lkni4qgri9n0wdd2"; depends=[Biobase BiocGenerics Category genefilter GSEABase hwriter locfit prada RColorBrewer splots vsn]; }; cellHTS2 = derive2 { name="cellHTS2"; version="2.52.0"; sha256="11h7jyysl98mqqa6224sxrmrl19jghl8b7p3lkni4qgri9n0wdd2"; depends=[Biobase BiocGenerics Category genefilter GSEABase hwriter locfit prada RColorBrewer splots vsn]; };
cellTree = derive2 { name="cellTree"; version="1.18.0"; sha256="050hyrghmbgc2rw0x9jzx787gnapa7xh5djp16bw0s3h20xqw0gl"; depends=[gplots igraph maptpx slam topGO topicmodels xtable]; }; cellTree = derive2 { name="cellTree"; version="1.18.0"; sha256="050hyrghmbgc2rw0x9jzx787gnapa7xh5djp16bw0s3h20xqw0gl"; depends=[gplots igraph maptpx slam topGO topicmodels xtable]; };
cellbaseR = derive2 { name="cellbaseR"; version="1.12.0"; sha256="0n7sv3wy71p32hffhrkhvxaj98m7j63hf6576yi0srllxgffr991"; depends=[BiocParallel data_table doParallel foreach httr jsonlite pbapply R_utils Rsamtools tidyr]; }; cellbaseR = derive2 { name="cellbaseR"; version="1.12.0"; sha256="0n7sv3wy71p32hffhrkhvxaj98m7j63hf6576yi0srllxgffr991"; depends=[BiocParallel data_table doParallel foreach httr jsonlite pbapply R_utils Rsamtools tidyr]; };
@ -1081,7 +1081,7 @@ in with self; {
chromVAR = derive2 { name="chromVAR"; version="1.10.0"; sha256="0igzsa206m29r7fhpkgkyllii30rd4kbiwqby8nz2cz86znmmx5w"; depends=[BiocGenerics BiocParallel Biostrings BSgenome DT GenomeInfoDb GenomicRanges ggplot2 IRanges Matrix miniUI nabor plotly RColorBrewer Rcpp RcppArmadillo Rsamtools Rtsne S4Vectors shiny SummarizedExperiment TFBSTools]; }; chromVAR = derive2 { name="chromVAR"; version="1.10.0"; sha256="0igzsa206m29r7fhpkgkyllii30rd4kbiwqby8nz2cz86znmmx5w"; depends=[BiocGenerics BiocParallel Biostrings BSgenome DT GenomeInfoDb GenomicRanges ggplot2 IRanges Matrix miniUI nabor plotly RColorBrewer Rcpp RcppArmadillo Rsamtools Rtsne S4Vectors shiny SummarizedExperiment TFBSTools]; };
chromstaR = derive2 { name="chromstaR"; version="1.14.1"; sha256="1y71ipmg1wacx9ga1jyfzxr39s30kxfy9qji77fhxmalasvp9gbm"; depends=[bamsignals BiocGenerics chromstaRData doParallel foreach GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 IRanges mvtnorm reshape2 Rsamtools S4Vectors]; }; chromstaR = derive2 { name="chromstaR"; version="1.14.1"; sha256="1y71ipmg1wacx9ga1jyfzxr39s30kxfy9qji77fhxmalasvp9gbm"; depends=[bamsignals BiocGenerics chromstaRData doParallel foreach GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 IRanges mvtnorm reshape2 Rsamtools S4Vectors]; };
chromswitch = derive2 { name="chromswitch"; version="1.10.0"; sha256="1ii4shpbr3k5gpvw1l9ihvdc34qjbzgq05bj31v2p3a9p8wx6ii2"; depends=[Biobase BiocParallel cluster dplyr GenomicRanges gplots IRanges lazyeval magrittr matrixStats NMF rtracklayer S4Vectors tidyr]; }; chromswitch = derive2 { name="chromswitch"; version="1.10.0"; sha256="1ii4shpbr3k5gpvw1l9ihvdc34qjbzgq05bj31v2p3a9p8wx6ii2"; depends=[Biobase BiocParallel cluster dplyr GenomicRanges gplots IRanges lazyeval magrittr matrixStats NMF rtracklayer S4Vectors tidyr]; };
cicero = derive2 { name="cicero"; version="1.6.1"; sha256="0nf9yqg5krj26n4n82iyx3rsr84d46b17i9zfk35sh12l4xssbii"; depends=[assertthat Biobase BiocGenerics data_table dplyr FNN GenomicRanges ggplot2 glasso Gviz igraph IRanges Matrix monocle plyr reshape2 S4Vectors stringi stringr tibble tidyr VGAM]; }; cicero = derive2 { name="cicero"; version="1.6.2"; sha256="042ba6yfa7fksij2v7cwnp2sca3vmz7izn6fsxx9xswnncrkgcqh"; depends=[assertthat Biobase BiocGenerics data_table dplyr FNN GenomicRanges ggplot2 glasso Gviz igraph IRanges Matrix monocle plyr reshape2 S4Vectors stringi stringr tibble tidyr VGAM]; };
circRNAprofiler = derive2 { name="circRNAprofiler"; version="1.2.1"; sha256="0x6acd7gfbna9dv5c459sg1k89kz8q9wpp96d3rfgrwjlssx6vmm"; depends=[AnnotationHub Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 DESeq2 dplyr edgeR GenomeInfoDb GenomicRanges ggplot2 gwascat IRanges magrittr R_utils readr reshape2 rlang rtracklayer S4Vectors seqinr stringi stringr universalmotif]; }; circRNAprofiler = derive2 { name="circRNAprofiler"; version="1.2.1"; sha256="0x6acd7gfbna9dv5c459sg1k89kz8q9wpp96d3rfgrwjlssx6vmm"; depends=[AnnotationHub Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 DESeq2 dplyr edgeR GenomeInfoDb GenomicRanges ggplot2 gwascat IRanges magrittr R_utils readr reshape2 rlang rtracklayer S4Vectors seqinr stringi stringr universalmotif]; };
cisPath = derive2 { name="cisPath"; version="1.28.0"; sha256="0vc7j6j6f18hrvja38crmxq85hashwic21skfvz3379xv0qzhypj"; depends=[]; }; cisPath = derive2 { name="cisPath"; version="1.28.0"; sha256="0vc7j6j6f18hrvja38crmxq85hashwic21skfvz3379xv0qzhypj"; depends=[]; };
cleanUpdTSeq = derive2 { name="cleanUpdTSeq"; version="1.26.0"; sha256="1hjs1hjr6mb9iqy1ba10sc8mrhff4p8bra11gq9k4sc5axiwcdjp"; depends=[BiocGenerics BSgenome BSgenome_Drerio_UCSC_danRer7 e1071 GenomeInfoDb GenomicRanges IRanges seqinr]; }; cleanUpdTSeq = derive2 { name="cleanUpdTSeq"; version="1.26.0"; sha256="1hjs1hjr6mb9iqy1ba10sc8mrhff4p8bra11gq9k4sc5axiwcdjp"; depends=[BiocGenerics BSgenome BSgenome_Drerio_UCSC_danRer7 e1071 GenomeInfoDb GenomicRanges IRanges seqinr]; };
@ -1153,8 +1153,8 @@ in with self; {
ddPCRclust = derive2 { name="ddPCRclust"; version="1.8.0"; sha256="1il123xc37pckj58nlh8vzbdmfwi9qqghdvkl5948c747swrfyy1"; depends=[clue flowCore flowDensity flowPeaks ggplot2 openxlsx plotrix R_utils SamSPECTRAL]; }; ddPCRclust = derive2 { name="ddPCRclust"; version="1.8.0"; sha256="1il123xc37pckj58nlh8vzbdmfwi9qqghdvkl5948c747swrfyy1"; depends=[clue flowCore flowDensity flowPeaks ggplot2 openxlsx plotrix R_utils SamSPECTRAL]; };
dearseq = derive2 { name="dearseq"; version="1.0.0"; sha256="1v2w3b9z638vqwjqfssibkbjvydby4d73jqj5h87sbsapgjhcvqq"; depends=[CompQuadForm ggplot2 KernSmooth matrixStats pbapply statmod]; }; dearseq = derive2 { name="dearseq"; version="1.0.0"; sha256="1v2w3b9z638vqwjqfssibkbjvydby4d73jqj5h87sbsapgjhcvqq"; depends=[CompQuadForm ggplot2 KernSmooth matrixStats pbapply statmod]; };
debCAM = derive2 { name="debCAM"; version="1.6.0"; sha256="0ifbn3vmlrpi4d2ybqhvygndqa200h0hb0b47523fx0vw985f9k5"; depends=[apcluster Biobase BiocParallel corpcor DMwR geometry NMF nnls pcaPP rJava SummarizedExperiment]; }; debCAM = derive2 { name="debCAM"; version="1.6.0"; sha256="0ifbn3vmlrpi4d2ybqhvygndqa200h0hb0b47523fx0vw985f9k5"; depends=[apcluster Biobase BiocParallel corpcor DMwR geometry NMF nnls pcaPP rJava SummarizedExperiment]; };
debrowser = derive2 { name="debrowser"; version="1.16.2"; sha256="1iz1mjsarrc0xrrm7nlk7llbhsja47a039chs5ahrjg4bsj52wpf"; depends=[annotate AnnotationDbi 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="debrowser"; version="1.16.3"; sha256="0lqsagl0qwzikm6mw8mw8ygpvylzr4jz810fjm020a8h155pwp2g"; depends=[annotate AnnotationDbi 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="deco"; version="1.4.0"; sha256="05rzdk88grl05vwpzvrd1p6bwg1sx6fbvnlzmh9mb0ls668gj2h7"; depends=[ade4 AnnotationDbi Biobase BiocParallel BiocStyle cluster foreign gdata ggplot2 gplots gridExtra limma locfit made4 RColorBrewer reshape2 scatterplot3d sfsmisc SummarizedExperiment]; }; deco = derive2 { name="deco"; version="1.4.1"; sha256="1lbrlacbdr16mw21jsvall18gfzq001p854nsa3jpgbhfs9y13zs"; depends=[ade4 AnnotationDbi Biobase BiocParallel BiocStyle cluster foreign gdata ggplot2 gplots gridExtra limma locfit made4 RColorBrewer reshape2 scatterplot3d sfsmisc SummarizedExperiment]; };
decompTumor2Sig = derive2 { name="decompTumor2Sig"; version="2.4.1"; sha256="014z3p784v53bv3wpx1njcc0xzwg1hklaa44qjvg9x7j95vrpmq9"; depends=[BiocGenerics Biostrings BSgenome_Hsapiens_UCSC_hg19 data_table GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggseqlogo gridExtra Matrix plyr quadprog S4Vectors SummarizedExperiment TxDb_Hsapiens_UCSC_hg19_knownGene VariantAnnotation]; }; decompTumor2Sig = derive2 { name="decompTumor2Sig"; version="2.4.1"; sha256="014z3p784v53bv3wpx1njcc0xzwg1hklaa44qjvg9x7j95vrpmq9"; depends=[BiocGenerics Biostrings BSgenome_Hsapiens_UCSC_hg19 data_table GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggseqlogo gridExtra Matrix plyr quadprog S4Vectors SummarizedExperiment TxDb_Hsapiens_UCSC_hg19_knownGene VariantAnnotation]; };
decontam = derive2 { name="decontam"; version="1.8.0"; sha256="10y3iydzgwbr9ixyyylzxkd7jfg0qz14gmphmdhq94ys0frhwpxi"; depends=[ggplot2 reshape2]; }; decontam = derive2 { name="decontam"; version="1.8.0"; sha256="10y3iydzgwbr9ixyyylzxkd7jfg0qz14gmphmdhq94ys0frhwpxi"; depends=[ggplot2 reshape2]; };
deepSNV = derive2 { name="deepSNV"; version="1.34.1"; sha256="1hagkdq06c3xsrba3c3bnqwwmk406f9plkdh66a4hypx6hbwp6k7"; depends=[Biostrings GenomicRanges IRanges Rhtslib SummarizedExperiment VariantAnnotation VGAM]; }; deepSNV = derive2 { name="deepSNV"; version="1.34.1"; sha256="1hagkdq06c3xsrba3c3bnqwwmk406f9plkdh66a4hypx6hbwp6k7"; depends=[Biostrings GenomicRanges IRanges Rhtslib SummarizedExperiment VariantAnnotation VGAM]; };
@ -1173,7 +1173,7 @@ in with self; {
diffuStats = derive2 { name="diffuStats"; version="1.8.0"; sha256="10ln1c1ic44inxmi19fvxi4scnwl9qi5hpswhsnqsngql3yg69wp"; depends=[expm igraph MASS Matrix plyr precrec Rcpp RcppArmadillo RcppParallel]; }; diffuStats = derive2 { name="diffuStats"; version="1.8.0"; sha256="10ln1c1ic44inxmi19fvxi4scnwl9qi5hpswhsnqsngql3yg69wp"; depends=[expm igraph MASS Matrix plyr precrec Rcpp RcppArmadillo RcppParallel]; };
diggit = derive2 { name="diggit"; version="1.20.0"; sha256="1k6i7w70yizc8drsdvz05sdfyrxr7z7fflbznc1wpnfv54phx00m"; depends=[Biobase ks viper]; }; diggit = derive2 { name="diggit"; version="1.20.0"; sha256="1k6i7w70yizc8drsdvz05sdfyrxr7z7fflbznc1wpnfv54phx00m"; depends=[Biobase ks viper]; };
discordant = derive2 { name="discordant"; version="1.12.0"; sha256="161y6xmzrsj88swii85v43q48n10snawzfz6305m2hsdj6463qxq"; depends=[Biobase biwt gtools MASS]; }; discordant = derive2 { name="discordant"; version="1.12.0"; sha256="161y6xmzrsj88swii85v43q48n10snawzfz6305m2hsdj6463qxq"; depends=[Biobase biwt gtools MASS]; };
distinct = derive2 { name="distinct"; version="1.0.3"; sha256="1a10v4ldgqqsk5lrnq1zi9pkw5brv9zys8bqdkfdb7xbc06yzgzq"; depends=[doParallel doRNG foreach ggplot2 limma Matrix Rcpp RcppArmadillo SingleCellExperiment SummarizedExperiment]; }; distinct = derive2 { name="distinct"; version="1.0.4"; sha256="1c0pp3sqm0l8gyfixv9774lvdzsdk9x7gz82hf8ldinvyn6frraf"; depends=[doParallel doRNG foreach ggplot2 limma Matrix Rcpp RcppArmadillo scater SingleCellExperiment SummarizedExperiment]; };
dittoSeq = derive2 { name="dittoSeq"; version="1.0.2"; sha256="1fj7chyv077ffqnqvh2vv7x9x2alibk92fz3sihdfb167l0acdp4"; depends=[colorspace cowplot edgeR ggplot2 ggrepel ggridges gridExtra pheatmap reshape2 S4Vectors SingleCellExperiment SummarizedExperiment]; }; dittoSeq = derive2 { name="dittoSeq"; version="1.0.2"; sha256="1fj7chyv077ffqnqvh2vv7x9x2alibk92fz3sihdfb167l0acdp4"; depends=[colorspace cowplot edgeR ggplot2 ggrepel ggridges gridExtra pheatmap reshape2 S4Vectors SingleCellExperiment SummarizedExperiment]; };
divergence = derive2 { name="divergence"; version="1.4.0"; sha256="0m87v1z2mjmy9b74aknzbal22r2rj55prqclpq68shg6g2iw8q8c"; depends=[SummarizedExperiment]; }; divergence = derive2 { name="divergence"; version="1.4.0"; sha256="0m87v1z2mjmy9b74aknzbal22r2rj55prqclpq68shg6g2iw8q8c"; depends=[SummarizedExperiment]; };
dks = derive2 { name="dks"; version="1.34.0"; sha256="1mrixifn868p0wjl6fcal1wm7ngf942lgas35wn0z1sqxnzqxl9n"; depends=[cubature]; }; dks = derive2 { name="dks"; version="1.34.0"; sha256="1mrixifn868p0wjl6fcal1wm7ngf942lgas35wn0z1sqxnzqxl9n"; depends=[cubature]; };
@ -1268,7 +1268,7 @@ in with self; {
gCMAP = derive2 { name="gCMAP"; version="1.32.0"; sha256="04aaqa9gvv97ijgnr05drwcn637w1n1k1v9gna0zzxrbcwln36n8"; depends=[annotate AnnotationDbi bigmemory bigmemoryExtras Biobase Category DESeq genefilter GSEABase GSEAlm limma Matrix]; }; gCMAP = derive2 { name="gCMAP"; version="1.32.0"; sha256="04aaqa9gvv97ijgnr05drwcn637w1n1k1v9gna0zzxrbcwln36n8"; depends=[annotate AnnotationDbi bigmemory bigmemoryExtras Biobase Category DESeq genefilter GSEABase GSEAlm limma Matrix]; };
gCMAPWeb = derive2 { name="gCMAPWeb"; version="1.27.0"; sha256="1361qlzq5lgj24ssb7l1pds5h0g1wzn7q2ff9f03kpl5nhlbzrwd"; depends=[annotate AnnotationDbi Biobase BiocGenerics brew gCMAP GSEABase hwriter Rook yaml]; }; gCMAPWeb = derive2 { name="gCMAPWeb"; version="1.27.0"; sha256="1361qlzq5lgj24ssb7l1pds5h0g1wzn7q2ff9f03kpl5nhlbzrwd"; depends=[annotate AnnotationDbi Biobase BiocGenerics brew gCMAP GSEABase hwriter Rook yaml]; };
gCrisprTools = derive2 { name="gCrisprTools"; version="1.16.0"; sha256="0n5zxyrfnr981r1ynlclcxh6axxmbpd3m169zf767zicmjsxxcl7"; depends=[Biobase ggplot2 limma PANTHER_db rmarkdown RobustRankAggreg SummarizedExperiment]; }; gCrisprTools = derive2 { name="gCrisprTools"; version="1.16.0"; sha256="0n5zxyrfnr981r1ynlclcxh6axxmbpd3m169zf767zicmjsxxcl7"; depends=[Biobase ggplot2 limma PANTHER_db rmarkdown RobustRankAggreg SummarizedExperiment]; };
gQTLBase = derive2 { name="gQTLBase"; version="1.20.0"; sha256="06xvzp4fn3qfa46ggg8kxi267gbyd821vvx4040173xkqxpr0g5j"; depends=[BatchJobs BBmisc BiocGenerics bit doParallel ff ffbase foreach GenomicFiles GenomicRanges rtracklayer S4Vectors SummarizedExperiment]; }; gQTLBase = derive2 { name="gQTLBase"; version="1.20.4"; sha256="1ly14vhhqxjpbxjypi6ppd37dycabdhf4ny4nsvp9969k418zv41"; depends=[BatchJobs BBmisc BiocGenerics bit doParallel ff ffbase foreach GenomicFiles GenomicRanges rtracklayer S4Vectors SummarizedExperiment]; };
gQTLstats = derive2 { name="gQTLstats"; version="1.20.0"; sha256="1jjqfpjp93nmxjn757j5mzcax96bzcqdd1gr3rsdxg7ap008l2w7"; depends=[AnnotationDbi BatchJobs BBmisc beeswarm Biobase BiocGenerics doParallel dplyr erma ffbase foreach GenomeInfoDb GenomicFeatures GenomicFiles GenomicRanges ggbeeswarm ggplot2 gQTLBase HardyWeinberg Homo_sapiens IRanges limma mgcv plotly reshape2 S4Vectors shiny snpStats SummarizedExperiment VariantAnnotation]; }; gQTLstats = derive2 { name="gQTLstats"; version="1.20.0"; sha256="1jjqfpjp93nmxjn757j5mzcax96bzcqdd1gr3rsdxg7ap008l2w7"; depends=[AnnotationDbi BatchJobs BBmisc beeswarm Biobase BiocGenerics doParallel dplyr erma ffbase foreach GenomeInfoDb GenomicFeatures GenomicFiles GenomicRanges ggbeeswarm ggplot2 gQTLBase HardyWeinberg Homo_sapiens IRanges limma mgcv plotly reshape2 S4Vectors shiny snpStats SummarizedExperiment VariantAnnotation]; };
gaga = derive2 { name="gaga"; version="2.34.0"; sha256="10livlmxsdzf82rybhpqz81zdc0ndchy9z3kz62c651hc4x4pki1"; depends=[Biobase coda EBarrays mgcv]; }; gaga = derive2 { name="gaga"; version="2.34.0"; sha256="10livlmxsdzf82rybhpqz81zdc0ndchy9z3kz62c651hc4x4pki1"; depends=[Biobase coda EBarrays mgcv]; };
gage = derive2 { name="gage"; version="2.38.3"; sha256="1bqmvjiya1df0b3h491lp1jxahiyidvaf9n094z0sk84x5y3xh2p"; depends=[AnnotationDbi GO_db graph KEGGREST]; }; gage = derive2 { name="gage"; version="2.38.3"; sha256="1bqmvjiya1df0b3h491lp1jxahiyidvaf9n094z0sk84x5y3xh2p"; depends=[AnnotationDbi GO_db graph KEGGREST]; };
@ -1280,7 +1280,7 @@ in with self; {
gcrma = derive2 { name="gcrma"; version="2.60.0"; sha256="1klbnygc1i5ac1x00bsk0rjw5h5dn6pn65fa3y9r09q47gpy1c5g"; depends=[affy affyio Biobase BiocManager Biostrings XVector]; }; gcrma = derive2 { name="gcrma"; version="2.60.0"; sha256="1klbnygc1i5ac1x00bsk0rjw5h5dn6pn65fa3y9r09q47gpy1c5g"; depends=[affy affyio Biobase BiocManager Biostrings XVector]; };
gdsfmt = derive2 { name="gdsfmt"; version="1.24.1"; sha256="0ipf60wylbhvwk9q3mbnak0f1n6k7spfh90s1c1c0b47ryxsri67"; depends=[]; }; gdsfmt = derive2 { name="gdsfmt"; version="1.24.1"; sha256="0ipf60wylbhvwk9q3mbnak0f1n6k7spfh90s1c1c0b47ryxsri67"; depends=[]; };
geNetClassifier = derive2 { name="geNetClassifier"; version="1.28.0"; sha256="163fbly8yglkmwqzwksj5ss4b50sma82khc2q74qgxrd8ji9155i"; depends=[Biobase e1071 EBarrays minet]; }; geNetClassifier = derive2 { name="geNetClassifier"; version="1.28.0"; sha256="163fbly8yglkmwqzwksj5ss4b50sma82khc2q74qgxrd8ji9155i"; depends=[Biobase e1071 EBarrays minet]; };
geecc = derive2 { name="geecc"; version="1.21.0"; sha256="018yfiik3x0nchhgr5lb58ycngapx300p4r0aplzv2fz43avf4yi"; depends=[gplots hypergea MASS Rcpp]; }; geecc = derive2 { name="geecc"; version="1.21.0"; sha256="018yfiik3x0nchhgr5lb58ycngapx300p4r0aplzv2fz43avf4yi"; depends=[gplots MASS Rcpp]; };
gemini = derive2 { name="gemini"; version="1.2.0"; sha256="1n5h9rvwpnvibbrdy71n4irc8j41b6hizqqff8ffh4pjy5n6g1hs"; depends=[dplyr ggplot2 magrittr mixtools pbmcapply scales]; }; gemini = derive2 { name="gemini"; version="1.2.0"; sha256="1n5h9rvwpnvibbrdy71n4irc8j41b6hizqqff8ffh4pjy5n6g1hs"; depends=[dplyr ggplot2 magrittr mixtools pbmcapply scales]; };
genArise = derive2 { name="genArise"; version="1.64.0"; sha256="03kih2334l3np25k09mnhyvjzs0l6a7nbnbgc3wwkrrds8fbncnc"; depends=[locfit tkrplot xtable]; }; genArise = derive2 { name="genArise"; version="1.64.0"; sha256="03kih2334l3np25k09mnhyvjzs0l6a7nbnbgc3wwkrrds8fbncnc"; depends=[locfit tkrplot xtable]; };
genbankr = derive2 { name="genbankr"; version="1.16.0"; sha256="0vd115ccllmzi5wr69aw46c2ny79qj76ds8qdm9bj4mrx1ayj611"; depends=[Biobase BiocGenerics Biostrings GenomeInfoDb GenomicFeatures GenomicRanges IRanges rtracklayer S4Vectors VariantAnnotation]; }; genbankr = derive2 { name="genbankr"; version="1.16.0"; sha256="0vd115ccllmzi5wr69aw46c2ny79qj76ds8qdm9bj4mrx1ayj611"; depends=[Biobase BiocGenerics Biostrings GenomeInfoDb GenomicFeatures GenomicRanges IRanges rtracklayer S4Vectors VariantAnnotation]; };
@ -1311,7 +1311,7 @@ in with self; {
globalSeq = derive2 { name="globalSeq"; version="1.16.1"; sha256="0zlb0h3djabwrm5sszx76r55r9svavpahhnlgzf1qi2iz6a9mjc5"; depends=[]; }; globalSeq = derive2 { name="globalSeq"; version="1.16.1"; sha256="0zlb0h3djabwrm5sszx76r55r9svavpahhnlgzf1qi2iz6a9mjc5"; depends=[]; };
globaltest = derive2 { name="globaltest"; version="5.42.0"; sha256="0ndkpwi8dmz5kv2yzmdfx0qq00x6jismiah0xd6kh44l42k88510"; depends=[annotate AnnotationDbi Biobase survival]; }; globaltest = derive2 { name="globaltest"; version="5.42.0"; sha256="0ndkpwi8dmz5kv2yzmdfx0qq00x6jismiah0xd6kh44l42k88510"; depends=[annotate AnnotationDbi Biobase survival]; };
gmapR = derive2 { name="gmapR"; version="1.30.0"; sha256="14dda16jgpc29nm4llswz6yr47hwmndd9zg2qlz2psfbn31z5k6w"; depends=[Biobase BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges Rsamtools rtracklayer S4Vectors VariantAnnotation]; }; gmapR = derive2 { name="gmapR"; version="1.30.0"; sha256="14dda16jgpc29nm4llswz6yr47hwmndd9zg2qlz2psfbn31z5k6w"; depends=[Biobase BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges Rsamtools rtracklayer S4Vectors VariantAnnotation]; };
gmoviz = derive2 { name="gmoviz"; version="1.0.0"; sha256="1489jqx8ih2hb9915xpg9xgxkal4h5cai1zwikzqshsdd4g1z327"; depends=[BiocGenerics Biostrings circlize colorspace ComplexHeatmap GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges gridBase IRanges pracma Rsamtools rtracklayer S4Vectors]; }; gmoviz = derive2 { name="gmoviz"; version="1.0.1"; sha256="0rrqzqr64724ip19ql34yds3vd7r9s8bhw4bicq80pffz0c0idyx"; depends=[BiocGenerics Biostrings circlize colorspace ComplexHeatmap GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges gridBase IRanges pracma Rsamtools rtracklayer S4Vectors]; };
goProfiles = derive2 { name="goProfiles"; version="1.50.0"; sha256="0kdmr4mdjjb79srljbd0lr7np14gz58fya2v21qgny4m5lpw902d"; depends=[AnnotationDbi Biobase CompQuadForm GO_db stringr]; }; goProfiles = derive2 { name="goProfiles"; version="1.50.0"; sha256="0kdmr4mdjjb79srljbd0lr7np14gz58fya2v21qgny4m5lpw902d"; depends=[AnnotationDbi Biobase CompQuadForm GO_db stringr]; };
goSTAG = derive2 { name="goSTAG"; version="1.12.1"; sha256="1p4rhmfc09vzywrdkzak6784y92bdfkr6jw3l4xfq6sw77wd3wml"; depends=[AnnotationDbi biomaRt GO_db memoise]; }; goSTAG = derive2 { name="goSTAG"; version="1.12.1"; sha256="1p4rhmfc09vzywrdkzak6784y92bdfkr6jw3l4xfq6sw77wd3wml"; depends=[AnnotationDbi biomaRt GO_db memoise]; };
goTools = derive2 { name="goTools"; version="1.62.0"; sha256="185ydv7hajhxw0jgv5gplcx59grbv7aqypfrxx6ny422d5mb86rm"; depends=[AnnotationDbi GO_db]; }; goTools = derive2 { name="goTools"; version="1.62.0"; sha256="185ydv7hajhxw0jgv5gplcx59grbv7aqypfrxx6ny422d5mb86rm"; depends=[AnnotationDbi GO_db]; };
@ -1361,7 +1361,7 @@ in with self; {
iSeq = derive2 { name="iSeq"; version="1.40.0"; sha256="1k5fw917z94imflwz87zz0qlazsnvz2c8cka4i7l02h6nqs16yhn"; depends=[]; }; iSeq = derive2 { name="iSeq"; version="1.40.0"; sha256="1k5fw917z94imflwz87zz0qlazsnvz2c8cka4i7l02h6nqs16yhn"; depends=[]; };
iasva = derive2 { name="iasva"; version="1.6.0"; sha256="1fbbwz6fjw83ca9z910rv96wf4qv9v43fyxncydmn1d02fq9ck13"; depends=[BiocParallel cluster irlba SummarizedExperiment]; }; iasva = derive2 { name="iasva"; version="1.6.0"; sha256="1fbbwz6fjw83ca9z910rv96wf4qv9v43fyxncydmn1d02fq9ck13"; depends=[BiocParallel cluster irlba SummarizedExperiment]; };
ibh = derive2 { name="ibh"; version="1.36.0"; sha256="1wkd36673b1ksk7aph87awlpm7wwqfpa3qznkmv894nvmxhrd9r6"; depends=[simpIntLists]; }; ibh = derive2 { name="ibh"; version="1.36.0"; sha256="1wkd36673b1ksk7aph87awlpm7wwqfpa3qznkmv894nvmxhrd9r6"; depends=[simpIntLists]; };
icetea = derive2 { name="icetea"; version="1.6.0"; sha256="0690siz5cd8qjpalyhrahqz7q5svfdyyq8hm61ygf3g5jqi1pczd"; depends=[BiocGenerics BiocParallel Biostrings csaw DESeq2 edgeR GenomicAlignments GenomicFeatures GenomicRanges ggplot2 IRanges limma Rsamtools rtracklayer S4Vectors ShortRead SummarizedExperiment TxDb_Dmelanogaster_UCSC_dm6_ensGene VariantAnnotation]; }; icetea = derive2 { name="icetea"; version="1.6.1"; sha256="0lxiyha44m2ir9h68wbizzzg28c38290dd709c50kpcfd9mfg7n9"; depends=[BiocGenerics BiocParallel Biostrings csaw DESeq2 edgeR GenomicAlignments GenomicFeatures GenomicRanges ggplot2 IRanges limma Rsamtools rtracklayer S4Vectors ShortRead SummarizedExperiment TxDb_Dmelanogaster_UCSC_dm6_ensGene VariantAnnotation]; };
ideal = derive2 { name="ideal"; version="1.12.1"; sha256="1j1ys3sizvnkv8i54gf9vbakjaj84mmb3353lpj56wl2i4qvhvfb"; depends=[AnnotationDbi base64enc BiocParallel DESeq2 dplyr DT GenomicRanges ggplot2 ggrepel GO_db goseq GOstats gplots heatmaply IHW IRanges knitr limma pcaExplorer pheatmap plotly rentrez rintrojs rmarkdown S4Vectors shiny shinyAce shinyBS shinydashboard stringr SummarizedExperiment topGO UpSetR]; }; ideal = derive2 { name="ideal"; version="1.12.1"; sha256="1j1ys3sizvnkv8i54gf9vbakjaj84mmb3353lpj56wl2i4qvhvfb"; depends=[AnnotationDbi base64enc BiocParallel DESeq2 dplyr DT GenomicRanges ggplot2 ggrepel GO_db goseq GOstats gplots heatmaply IHW IRanges knitr limma pcaExplorer pheatmap plotly rentrez rintrojs rmarkdown S4Vectors shiny shinyAce shinyBS shinydashboard stringr SummarizedExperiment topGO UpSetR]; };
idiogram = derive2 { name="idiogram"; version="1.64.0"; sha256="1fia0sa7xqylshk8alwkg2a9vgvgqicwss8jvplvppniyan364bh"; depends=[annotate Biobase plotrix]; }; idiogram = derive2 { name="idiogram"; version="1.64.0"; sha256="1fia0sa7xqylshk8alwkg2a9vgvgqicwss8jvplvppniyan364bh"; depends=[annotate Biobase plotrix]; };
idr2d = derive2 { name="idr2d"; version="1.2.2"; sha256="1ycnjj4zy0k4qij7xv5i5w3jgd633nn4gxcb8n0z4kxh60117cq4"; depends=[dplyr futile_logger GenomeInfoDb GenomicRanges ggplot2 idr IRanges magrittr reticulate scales stringr]; }; idr2d = derive2 { name="idr2d"; version="1.2.2"; sha256="1ycnjj4zy0k4qij7xv5i5w3jgd633nn4gxcb8n0z4kxh60117cq4"; depends=[dplyr futile_logger GenomeInfoDb GenomicRanges ggplot2 idr IRanges magrittr reticulate scales stringr]; };
@ -1384,7 +1384,7 @@ in with self; {
iteremoval = derive2 { name="iteremoval"; version="1.8.0"; sha256="1z2d4ggnh6n5k36rh1c9s2vmnbm4kvali7fsrb13xs60947c4r4m"; depends=[GenomicRanges ggplot2 magrittr SummarizedExperiment]; }; iteremoval = derive2 { name="iteremoval"; version="1.8.0"; sha256="1z2d4ggnh6n5k36rh1c9s2vmnbm4kvali7fsrb13xs60947c4r4m"; depends=[GenomicRanges ggplot2 magrittr SummarizedExperiment]; };
ivygapSE = derive2 { name="ivygapSE"; version="1.10.0"; sha256="0fsfh8mczbv6ng79h84i9hz0awyrp69np25jv6k2krxixan58adk"; depends=[ggplot2 hwriter plotly S4Vectors shiny SummarizedExperiment survival survminer UpSetR]; }; ivygapSE = derive2 { name="ivygapSE"; version="1.10.0"; sha256="0fsfh8mczbv6ng79h84i9hz0awyrp69np25jv6k2krxixan58adk"; depends=[ggplot2 hwriter plotly S4Vectors shiny SummarizedExperiment survival survminer UpSetR]; };
joda = derive2 { name="joda"; version="1.35.0"; sha256="044fhha4vrsfzz0bpa5q263lxqaz7nfb1b9hz0q870ja7j9wcmb3"; depends=[bgmm RBGL]; }; joda = derive2 { name="joda"; version="1.35.0"; sha256="044fhha4vrsfzz0bpa5q263lxqaz7nfb1b9hz0q870ja7j9wcmb3"; depends=[bgmm RBGL]; };
karyoploteR = derive2 { name="karyoploteR"; version="1.14.0"; sha256="0h0gk4xd95k5phy6qcsv7j931d7gk3p24i2fg4mz5dsk110lpifs"; depends=[AnnotationDbi bamsignals bezier biovizBase digest GenomeInfoDb GenomicFeatures GenomicRanges IRanges memoise regioneR Rsamtools rtracklayer S4Vectors VariantAnnotation]; }; karyoploteR = derive2 { name="karyoploteR"; version="1.14.1"; sha256="1wlnzkq58baqj9854nzf5rbglchb2xy4wsp3s0q8xfq8v0p3baxf"; depends=[AnnotationDbi bamsignals bezier biovizBase digest GenomeInfoDb GenomicFeatures GenomicRanges IRanges memoise regioneR Rsamtools rtracklayer S4Vectors VariantAnnotation]; };
kebabs = derive2 { name="kebabs"; version="1.22.0"; sha256="10jgn45dq0x1brpx6lgl2z8p6pg06ncrhi3ywasj4sjgvakil63r"; depends=[apcluster Biostrings e1071 IRanges kernlab LiblineaR Matrix Rcpp S4Vectors XVector]; }; kebabs = derive2 { name="kebabs"; version="1.22.0"; sha256="10jgn45dq0x1brpx6lgl2z8p6pg06ncrhi3ywasj4sjgvakil63r"; depends=[apcluster Biostrings e1071 IRanges kernlab LiblineaR Matrix Rcpp S4Vectors XVector]; };
keggorthology = derive2 { name="keggorthology"; version="2.40.0"; sha256="1y25xmj0f99nmlgi7ff0lqsyin5vx9jshmh3k98c4znls6k3hrpx"; depends=[AnnotationDbi DBI graph hgu95av2_db]; }; keggorthology = derive2 { name="keggorthology"; version="2.40.0"; sha256="1y25xmj0f99nmlgi7ff0lqsyin5vx9jshmh3k98c4znls6k3hrpx"; depends=[AnnotationDbi DBI graph hgu95av2_db]; };
kimod = derive2 { name="kimod"; version="1.15.0"; sha256="1rrjfy4hibvzwprb4cg9q83b0rlzrbw68j5rrg1frvddgfimycz4"; depends=[Biobase cluster]; }; kimod = derive2 { name="kimod"; version="1.15.0"; sha256="1rrjfy4hibvzwprb4cg9q83b0rlzrbw68j5rrg1frvddgfimycz4"; depends=[Biobase cluster]; };
@ -1414,7 +1414,7 @@ in with self; {
maanova = derive2 { name="maanova"; version="1.58.0"; sha256="1vqq5y34cg27pr5ma51m60jcivcvarrz5h7j8rrb77vms08r6ad9"; depends=[Biobase]; }; maanova = derive2 { name="maanova"; version="1.58.0"; sha256="1vqq5y34cg27pr5ma51m60jcivcvarrz5h7j8rrb77vms08r6ad9"; depends=[Biobase]; };
macat = derive2 { name="macat"; version="1.62.0"; sha256="1fjcp8cy0bn916bli0iy040mbhmmswlacy4pc5kcb4yji1nlj4x2"; depends=[annotate Biobase]; }; macat = derive2 { name="macat"; version="1.62.0"; sha256="1fjcp8cy0bn916bli0iy040mbhmmswlacy4pc5kcb4yji1nlj4x2"; depends=[annotate Biobase]; };
made4 = derive2 { name="made4"; version="1.61.0"; sha256="1bm2n99rkl38y97zzg8mvb52jnf42ka0gqljzg4jphq8j97f8qj2"; depends=[ade4 gplots RColorBrewer scatterplot3d]; }; made4 = derive2 { name="made4"; version="1.61.0"; sha256="1bm2n99rkl38y97zzg8mvb52jnf42ka0gqljzg4jphq8j97f8qj2"; depends=[ade4 gplots RColorBrewer scatterplot3d]; };
maftools = derive2 { name="maftools"; version="2.4.05"; sha256="1wwd2n3xlqdv0yfw64hrpj443gmjyyibcfavfp7jd4ccph9g5wfd"; depends=[data_table RColorBrewer survival]; }; maftools = derive2 { name="maftools"; version="2.4.12"; sha256="1hzgvi0siav2gzn3nc99bclk4am5b40jk8njkn4ggil223cn1ajv"; depends=[data_table RColorBrewer survival]; };
maigesPack = derive2 { name="maigesPack"; version="1.52.0"; sha256="14jf4b0kcd0l9mbnrvl2c55a7pggyfj14kj1gf7mc0k34ys9q04g"; depends=[convert graph limma marray]; }; maigesPack = derive2 { name="maigesPack"; version="1.52.0"; sha256="14jf4b0kcd0l9mbnrvl2c55a7pggyfj14kj1gf7mc0k34ys9q04g"; depends=[convert graph limma marray]; };
makecdfenv = derive2 { name="makecdfenv"; version="1.64.0"; sha256="1mzsqkyyldcvf0b26j9pzwdy19n5hrsalvaw4vfhp36793f7r99v"; depends=[affy affyio Biobase zlibbioc]; }; makecdfenv = derive2 { name="makecdfenv"; version="1.64.0"; sha256="1mzsqkyyldcvf0b26j9pzwdy19n5hrsalvaw4vfhp36793f7r99v"; depends=[affy affyio Biobase zlibbioc]; };
mapscape = derive2 { name="mapscape"; version="1.12.0"; sha256="0yzf1p9nvg7ncpadnvad50c4mrxc6isn32b3vvyfrhq0adqidykl"; depends=[base64enc htmlwidgets jsonlite stringr]; }; mapscape = derive2 { name="mapscape"; version="1.12.0"; sha256="0yzf1p9nvg7ncpadnvad50c4mrxc6isn32b3vvyfrhq0adqidykl"; depends=[base64enc htmlwidgets jsonlite stringr]; };
@ -1425,7 +1425,7 @@ in with self; {
massiR = derive2 { name="massiR"; version="1.24.0"; sha256="1ki1886i90wfd5jmjjn6nddnkaaxq81xr5jmz9l226g5xmq7xh0l"; depends=[Biobase cluster diptest gplots]; }; massiR = derive2 { name="massiR"; version="1.24.0"; sha256="1ki1886i90wfd5jmjjn6nddnkaaxq81xr5jmz9l226g5xmq7xh0l"; depends=[Biobase cluster diptest gplots]; };
matchBox = derive2 { name="matchBox"; version="1.30.0"; sha256="1mfrxp3scmfakysbyqs5i7kjw9kx2jllcz1vnb6jpdlvah7928ij"; depends=[]; }; matchBox = derive2 { name="matchBox"; version="1.30.0"; sha256="1mfrxp3scmfakysbyqs5i7kjw9kx2jllcz1vnb6jpdlvah7928ij"; depends=[]; };
matter = derive2 { name="matter"; version="1.14.0"; sha256="0ys1zmfyxz7lmffa8v02qcd5lg5aypjh3lhwzyzaal4cncx16fnp"; depends=[biglm BiocGenerics BiocParallel digest irlba Matrix ProtGenerics]; }; matter = derive2 { name="matter"; version="1.14.0"; sha256="0ys1zmfyxz7lmffa8v02qcd5lg5aypjh3lhwzyzaal4cncx16fnp"; depends=[biglm BiocGenerics BiocParallel digest irlba Matrix ProtGenerics]; };
mbkmeans = derive2 { name="mbkmeans"; version="1.4.0"; sha256="113s6cxvx61y75cky0y0a9q4b3zhj2qwx2d5ldvbmji3mfxh7i7x"; depends=[beachmat benchmarkme BiocParallel ClusterR DelayedArray Matrix Rcpp RcppArmadillo Rhdf5lib SingleCellExperiment SummarizedExperiment]; }; mbkmeans = derive2 { name="mbkmeans"; version="1.4.1"; sha256="0h1phy2nvs4cpg7zm06dwlvm5v60s5029wg2h69p3cqiimciihrm"; depends=[beachmat benchmarkme BiocParallel ClusterR DelayedArray Matrix Rcpp RcppArmadillo Rhdf5lib SingleCellExperiment SummarizedExperiment]; };
mcaGUI = derive2 { name="mcaGUI"; version="1.36.0"; sha256="1b7ww5vd295a5dws1qx5mzsdy95ch81svbk9xcmnjkyp5kjjmlfi"; depends=[bpca foreign lattice MASS OTUbase proto vegan]; }; mcaGUI = derive2 { name="mcaGUI"; version="1.36.0"; sha256="1b7ww5vd295a5dws1qx5mzsdy95ch81svbk9xcmnjkyp5kjjmlfi"; depends=[bpca foreign lattice MASS OTUbase proto vegan]; };
mdgsa = derive2 { name="mdgsa"; version="1.20.0"; sha256="1yv2fvjfmhvs2xdawm8clrsgasvmaiadfja606igrg0vdj4bmpwd"; depends=[AnnotationDbi cluster DBI GO_db KEGG_db Matrix]; }; mdgsa = derive2 { name="mdgsa"; version="1.20.0"; sha256="1yv2fvjfmhvs2xdawm8clrsgasvmaiadfja606igrg0vdj4bmpwd"; depends=[AnnotationDbi cluster DBI GO_db KEGG_db Matrix]; };
mdp = derive2 { name="mdp"; version="1.8.0"; sha256="01dwydhclszzxhd91j4jdvpn88s77bn3dyfpf36q6wx2qzjfql6h"; depends=[ggplot2 gridExtra]; }; mdp = derive2 { name="mdp"; version="1.8.0"; sha256="01dwydhclszzxhd91j4jdvpn88s77bn3dyfpf36q6wx2qzjfql6h"; depends=[ggplot2 gridExtra]; };
@ -1467,7 +1467,7 @@ in with self; {
miRNAmeConverter = derive2 { name="miRNAmeConverter"; version="1.16.0"; sha256="0x83bz4mg4sr3kcjb6kzigyb4w5r3571y0whd77a57baw4n3ywr0"; depends=[AnnotationDbi DBI miRBaseVersions_db reshape2]; }; miRNAmeConverter = derive2 { name="miRNAmeConverter"; version="1.16.0"; sha256="0x83bz4mg4sr3kcjb6kzigyb4w5r3571y0whd77a57baw4n3ywr0"; depends=[AnnotationDbi DBI miRBaseVersions_db reshape2]; };
miRNApath = derive2 { name="miRNApath"; version="1.48.0"; sha256="0r0s1hcq5wqlv0gpizh0abjqnk93fpii1hj4y128qd6fcgf1pkgf"; depends=[]; }; miRNApath = derive2 { name="miRNApath"; version="1.48.0"; sha256="0r0s1hcq5wqlv0gpizh0abjqnk93fpii1hj4y128qd6fcgf1pkgf"; depends=[]; };
miRNAtap = derive2 { name="miRNAtap"; version="1.22.0"; sha256="1bxllfl9nc7hfzc996jlri6sqnydm1hyg1awc253vvxyccvinbn0"; depends=[AnnotationDbi DBI plyr RSQLite sqldf stringr]; }; miRNAtap = derive2 { name="miRNAtap"; version="1.22.0"; sha256="1bxllfl9nc7hfzc996jlri6sqnydm1hyg1awc253vvxyccvinbn0"; depends=[AnnotationDbi DBI plyr RSQLite sqldf stringr]; };
miRSM = derive2 { name="miRSM"; version="1.6.0"; sha256="1n86a4mqkmcb8x3rf5r8dv6lw0iqixgfp8wxraa1dr0syp43rj3g"; depends=[BiBitR BicARE biclust Biobase dbscan dynamicTreeCut energy fabia flashClust GFA GSEABase iBBiG igraph isa2 linkcomm MatrixCorrelation MCL mclust miRspongeR NMF org_Hs_eg_db PMA ppclust Rcpp rqubic runibic s4vd SOMbrero subspace SummarizedExperiment WGCNA]; }; miRSM = derive2 { name="miRSM"; version="1.6.4"; sha256="06c8qygdbzr9yr30wki060bd18bv4a5nawjx0wf8pir4hlznyig8"; depends=[BiBitR BicARE biclust Biobase dbscan dynamicTreeCut energy fabia flashClust GFA GSEABase iBBiG igraph isa2 linkcomm MatrixCorrelation MCL mclust miRspongeR NMF org_Hs_eg_db PMA ppclust Rcpp rqubic s4vd SOMbrero subspace SummarizedExperiment WGCNA]; };
miRcomp = derive2 { name="miRcomp"; version="1.18.0"; sha256="1n5n1sp204a7rzdi3wbmqk2wp997s33kfkijg9i5qzrfj041ndyz"; depends=[Biobase KernSmooth miRcompData]; }; miRcomp = derive2 { name="miRcomp"; version="1.18.0"; sha256="1n5n1sp204a7rzdi3wbmqk2wp997s33kfkijg9i5qzrfj041ndyz"; depends=[Biobase KernSmooth miRcompData]; };
miRmine = derive2 { name="miRmine"; version="1.10.0"; sha256="1fllcmq5vb0fx4yxyrxwzflh5sy5yla8x4h12lb5vhy252c08y3b"; depends=[SummarizedExperiment]; }; miRmine = derive2 { name="miRmine"; version="1.10.0"; sha256="1fllcmq5vb0fx4yxyrxwzflh5sy5yla8x4h12lb5vhy252c08y3b"; depends=[SummarizedExperiment]; };
miRspongeR = derive2 { name="miRspongeR"; version="1.14.0"; sha256="074w9bchvj4il92zdm39agr3l83flizl82x2gcqqnmmj7phcsv8v"; depends=[clusterProfiler corpcor DOSE igraph linkcomm MCL org_Hs_eg_db Rcpp ReactomePA survival varhandle]; }; miRspongeR = derive2 { name="miRspongeR"; version="1.14.0"; sha256="074w9bchvj4il92zdm39agr3l83flizl82x2gcqqnmmj7phcsv8v"; depends=[clusterProfiler corpcor DOSE igraph linkcomm MCL org_Hs_eg_db Rcpp ReactomePA survival varhandle]; };
@ -1480,10 +1480,10 @@ in with self; {
mirIntegrator = derive2 { name="mirIntegrator"; version="1.18.0"; sha256="11k73fabgnzj3b50xxhccqn850gid2d8bkns272yhpi2qj0ip8cx"; depends=[AnnotationDbi ggplot2 graph org_Hs_eg_db Rgraphviz ROntoTools]; }; mirIntegrator = derive2 { name="mirIntegrator"; version="1.18.0"; sha256="11k73fabgnzj3b50xxhccqn850gid2d8bkns272yhpi2qj0ip8cx"; depends=[AnnotationDbi ggplot2 graph org_Hs_eg_db Rgraphviz ROntoTools]; };
missMethyl = derive2 { name="missMethyl"; version="1.22.0"; sha256="0h5m45v0s23a17b8glr5x2pmaz79znillnca7zdr7fvs0da3xdxg"; depends=[AnnotationDbi BiasedUrn Biobase BiocGenerics GenomicRanges GO_db IlluminaHumanMethylation450kanno_ilmn12_hg19 IlluminaHumanMethylation450kmanifest IlluminaHumanMethylationEPICanno_ilm10b4_hg19 IlluminaHumanMethylationEPICmanifest IRanges limma methylumi minfi org_Hs_eg_db ruv S4Vectors statmod stringr SummarizedExperiment]; }; missMethyl = derive2 { name="missMethyl"; version="1.22.0"; sha256="0h5m45v0s23a17b8glr5x2pmaz79znillnca7zdr7fvs0da3xdxg"; depends=[AnnotationDbi BiasedUrn Biobase BiocGenerics GenomicRanges GO_db IlluminaHumanMethylation450kanno_ilmn12_hg19 IlluminaHumanMethylation450kmanifest IlluminaHumanMethylationEPICanno_ilm10b4_hg19 IlluminaHumanMethylationEPICmanifest IRanges limma methylumi minfi org_Hs_eg_db ruv S4Vectors statmod stringr SummarizedExperiment]; };
missRows = derive2 { name="missRows"; version="1.8.0"; sha256="031ahbgpb4808wb6rr3qvaxq2gn3am28kjxcndlwpcwmhd55dpaq"; depends=[ggplot2 gtools MultiAssayExperiment plyr S4Vectors]; }; missRows = derive2 { name="missRows"; version="1.8.0"; sha256="031ahbgpb4808wb6rr3qvaxq2gn3am28kjxcndlwpcwmhd55dpaq"; depends=[ggplot2 gtools MultiAssayExperiment plyr S4Vectors]; };
mitch = derive2 { name="mitch"; version="1.0.8"; sha256="0ym4jpvyxivh82wsf48799am9xcppxnd18xgka7h9v3w1vv3l199"; depends=[beeswarm echarts4r GGally ggplot2 gplots gridExtra knitr MASS pbmcapply plyr reshape2 rmarkdown]; }; mitch = derive2 { name="mitch"; version="1.0.10"; sha256="1qajkgni8pinkh0s95r910zwc50syzwxjdnx23a7imddwpfjca88"; depends=[beeswarm echarts4r GGally ggplot2 gplots gridExtra knitr MASS plyr reshape2 rmarkdown]; };
mitoODE = derive2 { name="mitoODE"; version="1.26.1"; sha256="1iskvlg811dfpzcr6xskw73piwf2ga3wv3c17hgppc66zygc6z3f"; depends=[KernSmooth MASS minpack_lm mitoODEdata]; }; mitoODE = derive2 { name="mitoODE"; version="1.26.1"; sha256="1iskvlg811dfpzcr6xskw73piwf2ga3wv3c17hgppc66zygc6z3f"; depends=[KernSmooth MASS minpack_lm mitoODEdata]; };
mixOmics = derive2 { name="mixOmics"; version="6.12.1"; sha256="13kq9l5xwhwp30y5gfqfh5f11n63vn8rk195mb2y2mww4cwi6lv4"; depends=[corpcor dplyr ellipse ggplot2 gridExtra igraph lattice MASS matrixStats rARPACK RColorBrewer reshape2 tidyr]; }; mixOmics = derive2 { name="mixOmics"; version="6.12.2"; sha256="1nkqlvm9j1f4vfj3f3kyxqgan38rpa9imimvl9pwivvsfl647vvc"; depends=[corpcor dplyr ellipse ggplot2 gridExtra igraph lattice MASS matrixStats rARPACK RColorBrewer reshape2 tidyr]; };
mnem = derive2 { name="mnem"; version="1.4.1"; sha256="1nq01w5kzd1w065k4iwnr6badk2gwmgby1zqn9c2fh74hcsr32d8"; depends=[cluster data_table e1071 flexclust graph lattice Linnorm matrixStats naturalsort Rcpp RcppEigen Rgraphviz snowfall tsne]; }; mnem = derive2 { name="mnem"; version="1.4.5"; sha256="1arbsisinygjxhg94j74np4bmjv3yrpba08xdgm31b9ip6nkyb7g"; depends=[cluster data_table e1071 flexclust graph lattice Linnorm matrixStats naturalsort Rcpp RcppEigen Rgraphviz snowfall tsne]; };
mogsa = derive2 { name="mogsa"; version="1.22.1"; sha256="0gzi0j6cx6scb3gcc8xgv117yzma79cgllyklss8wrb97l1w8nvz"; depends=[Biobase BiocGenerics cluster corpcor genefilter gplots graphite GSEABase svd]; }; mogsa = derive2 { name="mogsa"; version="1.22.1"; sha256="0gzi0j6cx6scb3gcc8xgv117yzma79cgllyklss8wrb97l1w8nvz"; depends=[Biobase BiocGenerics cluster corpcor genefilter gplots graphite GSEABase svd]; };
monocle = derive2 { name="monocle"; version="2.16.0"; sha256="1vziidavlyhixmx6j7lf29qx8xcjwrc9q3x2f63gcff41q3jf9xd"; depends=[Biobase BiocGenerics biocViews cluster combinat DDRTree densityClust dplyr fastICA ggplot2 HSMMSingleCell igraph irlba limma MASS Matrix matrixStats pheatmap plyr proxy qlcMatrix RANN Rcpp reshape2 Rtsne slam stringr tibble VGAM viridis]; }; monocle = derive2 { name="monocle"; version="2.16.0"; sha256="1vziidavlyhixmx6j7lf29qx8xcjwrc9q3x2f63gcff41q3jf9xd"; depends=[Biobase BiocGenerics biocViews cluster combinat DDRTree densityClust dplyr fastICA ggplot2 HSMMSingleCell igraph irlba limma MASS Matrix matrixStats pheatmap plyr proxy qlcMatrix RANN Rcpp reshape2 Rtsne slam stringr tibble VGAM viridis]; };
mosaics = derive2 { name="mosaics"; version="2.26.0"; sha256="1n5s8j7v1l619msnxfg88rpkgm2kcldm4y1v491h1bnxw336gyjn"; depends=[GenomeInfoDb GenomicAlignments GenomicRanges IRanges lattice MASS Rcpp Rsamtools S4Vectors]; }; mosaics = derive2 { name="mosaics"; version="2.26.0"; sha256="1n5s8j7v1l619msnxfg88rpkgm2kcldm4y1v491h1bnxw336gyjn"; depends=[GenomeInfoDb GenomicAlignments GenomicRanges IRanges lattice MASS Rcpp Rsamtools S4Vectors]; };
@ -1493,8 +1493,8 @@ in with self; {
motifcounter = derive2 { name="motifcounter"; version="1.12.0"; sha256="082hc9g08qsc659wcq8kazaghd9japichvdb6821cfm2vwafc93a"; depends=[Biostrings]; }; motifcounter = derive2 { name="motifcounter"; version="1.12.0"; sha256="082hc9g08qsc659wcq8kazaghd9japichvdb6821cfm2vwafc93a"; depends=[Biostrings]; };
motifmatchr = derive2 { name="motifmatchr"; version="1.10.0"; sha256="145d9nykhzaf9kr30iq38c9yyv2pn459b7q4ypfmgi1g302lxfxz"; depends=[Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges Matrix Rcpp RcppArmadillo Rsamtools S4Vectors SummarizedExperiment TFBSTools]; }; motifmatchr = derive2 { name="motifmatchr"; version="1.10.0"; sha256="145d9nykhzaf9kr30iq38c9yyv2pn459b7q4ypfmgi1g302lxfxz"; depends=[Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges Matrix Rcpp RcppArmadillo Rsamtools S4Vectors SummarizedExperiment TFBSTools]; };
mpra = derive2 { name="mpra"; version="1.10.0"; sha256="1p12skbhgi4r1xcmg0fbf7696y9694r1ih95pi85xv5vjqwp1jx0"; depends=[BiocGenerics limma S4Vectors scales statmod SummarizedExperiment]; }; mpra = derive2 { name="mpra"; version="1.10.0"; sha256="1p12skbhgi4r1xcmg0fbf7696y9694r1ih95pi85xv5vjqwp1jx0"; depends=[BiocGenerics limma S4Vectors scales statmod SummarizedExperiment]; };
msPurity = derive2 { name="msPurity"; version="1.14.0"; sha256="0r59bv8bj4165vnwdck51fyz544krwchzf5hx9fk0sbjbgzmm4hs"; depends=[DBI dbplyr doSNOW dplyr fastcluster foreach ggplot2 jsonlite magrittr mzR plyr Rcpp reshape2 RSQLite stringr uuid]; }; msPurity = derive2 { name="msPurity"; version="1.14.1"; sha256="0fgy4k823xz85g03758hzhvsfmyqr7r543n52mb9lypz3h6pqarz"; depends=[DBI dbplyr doSNOW dplyr fastcluster foreach ggplot2 jsonlite magrittr mzR plyr Rcpp reshape2 RSQLite stringr uuid]; };
msa = derive2 { name="msa"; version="1.20.0"; sha256="1dq75smsh5jhz95azi7xzmcnpqwhc06g0ncmpg84dyjvs5wsigcq"; depends=[BiocGenerics Biostrings IRanges Rcpp S4Vectors]; }; msa = derive2 { name="msa"; version="1.20.1"; sha256="027l9kvhf6y8rh8hb9lg0g2qdjvyk4fsdpm35g7y5zc5y75p8cv5"; depends=[BiocGenerics Biostrings IRanges Rcpp S4Vectors]; };
msgbsR = derive2 { name="msgbsR"; version="1.12.0"; sha256="0v86y2ivzy0b4zrwcmy0vagnqms2735r552a6z1md2hx6lh9k2qi"; depends=[BSgenome easyRNASeq edgeR GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggbio ggplot2 IRanges plyr R_utils Rsamtools S4Vectors SummarizedExperiment]; }; msgbsR = derive2 { name="msgbsR"; version="1.12.0"; sha256="0v86y2ivzy0b4zrwcmy0vagnqms2735r552a6z1md2hx6lh9k2qi"; depends=[BSgenome easyRNASeq edgeR GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggbio ggplot2 IRanges plyr R_utils Rsamtools S4Vectors SummarizedExperiment]; };
msmsEDA = derive2 { name="msmsEDA"; version="1.26.0"; sha256="02fm1z9fidmhkkhijxmjzhzl2kmahif24gcllhfjc2g191kbwns2"; depends=[gplots MASS MSnbase RColorBrewer]; }; msmsEDA = derive2 { name="msmsEDA"; version="1.26.0"; sha256="02fm1z9fidmhkkhijxmjzhzl2kmahif24gcllhfjc2g191kbwns2"; depends=[gplots MASS MSnbase RColorBrewer]; };
msmsTests = derive2 { name="msmsTests"; version="1.26.0"; sha256="0vg8523kwc3xals6ghja6z2rdcc0q8nzdh2h2637b6clkbs0g1cy"; depends=[edgeR msmsEDA MSnbase qvalue]; }; msmsTests = derive2 { name="msmsTests"; version="1.26.0"; sha256="0vg8523kwc3xals6ghja6z2rdcc0q8nzdh2h2637b6clkbs0g1cy"; depends=[edgeR msmsEDA MSnbase qvalue]; };
@ -1514,14 +1514,14 @@ in with self; {
ncGTW = derive2 { name="ncGTW"; version="1.2.0"; sha256="19qlxpwc0ir5bvwnls8k87lv7mrp8aa1kly627vy8326na9f8la9"; depends=[BiocParallel Rcpp xcms]; }; ncGTW = derive2 { name="ncGTW"; version="1.2.0"; sha256="19qlxpwc0ir5bvwnls8k87lv7mrp8aa1kly627vy8326na9f8la9"; depends=[BiocParallel Rcpp xcms]; };
ncdfFlow = derive2 { name="ncdfFlow"; version="2.34.0"; sha256="0avxn2abh4fk1gkncrxz7jwzgvd90m3m0ly318q0z38cjhsw3j9f"; depends=[BH Biobase BiocGenerics flowCore Rcpp RcppArmadillo Rhdf5lib zlibbioc]; }; ncdfFlow = derive2 { name="ncdfFlow"; version="2.34.0"; sha256="0avxn2abh4fk1gkncrxz7jwzgvd90m3m0ly318q0z38cjhsw3j9f"; depends=[BH Biobase BiocGenerics flowCore Rcpp RcppArmadillo Rhdf5lib zlibbioc]; };
ndexr = derive2 { name="ndexr"; version="1.10.0"; sha256="11zzh4p9gj5srkmv5gx563s58q0n9hs84pw5szb6xs5jkfx85jy9"; depends=[httr igraph jsonlite plyr tidyr]; }; ndexr = derive2 { name="ndexr"; version="1.10.0"; sha256="11zzh4p9gj5srkmv5gx563s58q0n9hs84pw5szb6xs5jkfx85jy9"; depends=[httr igraph jsonlite plyr tidyr]; };
netDx = derive2 { name="netDx"; version="1.0.3"; sha256="0zl3fjgl88lgkn4bb3dz8mhaz1cl31mjhpiklh99p972idi3mk6q"; depends=[bigmemory BiocFileCache combinat doParallel foreach GenomeInfoDb GenomicRanges ggplot2 glmnet igraph IRanges MultiAssayExperiment pracma rappdirs RColorBrewer RCy3 reshape2 ROCR S4Vectors]; }; netDx = derive2 { name="netDx"; version="1.0.4"; sha256="1adn2gh5am1x61s3waiar7zivisbg46vmjnccfqg488d41minj82"; depends=[bigmemory BiocFileCache clusterExperiment combinat doParallel foreach GenomeInfoDb GenomicRanges ggplot2 glmnet igraph IRanges MultiAssayExperiment netSmooth pracma rappdirs RColorBrewer RCy3 reshape2 ROCR Rtsne S4Vectors scater]; };
netReg = derive2 { name="netReg"; version="1.11.0"; sha256="08caaspcjgmczawmp5ng6xl5lsp1nbwc72mww69isx9bnx25vn21"; depends=[Rcpp RcppArmadillo]; }; netReg = derive2 { name="netReg"; version="1.11.0"; sha256="08caaspcjgmczawmp5ng6xl5lsp1nbwc72mww69isx9bnx25vn21"; depends=[Rcpp RcppArmadillo]; };
netSmooth = derive2 { name="netSmooth"; version="1.8.0"; sha256="13ypki31mq03kxg30hcpj2p5nf5fjhr779mfyynx9dzzm6jq9kf4"; depends=[cluster clusterExperiment data_table DelayedArray entropy HDF5Array Matrix scater SingleCellExperiment SummarizedExperiment]; }; netSmooth = derive2 { name="netSmooth"; version="1.8.0"; sha256="13ypki31mq03kxg30hcpj2p5nf5fjhr779mfyynx9dzzm6jq9kf4"; depends=[cluster clusterExperiment data_table DelayedArray entropy HDF5Array Matrix scater SingleCellExperiment SummarizedExperiment]; };
netbenchmark = derive2 { name="netbenchmark"; version="1.19.0"; sha256="13ni8hi5n4arp5p12ximw04my79vckadjamadxj63rlmkknff6sp"; depends=[c3net corpcor fdrtool GeneNet GENIE3 grndata Matrix minet pracma Rcpp]; }; netbenchmark = derive2 { name="netbenchmark"; version="1.19.0"; sha256="13ni8hi5n4arp5p12ximw04my79vckadjamadxj63rlmkknff6sp"; depends=[c3net corpcor fdrtool GeneNet GENIE3 grndata Matrix minet pracma Rcpp]; };
netbiov = derive2 { name="netbiov"; version="1.22.0"; sha256="03c2v8ihlrk6v0wqkdy047p6nf7iwaal4s0mm5l4hcjihalsg1pl"; depends=[igraph]; }; netbiov = derive2 { name="netbiov"; version="1.22.0"; sha256="03c2v8ihlrk6v0wqkdy047p6nf7iwaal4s0mm5l4hcjihalsg1pl"; depends=[igraph]; };
netboost = derive2 { name="netboost"; version="1.4.0"; sha256="190zwyfadlqz162qp08dbrvnznm5p1zbfjm8xm8p510jmsb2fxkl"; depends=[colorspace dynamicTreeCut impute R_utils Rcpp RcppParallel WGCNA]; }; netboost = derive2 { name="netboost"; version="1.4.0"; sha256="190zwyfadlqz162qp08dbrvnznm5p1zbfjm8xm8p510jmsb2fxkl"; depends=[colorspace dynamicTreeCut impute R_utils Rcpp RcppParallel WGCNA]; };
netboxr = derive2 { name="netboxr"; version="1.0.0"; sha256="1ljl61dy5wx5rm2zw8s2da69x23sp63wf4c5s79jg6khywmbsi6c"; depends=[clusterProfiler data_table DT gplots igraph jsonlite plyr]; }; netboxr = derive2 { name="netboxr"; version="1.0.1"; sha256="1c496av5h6iqsvbl6dd1xh8yrcy8vw5l12wnmxn8jjjxl7fgwfdx"; depends=[clusterProfiler data_table DT gplots igraph jsonlite plyr RColorBrewer]; };
nethet = derive2 { name="nethet"; version="1.20.0"; sha256="0d96nmyzihzhv8vg81hmdspz2cj6pc7gib3z7r810fzab8mfgivd"; depends=[CompQuadForm GeneNet ggm ggplot2 glasso glmnet GSA huge ICSNP limma mclust multtest mvtnorm network]; }; nethet = derive2 { name="nethet"; version="1.20.1"; sha256="025ylsxvqdz50bggzmcf535fhflj29flic49956hygpf0mjyiqh6"; depends=[CompQuadForm GeneNet ggm ggplot2 glasso glmnet GSA huge ICSNP limma mclust multtest mvtnorm network]; };
netprioR = derive2 { name="netprioR"; version="1.14.0"; sha256="0qwbz1pjyppwvf5sfd14n9q5w2hpn8ns5pdgl16fj1w1y3nnih2q"; depends=[doParallel dplyr foreach ggplot2 gridExtra Matrix pROC sparseMVN]; }; netprioR = derive2 { name="netprioR"; version="1.14.0"; sha256="0qwbz1pjyppwvf5sfd14n9q5w2hpn8ns5pdgl16fj1w1y3nnih2q"; depends=[doParallel dplyr foreach ggplot2 gridExtra Matrix pROC sparseMVN]; };
netresponse = derive2 { name="netresponse"; version="1.48.0"; sha256="0sdly4lba4yyqxqdkx45zvj2p3179llkkf65i62wp9p01pc0xgpa"; depends=[dmt ggplot2 graph igraph mclust minet plyr qvalue RColorBrewer reshape2 Rgraphviz]; }; netresponse = derive2 { name="netresponse"; version="1.48.0"; sha256="0sdly4lba4yyqxqdkx45zvj2p3179llkkf65i62wp9p01pc0xgpa"; depends=[dmt ggplot2 graph igraph mclust minet plyr qvalue RColorBrewer reshape2 Rgraphviz]; };
networkBMA = derive2 { name="networkBMA"; version="2.28.0"; sha256="0pymqhmrwmbkdvjaf0wk6wqgv3lbkmsw6g21nqm6vjvilf2rgcl9"; depends=[BH BMA leaps Rcpp RcppArmadillo RcppEigen]; }; networkBMA = derive2 { name="networkBMA"; version="2.28.0"; sha256="0pymqhmrwmbkdvjaf0wk6wqgv3lbkmsw6g21nqm6vjvilf2rgcl9"; depends=[BH BMA leaps Rcpp RcppArmadillo RcppEigen]; };
@ -1545,14 +1545,14 @@ in with self; {
oncomix = derive2 { name="oncomix"; version="1.10.0"; sha256="0hxbagxra2630yjl858prlijgcyq1v4qz7aq0b78vrwpcrnv5rqj"; depends=[ggplot2 ggrepel mclust RColorBrewer SummarizedExperiment]; }; oncomix = derive2 { name="oncomix"; version="1.10.0"; sha256="0hxbagxra2630yjl858prlijgcyq1v4qz7aq0b78vrwpcrnv5rqj"; depends=[ggplot2 ggrepel mclust RColorBrewer SummarizedExperiment]; };
oneSENSE = derive2 { name="oneSENSE"; version="1.10.0"; sha256="0zd6xwrggsc4p66f8dm387mlpwficxa8zl880xprkqsia74g7m2k"; depends=[flowCore gplots plotly Rtsne scatterplot3d shiny shinyFiles webshot]; }; oneSENSE = derive2 { name="oneSENSE"; version="1.10.0"; sha256="0zd6xwrggsc4p66f8dm387mlpwficxa8zl880xprkqsia74g7m2k"; depends=[flowCore gplots plotly Rtsne scatterplot3d shiny shinyFiles webshot]; };
onlineFDR = derive2 { name="onlineFDR"; version="1.6.0"; sha256="1laqprlxbfy8lfdcihsbqvwzi5gwvgwz5d7ihri77nvddild9swr"; depends=[]; }; onlineFDR = derive2 { name="onlineFDR"; version="1.6.0"; sha256="1laqprlxbfy8lfdcihsbqvwzi5gwvgwz5d7ihri77nvddild9swr"; depends=[]; };
ontoProc = derive2 { name="ontoProc"; version="1.10.0"; sha256="1iwq1wi1qnq10594hdd9pkhc4srzwvsw0fk7mzfaygjzg9ppd369"; depends=[AnnotationDbi Biobase dplyr DT graph magrittr ontologyIndex ontologyPlot Rgraphviz S4Vectors shiny]; }; ontoProc = derive2 { name="ontoProc"; version="1.10.1"; sha256="0fm53qm1qq4nf4669j5ls9440jg8hhhyn1wkm5sjglg2avz4xb19"; depends=[AnnotationDbi Biobase dplyr DT graph magrittr ontologyIndex ontologyPlot Rgraphviz S4Vectors shiny]; };
openCyto = derive2 { name="openCyto"; version="2.0.0"; sha256="10dyd6dddskv70vhpwfbsqdb8pb9i3ka0fgvl1h51wqlckbsj89m"; depends=[Biobase BiocGenerics clue data_table flowClust flowCore flowStats flowViz flowWorkspace graph gtools ks lattice MASS ncdfFlow plyr R_utils RBGL RColorBrewer Rcpp rrcov]; }; openCyto = derive2 { name="openCyto"; version="2.0.0"; sha256="10dyd6dddskv70vhpwfbsqdb8pb9i3ka0fgvl1h51wqlckbsj89m"; depends=[Biobase BiocGenerics clue data_table flowClust flowCore flowStats flowViz flowWorkspace graph gtools ks lattice MASS ncdfFlow plyr R_utils RBGL RColorBrewer Rcpp rrcov]; };
openPrimeR = derive2 { name="openPrimeR"; version="1.10.4"; sha256="1hv2q37s6f1ns17jhcqnlwk2arqd2ikwy4ncp3fbzc3xwlqc7qwb"; depends=[ape BiocGenerics Biostrings DECIPHER digest distr distrEx dplyr fitdistrplus foreach GenomicRanges ggplot2 Hmisc IRanges lpSolveAPI magrittr openxlsx plyr RColorBrewer reshape2 S4Vectors scales seqinr stringdist stringr uniqtag XML]; }; openPrimeR = derive2 { name="openPrimeR"; version="1.10.4"; sha256="1hv2q37s6f1ns17jhcqnlwk2arqd2ikwy4ncp3fbzc3xwlqc7qwb"; depends=[ape BiocGenerics Biostrings DECIPHER digest distr distrEx dplyr fitdistrplus foreach GenomicRanges ggplot2 Hmisc IRanges lpSolveAPI magrittr openxlsx plyr RColorBrewer reshape2 S4Vectors scales seqinr stringdist stringr uniqtag XML]; };
openPrimeRui = derive2 { name="openPrimeRui"; version="1.10.0"; sha256="0vx3fba6faczqv3m5zaw53md9d6j0sm0c2n4w5gr5skyyhqfwpy6"; depends=[DT openPrimeR rmarkdown shiny shinyBS shinyjs]; }; openPrimeRui = derive2 { name="openPrimeRui"; version="1.10.0"; sha256="0vx3fba6faczqv3m5zaw53md9d6j0sm0c2n4w5gr5skyyhqfwpy6"; depends=[DT openPrimeR rmarkdown shiny shinyBS shinyjs]; };
oposSOM = derive2 { name="oposSOM"; version="2.6.0"; sha256="1dickvmach4vm3553l4xxkgbmbn7pjvafcsg0bpf6b03w1nb5rdg"; depends=[ape Biobase biomaRt fastICA fdrtool igraph pixmap Rcpp RcppParallel scatterplot3d tsne]; }; oposSOM = derive2 { name="oposSOM"; version="2.6.0"; sha256="1dickvmach4vm3553l4xxkgbmbn7pjvafcsg0bpf6b03w1nb5rdg"; depends=[ape Biobase biomaRt fastICA fdrtool igraph pixmap Rcpp RcppParallel scatterplot3d tsne]; };
oppar = derive2 { name="oppar"; version="1.16.0"; sha256="0k8r8a11x4ckjc14fxy84jw9dn2kj2k9m1x1wpbs4hzfj013yk9q"; depends=[Biobase GSEABase GSVA]; }; oppar = derive2 { name="oppar"; version="1.16.0"; sha256="0k8r8a11x4ckjc14fxy84jw9dn2kj2k9m1x1wpbs4hzfj013yk9q"; depends=[Biobase GSEABase GSVA]; };
oppti = derive2 { name="oppti"; version="1.2.0"; sha256="0v8mrdz1li7g1g827h0m4gbhpxmz1qffhpczmyw7pxd6467c15yp"; depends=[devtools ggplot2 knitr limma pheatmap RColorBrewer reshape]; }; oppti = derive2 { name="oppti"; version="1.2.0"; sha256="0v8mrdz1li7g1g827h0m4gbhpxmz1qffhpczmyw7pxd6467c15yp"; depends=[devtools ggplot2 knitr limma pheatmap RColorBrewer reshape]; };
optimalFlow = derive2 { name="optimalFlow"; version="1.0.0"; sha256="072mqa8lhihzd238qy7zqv4fsrcd0v5affhr7wsdx8xp1gsikx9f"; depends=[dbscan doParallel dplyr ellipse flowMeans foreach optimalFlowData randomForest Rfast rgl rlang robustbase transport]; }; optimalFlow = derive2 { name="optimalFlow"; version="1.0.1"; sha256="0jzaq9f4r631d0a3przf42sg19p4ssblb48v9x5dry3nxnjch59s"; depends=[dbscan doParallel dplyr ellipse flowMeans foreach optimalFlowData randomForest Rfast rgl rlang robustbase transport]; };
pRoloc = derive2 { name="pRoloc"; version="1.28.0"; sha256="0g2ji5cx3wxvni2rf2y1np7fha4yvcx6rzg2arkrhsgqnh731kv4"; depends=[Biobase BiocGenerics BiocParallel biomaRt caret class coda dendextend e1071 FNN ggplot2 gtools hexbin kernlab knitr LaplacesDemon lattice MASS mclust mixtools MLInterfaces MSnbase mvtnorm nnet plyr proxy randomForest RColorBrewer Rcpp RcppArmadillo sampling scales]; }; pRoloc = derive2 { name="pRoloc"; version="1.28.0"; sha256="0g2ji5cx3wxvni2rf2y1np7fha4yvcx6rzg2arkrhsgqnh731kv4"; depends=[Biobase BiocGenerics BiocParallel biomaRt caret class coda dendextend e1071 FNN ggplot2 gtools hexbin kernlab knitr LaplacesDemon lattice MASS mclust mixtools MLInterfaces MSnbase mvtnorm nnet plyr proxy randomForest RColorBrewer Rcpp RcppArmadillo sampling scales]; };
pRolocGUI = derive2 { name="pRolocGUI"; version="1.22.0"; sha256="1c22zfkk8ww4h79mfwig5x177gnqb73y136d5vjjylgpxvrsd20a"; depends=[Biobase dplyr DT ggplot2 MSnbase pRoloc scales shiny]; }; pRolocGUI = derive2 { name="pRolocGUI"; version="1.22.0"; sha256="1c22zfkk8ww4h79mfwig5x177gnqb73y136d5vjjylgpxvrsd20a"; depends=[Biobase dplyr DT ggplot2 MSnbase pRoloc scales shiny]; };
packFinder = derive2 { name="packFinder"; version="1.0.0"; sha256="1zd991v8ni6qid2prd2i8yqnzcp9v008c7x8xah77ci9aslq8wzn"; depends=[ape Biostrings GenomicRanges IRanges kmer S4Vectors]; }; packFinder = derive2 { name="packFinder"; version="1.0.0"; sha256="1zd991v8ni6qid2prd2i8yqnzcp9v008c7x8xah77ci9aslq8wzn"; depends=[ape Biostrings GenomicRanges IRanges kmer S4Vectors]; };
@ -1622,7 +1622,7 @@ in with self; {
progeny = derive2 { name="progeny"; version="1.10.0"; sha256="09rq3nf9zm7w9djmx8xc8j3win3597p2v36zqgkhgkjwq5rkjgsh"; depends=[Biobase dplyr ggplot2 ggrepel gridExtra tidyr]; }; progeny = derive2 { name="progeny"; version="1.10.0"; sha256="09rq3nf9zm7w9djmx8xc8j3win3597p2v36zqgkhgkjwq5rkjgsh"; depends=[Biobase dplyr ggplot2 ggrepel gridExtra tidyr]; };
projectR = derive2 { name="projectR"; version="1.4.0"; sha256="1xn8kfxw6g1mq53yp8380p401lxwff6j0z5px6iq0ssajrl7md67"; depends=[cluster CoGAPS dplyr ggalluvial ggplot2 limma NMF RColorBrewer reshape2 ROCR scales viridis]; }; projectR = derive2 { name="projectR"; version="1.4.0"; sha256="1xn8kfxw6g1mq53yp8380p401lxwff6j0z5px6iq0ssajrl7md67"; depends=[cluster CoGAPS dplyr ggalluvial ggplot2 limma NMF RColorBrewer reshape2 ROCR scales viridis]; };
proteinProfiles = derive2 { name="proteinProfiles"; version="1.28.0"; sha256="0qdax0xq0hw6im9f9ai8k230gin66vnba23i132d8mg0hlh4aic6"; depends=[]; }; proteinProfiles = derive2 { name="proteinProfiles"; version="1.28.0"; sha256="0qdax0xq0hw6im9f9ai8k230gin66vnba23i132d8mg0hlh4aic6"; depends=[]; };
psichomics = derive2 { name="psichomics"; version="1.14.2"; sha256="1rgi89van6h8wkwhflkf9k79jxh4cz6wmrh897nqg0l330sdw7q0"; depends=[AnnotationDbi AnnotationHub BiocFileCache cluster colourpicker data_table digest dplyr DT edgeR fastICA fastmatch ggplot2 ggrepel highcharter htmltools httr jsonlite limma org_Hs_eg_db pairsD3 plyr R_utils Rcpp recount reshape2 Rfast shiny shinyBS shinyjs stringr SummarizedExperiment survival XML xtable]; }; psichomics = derive2 { name="psichomics"; version="1.14.4"; sha256="11bbk8k29bppd0fx5piqm5h17451bvn1nmsvchaldnrm0wj4bcah"; depends=[AnnotationDbi AnnotationHub BiocFileCache cluster colourpicker data_table digest dplyr DT edgeR fastICA fastmatch ggplot2 ggrepel highcharter htmltools httr jsonlite limma org_Hs_eg_db pairsD3 plyr R_utils Rcpp recount reshape2 Rfast shiny shinyBS shinyjs stringr SummarizedExperiment survival XML xtable]; };
psygenet2r = derive2 { name="psygenet2r"; version="1.20.0"; sha256="1321yih217rqspfxi829p6ymdda10d1q0vk1vkn0dj5721c4p1sg"; depends=[BgeeDB Biobase BiocManager biomaRt ggplot2 GO_db igraph labeling RCurl reshape2 stringr topGO]; }; psygenet2r = derive2 { name="psygenet2r"; version="1.20.0"; sha256="1321yih217rqspfxi829p6ymdda10d1q0vk1vkn0dj5721c4p1sg"; depends=[BgeeDB Biobase BiocManager biomaRt ggplot2 GO_db igraph labeling RCurl reshape2 stringr topGO]; };
pulsedSilac = derive2 { name="pulsedSilac"; version="1.2.0"; sha256="13isv3ip1ia5z09sa3fydcf5736ymlm1d00iy0p5b8m38g7znryv"; depends=[cowplot ggplot2 ggridges MuMIn R_utils robustbase S4Vectors SummarizedExperiment taRifx UpSetR]; }; pulsedSilac = derive2 { name="pulsedSilac"; version="1.2.0"; sha256="13isv3ip1ia5z09sa3fydcf5736ymlm1d00iy0p5b8m38g7znryv"; depends=[cowplot ggplot2 ggridges MuMIn R_utils robustbase S4Vectors SummarizedExperiment taRifx UpSetR]; };
puma = derive2 { name="puma"; version="3.30.0"; sha256="02qdjc64ad5h564p1q06fr5pj4dx0lwbk06kf73jlzv0xzsqzlym"; depends=[affy affyio Biobase mclust oligo oligoClasses]; }; puma = derive2 { name="puma"; version="3.30.0"; sha256="02qdjc64ad5h564p1q06fr5pj4dx0lwbk06kf73jlzv0xzsqzlym"; depends=[affy affyio Biobase mclust oligo oligoClasses]; };
@ -1654,20 +1654,20 @@ in with self; {
rTANDEM = derive2 { name="rTANDEM"; version="1.27.0"; sha256="095nqny8nzh3400b4l2npgxy4jwg4vq3j6zircipyr7qz6qd61fs"; depends=[data_table Rcpp XML]; }; rTANDEM = derive2 { name="rTANDEM"; version="1.27.0"; sha256="095nqny8nzh3400b4l2npgxy4jwg4vq3j6zircipyr7qz6qd61fs"; depends=[data_table Rcpp XML]; };
rTRM = derive2 { name="rTRM"; version="1.26.0"; sha256="0ah6idnvxdyq9wq06ja6nkswl6prg0n3yfnbag4hnr9vz7dw1xbf"; depends=[AnnotationDbi DBI igraph RSQLite]; }; rTRM = derive2 { name="rTRM"; version="1.26.0"; sha256="0ah6idnvxdyq9wq06ja6nkswl6prg0n3yfnbag4hnr9vz7dw1xbf"; depends=[AnnotationDbi DBI igraph RSQLite]; };
rTRMui = derive2 { name="rTRMui"; version="1.26.0"; sha256="1bwqd31pp9b27r7ckw3ixm06vbajljby42d9w6fffl7sl464qbnf"; depends=[MotifDb org_Hs_eg_db org_Mm_eg_db rTRM shiny]; }; rTRMui = derive2 { name="rTRMui"; version="1.26.0"; sha256="1bwqd31pp9b27r7ckw3ixm06vbajljby42d9w6fffl7sl464qbnf"; depends=[MotifDb org_Hs_eg_db org_Mm_eg_db rTRM shiny]; };
rWikiPathways = derive2 { name="rWikiPathways"; version="1.8.3"; sha256="0ymjmnmz3lffjz6js2xdz0qfqrvmz33yb0d58ssdwfjf9nq0gx38"; depends=[data_table httr rjson tidyr XML]; }; rWikiPathways = derive2 { name="rWikiPathways"; version="1.8.5"; sha256="08mrwmkd0lb9psp42c8252gg835q2ydyjw4mlaw9r8hq92hc0912"; depends=[data_table httr rjson tidyr XML]; };
rain = derive2 { name="rain"; version="1.22.0"; sha256="1sgz52j08y35828rpb46iv25k62yw70bqw3qp5l9nj7kbkqrvjqw"; depends=[gmp multtest]; }; rain = derive2 { name="rain"; version="1.22.0"; sha256="1sgz52j08y35828rpb46iv25k62yw70bqw3qp5l9nj7kbkqrvjqw"; depends=[gmp multtest]; };
rama = derive2 { name="rama"; version="1.62.0"; sha256="1cir9jp0ma4afj427n1k0w8g41mqglbswhmb3q3hsc9dg4skcl1x"; depends=[]; }; rama = derive2 { name="rama"; version="1.62.0"; sha256="1cir9jp0ma4afj427n1k0w8g41mqglbswhmb3q3hsc9dg4skcl1x"; depends=[]; };
ramwas = derive2 { name="ramwas"; version="1.12.0"; sha256="134lalqnqqphc13glh460za2anbcgysfd5dci9iyb7sykmil3cl4"; depends=[BiocGenerics biomaRt Biostrings digest filematrix GenomicAlignments glmnet KernSmooth Rsamtools]; }; ramwas = derive2 { name="ramwas"; version="1.12.0"; sha256="134lalqnqqphc13glh460za2anbcgysfd5dci9iyb7sykmil3cl4"; depends=[BiocGenerics biomaRt Biostrings digest filematrix GenomicAlignments glmnet KernSmooth Rsamtools]; };
randPack = derive2 { name="randPack"; version="1.34.0"; sha256="1qvnk0bl3wkk23a3h50khjbbnf7yhcqc6sr7yf5nnill0d1rqk1h"; depends=[Biobase]; }; randPack = derive2 { name="randPack"; version="1.34.0"; sha256="1qvnk0bl3wkk23a3h50khjbbnf7yhcqc6sr7yf5nnill0d1rqk1h"; depends=[Biobase]; };
randRotation = derive2 { name="randRotation"; version="1.0.0"; sha256="0maz3h4p7z08z6qifh3qkcj5nb92q2naa8hg71a2109qqbifl04r"; depends=[Rdpack]; }; randRotation = derive2 { name="randRotation"; version="1.0.0"; sha256="0maz3h4p7z08z6qifh3qkcj5nb92q2naa8hg71a2109qqbifl04r"; depends=[Rdpack]; };
rbsurv = derive2 { name="rbsurv"; version="2.46.0"; sha256="13l4llcgic3z56vz1rf17k8v958193bj93dapapibjrj384mhfck"; depends=[Biobase survival]; }; rbsurv = derive2 { name="rbsurv"; version="2.46.0"; sha256="13l4llcgic3z56vz1rf17k8v958193bj93dapapibjrj384mhfck"; depends=[Biobase survival]; };
rcellminer = derive2 { name="rcellminer"; version="2.10.0"; sha256="0vzsw24jbsvnjcb5ia814jnw1zgy3h7j1g54zqwivmpq1pidcni7"; depends=[Biobase ggplot2 gplots rcellminerData shiny stringr]; }; rcellminer = derive2 { name="rcellminer"; version="2.10.2"; sha256="0y6d6i0djc6slr5rg6dc0bw5aml03cc53h2x4xak2a6aaa8xajs1"; depends=[Biobase ggplot2 gplots rcellminerData shiny stringr]; };
reb = derive2 { name="reb"; version="1.65.0"; sha256="0id6acnzaqahrn2gax8zy07hrk8dnpzbb7n8aki4qadggn2i7fl6"; depends=[Biobase idiogram]; }; reb = derive2 { name="reb"; version="1.65.0"; sha256="0id6acnzaqahrn2gax8zy07hrk8dnpzbb7n8aki4qadggn2i7fl6"; depends=[Biobase idiogram]; };
receptLoss = derive2 { name="receptLoss"; version="1.0.0"; sha256="0r74bfgjyikg9z7bnr933cc1s4x2jipam1ygx3wx86f5s39srvr3"; depends=[dplyr ggplot2 magrittr SummarizedExperiment tidyr]; }; receptLoss = derive2 { name="receptLoss"; version="1.0.0"; sha256="0r74bfgjyikg9z7bnr933cc1s4x2jipam1ygx3wx86f5s39srvr3"; depends=[dplyr ggplot2 magrittr SummarizedExperiment tidyr]; };
reconsi = derive2 { name="reconsi"; version="1.0.0"; sha256="1xzmzi22mrwslbar1clh253vyv3hv427dbb7rhjqn5z4vib6piz9"; depends=[ggplot2 KernSmooth MASS phyloseq reshape2]; }; reconsi = derive2 { name="reconsi"; version="1.0.0"; sha256="1xzmzi22mrwslbar1clh253vyv3hv427dbb7rhjqn5z4vib6piz9"; depends=[ggplot2 KernSmooth MASS phyloseq reshape2]; };
recount = derive2 { name="recount"; version="1.14.0"; sha256="1x5wyml3hmpgs32f97hikm8h0150nj66ai7ldqpsn600fx2qivy8"; depends=[BiocParallel derfinder downloader GenomeInfoDb GenomicRanges GEOquery IRanges RCurl rentrez rtracklayer S4Vectors SummarizedExperiment]; }; recount = derive2 { name="recount"; version="1.14.0"; sha256="1x5wyml3hmpgs32f97hikm8h0150nj66ai7ldqpsn600fx2qivy8"; depends=[BiocParallel derfinder downloader GenomeInfoDb GenomicRanges GEOquery IRanges RCurl rentrez rtracklayer S4Vectors SummarizedExperiment]; };
recoup = derive2 { name="recoup"; version="1.16.0"; sha256="0wv5s62mmigkq9xj3rlz229g8m6x2n9zkjk3rimxb1izg0ix22m2"; depends=[BiocGenerics biomaRt circlize ComplexHeatmap GenomicAlignments GenomicRanges ggplot2 rtracklayer S4Vectors]; }; recoup = derive2 { name="recoup"; version="1.16.0"; sha256="0wv5s62mmigkq9xj3rlz229g8m6x2n9zkjk3rimxb1izg0ix22m2"; depends=[BiocGenerics biomaRt circlize ComplexHeatmap GenomicAlignments GenomicRanges ggplot2 rtracklayer S4Vectors]; };
regionReport = derive2 { name="regionReport"; version="1.22.0"; sha256="001j7b45gqc4shh4f71686zflj1z331vw0ll9z8gmgki5a0vdms9"; depends=[BiocStyle DEFormats derfinder DESeq2 GenomeInfoDb GenomicRanges knitcitations knitr knitrBootstrap RefManageR rmarkdown S4Vectors SummarizedExperiment]; }; regionReport = derive2 { name="regionReport"; version="1.22.0"; sha256="001j7b45gqc4shh4f71686zflj1z331vw0ll9z8gmgki5a0vdms9"; depends=[BiocStyle DEFormats derfinder DESeq2 GenomeInfoDb GenomicRanges knitr knitrBootstrap RefManageR rmarkdown S4Vectors SummarizedExperiment]; };
regioneR = derive2 { name="regioneR"; version="1.20.1"; sha256="0bzjwzj5mvb49wgvs3gd3jfpm7s0zfkca763i65i7m994lgvz33c"; depends=[Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges memoise rtracklayer S4Vectors]; }; regioneR = derive2 { name="regioneR"; version="1.20.1"; sha256="0bzjwzj5mvb49wgvs3gd3jfpm7s0zfkca763i65i7m994lgvz33c"; depends=[Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges memoise rtracklayer S4Vectors]; };
regsplice = derive2 { name="regsplice"; version="1.14.0"; sha256="07fglqjm8zi64r4sp3hf7x4a86vblrbmv78km73lj6602nk3wqb7"; depends=[edgeR glmnet limma pbapply S4Vectors SummarizedExperiment]; }; regsplice = derive2 { name="regsplice"; version="1.14.0"; sha256="07fglqjm8zi64r4sp3hf7x4a86vblrbmv78km73lj6602nk3wqb7"; depends=[edgeR glmnet limma pbapply S4Vectors SummarizedExperiment]; };
regutools = derive2 { name="regutools"; version="1.0.1"; sha256="1jwfxw5il4f4kdgkn3zi57fbf05ag51ab18k0mx50glmca8271r6"; depends=[AnnotationDbi AnnotationHub BiocFileCache Biostrings DBI GenomicRanges Gviz IRanges RCy3 RSQLite S4Vectors]; }; regutools = derive2 { name="regutools"; version="1.0.1"; sha256="1jwfxw5il4f4kdgkn3zi57fbf05ag51ab18k0mx50glmca8271r6"; depends=[AnnotationDbi AnnotationHub BiocFileCache Biostrings DBI GenomicRanges Gviz IRanges RCy3 RSQLite S4Vectors]; };
@ -1676,7 +1676,7 @@ in with self; {
rfPred = derive2 { name="rfPred"; version="1.26.0"; sha256="1w2kwjqsvak271h82v96aqyrzilavz4ynnk5r5ldpyfi4all4lsz"; depends=[data_table GenomicRanges IRanges Rsamtools]; }; rfPred = derive2 { name="rfPred"; version="1.26.0"; sha256="1w2kwjqsvak271h82v96aqyrzilavz4ynnk5r5ldpyfi4all4lsz"; depends=[data_table GenomicRanges IRanges Rsamtools]; };
rfaRm = derive2 { name="rfaRm"; version="1.0.0"; sha256="0zrmb2accyr7naccnk2kp8fkg2zzwflx2knymgvv3gfmdysnq4bc"; depends=[Biostrings data_table httr magick rsvg stringi]; }; rfaRm = derive2 { name="rfaRm"; version="1.0.0"; sha256="0zrmb2accyr7naccnk2kp8fkg2zzwflx2knymgvv3gfmdysnq4bc"; depends=[Biostrings data_table httr magick rsvg stringi]; };
rgsepd = derive2 { name="rgsepd"; version="1.20.2"; sha256="179dn7kc7frr87f03qjkm7vxj3licn7mrq9yvagzfjm7pnqzr5ps"; depends=[AnnotationDbi biomaRt DESeq2 GO_db goseq gplots hash org_Hs_eg_db SummarizedExperiment]; }; rgsepd = derive2 { name="rgsepd"; version="1.20.2"; sha256="179dn7kc7frr87f03qjkm7vxj3licn7mrq9yvagzfjm7pnqzr5ps"; depends=[AnnotationDbi biomaRt DESeq2 GO_db goseq gplots hash org_Hs_eg_db SummarizedExperiment]; };
rhdf5 = derive2 { name="rhdf5"; version="2.32.2"; sha256="1v6ygi0avh3gmaj2ld2nr7vww4ipw39b5kqci9w27i3ja985lb8j"; depends=[Rhdf5lib]; }; rhdf5 = derive2 { name="rhdf5"; version="2.32.4"; sha256="1qlgqn68xki82qm4i07h1z8c59dnjw29mravds9kby8419ra19gq"; depends=[Rhdf5lib]; };
rhdf5client = derive2 { name="rhdf5client"; version="1.10.0"; sha256="0l49i56dnvabls011rd8yiqv6qkf8iszwq5afirzcs3fs2acb6iz"; depends=[DelayedArray httr R6 rjson S4Vectors]; }; rhdf5client = derive2 { name="rhdf5client"; version="1.10.0"; sha256="0l49i56dnvabls011rd8yiqv6qkf8iszwq5afirzcs3fs2acb6iz"; depends=[DelayedArray httr R6 rjson S4Vectors]; };
rhdf5filters = derive2 { name="rhdf5filters"; version="1.0.1"; sha256="06lp7phfz1asvppgm6sx9ix5w4wh8qz2dvklz1k0rvzrli5mb7pp"; depends=[Rhdf5lib]; }; rhdf5filters = derive2 { name="rhdf5filters"; version="1.0.1"; sha256="06lp7phfz1asvppgm6sx9ix5w4wh8qz2dvklz1k0rvzrli5mb7pp"; depends=[Rhdf5lib]; };
riboSeqR = derive2 { name="riboSeqR"; version="1.22.0"; sha256="04a4dkmacd6xy55m84amxa0fspbc4kgg9r9k7bc3wrxswk77ccxk"; depends=[abind baySeq GenomeInfoDb GenomicRanges IRanges Rsamtools seqLogo]; }; riboSeqR = derive2 { name="riboSeqR"; version="1.22.0"; sha256="04a4dkmacd6xy55m84amxa0fspbc4kgg9r9k7bc3wrxswk77ccxk"; depends=[abind baySeq GenomeInfoDb GenomicRanges IRanges Rsamtools seqLogo]; };
@ -1686,12 +1686,12 @@ in with self; {
rnaSeqMap = derive2 { name="rnaSeqMap"; version="2.46.0"; sha256="17s1ad22zj09cklqxnccb3c4x75vgv01da5y7r1c08g6cvzv456a"; depends=[Biobase DBI DESeq edgeR GenomicAlignments GenomicRanges IRanges Rsamtools]; }; rnaSeqMap = derive2 { name="rnaSeqMap"; version="2.46.0"; sha256="17s1ad22zj09cklqxnccb3c4x75vgv01da5y7r1c08g6cvzv456a"; depends=[Biobase DBI DESeq edgeR GenomicAlignments GenomicRanges IRanges Rsamtools]; };
rnaseqcomp = derive2 { name="rnaseqcomp"; version="1.18.0"; sha256="1cqfx6fwkpbx7c31dhq6j0ijll39y90r54a1bnhxg2q0m4fba2a7"; depends=[RColorBrewer]; }; rnaseqcomp = derive2 { name="rnaseqcomp"; version="1.18.0"; sha256="1cqfx6fwkpbx7c31dhq6j0ijll39y90r54a1bnhxg2q0m4fba2a7"; depends=[RColorBrewer]; };
roar = derive2 { name="roar"; version="1.24.0"; sha256="069g887migvk70n0377dqr0fk7wjbz3w0asgk42bwhp8xpjfym6f"; depends=[BiocGenerics GenomeInfoDb GenomicAlignments GenomicRanges IRanges rtracklayer S4Vectors SummarizedExperiment]; }; roar = derive2 { name="roar"; version="1.24.0"; sha256="069g887migvk70n0377dqr0fk7wjbz3w0asgk42bwhp8xpjfym6f"; depends=[BiocGenerics GenomeInfoDb GenomicAlignments GenomicRanges IRanges rtracklayer S4Vectors SummarizedExperiment]; };
rols = derive2 { name="rols"; version="2.16.3"; sha256="1hyp0q7jlixjia850xxr2kl2094xwmjfj92cgjxq3lmg173ljl2y"; depends=[Biobase BiocGenerics httr jsonlite progress]; }; rols = derive2 { name="rols"; version="2.16.4"; sha256="1zbj2m1xnbpw5wlpa2v6c7z72hsy4r5k1gdfvh0f7yv9nppxy1r8"; depends=[Biobase BiocGenerics httr jsonlite progress]; };
ropls = derive2 { name="ropls"; version="1.20.0"; sha256="1drww1mr0nira3qplyga6s3mljpjxshjgbn524kzxi0nrfbcvmnx"; depends=[Biobase MultiDataSet]; }; ropls = derive2 { name="ropls"; version="1.20.0"; sha256="1drww1mr0nira3qplyga6s3mljpjxshjgbn524kzxi0nrfbcvmnx"; depends=[Biobase MultiDataSet]; };
rpx = derive2 { name="rpx"; version="1.24.0"; sha256="1m9n19dj4wvnx31m3hlpw4pf55rw1wvh5s7fwsh4xil4c4h236m8"; depends=[RCurl xml2]; }; rpx = derive2 { name="rpx"; version="1.24.0"; sha256="1m9n19dj4wvnx31m3hlpw4pf55rw1wvh5s7fwsh4xil4c4h236m8"; depends=[RCurl xml2]; };
rqt = derive2 { name="rqt"; version="1.14.0"; sha256="0hv1hhmnk6qbilwbg6978mljk9cssz1ma1ri3qqmq9wdn6z6bxjl"; depends=[car CompQuadForm glmnet Matrix metap pls ropls RUnit SummarizedExperiment]; }; rqt = derive2 { name="rqt"; version="1.14.0"; sha256="0hv1hhmnk6qbilwbg6978mljk9cssz1ma1ri3qqmq9wdn6z6bxjl"; depends=[car CompQuadForm glmnet Matrix metap pls ropls RUnit SummarizedExperiment]; };
rqubic = derive2 { name="rqubic"; version="1.34.0"; sha256="1n1xdkgcynlawp0gl12fbynrxzjf5rpxa9i8ywc9dbl5q7dg7082"; depends=[biclust Biobase BiocGenerics]; }; rqubic = derive2 { name="rqubic"; version="1.34.0"; sha256="1n1xdkgcynlawp0gl12fbynrxzjf5rpxa9i8ywc9dbl5q7dg7082"; depends=[biclust Biobase BiocGenerics]; };
rrvgo = derive2 { name="rrvgo"; version="1.0.1"; sha256="19slkap9fy60p8xkq73vyzc4r1q2qkq0wi640dkgjnydxjpkm9p7"; depends=[AnnotationDbi ggplot2 ggrepel GO_db GOSemSim pheatmap shiny tm treemap wordcloud]; }; rrvgo = derive2 { name="rrvgo"; version="1.0.2"; sha256="0v6skch7wgncbzqqzzwph0c37l7yh245i09j4p2nszjkx8c7kgj7"; depends=[AnnotationDbi ggplot2 ggrepel GO_db GOSemSim pheatmap shiny tm treemap wordcloud]; };
rsbml = derive2 { name="rsbml"; version="2.46.0"; sha256="1i1izznnwzrc6m7s3hblfff466icfvxl2gjdqaln8qfg9v87rslx"; depends=[BiocGenerics graph]; }; rsbml = derive2 { name="rsbml"; version="2.46.0"; sha256="1i1izznnwzrc6m7s3hblfff466icfvxl2gjdqaln8qfg9v87rslx"; depends=[BiocGenerics graph]; };
rtracklayer = derive2 { name="rtracklayer"; version="1.48.0"; sha256="1zcgk92sidhy4y7ws9ms4nkkh2hnccfhfh53qgna0kma9jy4v5xf"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicAlignments GenomicRanges IRanges RCurl Rsamtools S4Vectors XML XVector zlibbioc]; }; rtracklayer = derive2 { name="rtracklayer"; version="1.48.0"; sha256="1zcgk92sidhy4y7ws9ms4nkkh2hnccfhfh53qgna0kma9jy4v5xf"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicAlignments GenomicRanges IRanges RCurl Rsamtools S4Vectors XML XVector zlibbioc]; };
runibic = derive2 { name="runibic"; version="1.10.0"; sha256="1x3a710pxa0slw51267r6hrx7048mv3qfj7brdp27n8wyrrfih8w"; depends=[biclust Rcpp SummarizedExperiment testthat]; }; runibic = derive2 { name="runibic"; version="1.10.0"; sha256="1x3a710pxa0slw51267r6hrx7048mv3qfj7brdp27n8wyrrfih8w"; depends=[biclust Rcpp SummarizedExperiment testthat]; };
@ -1758,13 +1758,13 @@ in with self; {
sigaR = derive2 { name="sigaR"; version="1.35.0"; sha256="05cmjdd7brmmshlam940qhpj1wzk7a4j86hqp3i5rwcqljc7qhzf"; depends=[Biobase CGHbase corpcor igraph limma marray MASS mvtnorm penalized quadprog snowfall]; }; sigaR = derive2 { name="sigaR"; version="1.35.0"; sha256="05cmjdd7brmmshlam940qhpj1wzk7a4j86hqp3i5rwcqljc7qhzf"; depends=[Biobase CGHbase corpcor igraph limma marray MASS mvtnorm penalized quadprog snowfall]; };
siggenes = derive2 { name="siggenes"; version="1.62.0"; sha256="0i4y1hgq1ljxkf6sypb6c8yp412a8q5v5z68cx1zrgxnccvp0mfy"; depends=[Biobase multtest scrime]; }; siggenes = derive2 { name="siggenes"; version="1.62.0"; sha256="0i4y1hgq1ljxkf6sypb6c8yp412a8q5v5z68cx1zrgxnccvp0mfy"; depends=[Biobase multtest scrime]; };
sights = derive2 { name="sights"; version="1.14.0"; sha256="1m71q14hwqlyrisgsl8j93rl4z2qkya531pzsajq70n2x87ghjxy"; depends=[ggplot2 lattice MASS qvalue reshape2]; }; sights = derive2 { name="sights"; version="1.14.0"; sha256="1m71q14hwqlyrisgsl8j93rl4z2qkya531pzsajq70n2x87ghjxy"; depends=[ggplot2 lattice MASS qvalue reshape2]; };
signatureSearch = derive2 { name="signatureSearch"; version="1.2.4"; sha256="0wbf4bk8chkhb930c2clcvllvnrwx2p779h56fm4v7x1qp9shzxz"; depends=[AnnotationDbi BiocParallel clusterProfiler data_table DelayedArray DOSE dplyr ExperimentHub fastmatch fgsea ggplot2 GSEABase HDF5Array magrittr Matrix qvalue Rcpp readr reshape2 rhdf5 RSQLite scales SummarizedExperiment visNetwork]; }; signatureSearch = derive2 { name="signatureSearch"; version="1.2.5"; sha256="1fwx8xhv7c9hxhb2ny0niyj89rsd51vfdvzni0cx8pj7l6vpssg6"; depends=[AnnotationDbi BiocParallel clusterProfiler data_table DelayedArray DOSE dplyr ExperimentHub fastmatch fgsea ggplot2 GSEABase HDF5Array magrittr Matrix qvalue Rcpp readr reshape2 rhdf5 RSQLite scales SummarizedExperiment visNetwork]; };
signeR = derive2 { name="signeR"; version="1.14.0"; sha256="1mjnh1vxqx0mld10m5plsnml1c30j534nbwqiyxcv2habchkdfnf"; depends=[BiocGenerics Biostrings class GenomeInfoDb GenomicRanges IRanges nloptr NMF PMCMR Rcpp RcppArmadillo VariantAnnotation]; }; signeR = derive2 { name="signeR"; version="1.14.0"; sha256="1mjnh1vxqx0mld10m5plsnml1c30j534nbwqiyxcv2habchkdfnf"; depends=[BiocGenerics Biostrings class GenomeInfoDb GenomicRanges IRanges nloptr NMF PMCMR Rcpp RcppArmadillo VariantAnnotation]; };
signet = derive2 { name="signet"; version="1.7.0"; sha256="1qq3hnawaslqv2fp5dc5c552r430kmxhf0b0qwzny8ms9g83azf5"; depends=[graph igraph RBGL]; }; signet = derive2 { name="signet"; version="1.7.0"; sha256="1qq3hnawaslqv2fp5dc5c552r430kmxhf0b0qwzny8ms9g83azf5"; depends=[graph igraph RBGL]; };
sigsquared = derive2 { name="sigsquared"; version="1.20.0"; sha256="1mgg4gg5h0ms6srbib8am1i8l9k0vcxj99j7i90h72pmdipwmy4a"; depends=[Biobase survival]; }; sigsquared = derive2 { name="sigsquared"; version="1.20.0"; sha256="1mgg4gg5h0ms6srbib8am1i8l9k0vcxj99j7i90h72pmdipwmy4a"; depends=[Biobase survival]; };
similaRpeak = derive2 { name="similaRpeak"; version="1.20.0"; sha256="02nhbwf0xck8inn49hnhk629f5jbh3ian069nif7hvi6pxg5l8bx"; depends=[R6]; }; similaRpeak = derive2 { name="similaRpeak"; version="1.20.0"; sha256="02nhbwf0xck8inn49hnhk629f5jbh3ian069nif7hvi6pxg5l8bx"; depends=[R6]; };
simpleaffy = derive2 { name="simpleaffy"; version="2.64.0"; sha256="040043spblr8v67lkn3nnxhgfmfh2iwaizph4fnms1ik6qz662x7"; depends=[affy Biobase BiocGenerics gcrma genefilter]; }; simpleaffy = derive2 { name="simpleaffy"; version="2.64.0"; sha256="040043spblr8v67lkn3nnxhgfmfh2iwaizph4fnms1ik6qz662x7"; depends=[affy Biobase BiocGenerics gcrma genefilter]; };
simulatorZ = derive2 { name="simulatorZ"; version="1.22.0"; sha256="1i8bp08bs129d9crj7hhqabb2di72zwcl27v58a0vzbnwkf1m0fd"; depends=[Biobase BiocGenerics CoxBoost gbm GenomicRanges Hmisc SummarizedExperiment survival]; }; simulatorZ = derive2 { name="simulatorZ"; version="1.22.0"; sha256="1i8bp08bs129d9crj7hhqabb2di72zwcl27v58a0vzbnwkf1m0fd"; depends=[Biobase BiocGenerics gbm GenomicRanges Hmisc SummarizedExperiment survival]; };
sincell = derive2 { name="sincell"; version="1.20.0"; sha256="1byzikl2c0w25ni9djksdzqsvlxdm0n03lc476qafai46vk7jzr6"; depends=[cluster entropy fastICA fields ggplot2 igraph MASS proxy Rcpp reshape2 Rtsne scatterplot3d statmod TSP]; }; sincell = derive2 { name="sincell"; version="1.20.0"; sha256="1byzikl2c0w25ni9djksdzqsvlxdm0n03lc476qafai46vk7jzr6"; depends=[cluster entropy fastICA fields ggplot2 igraph MASS proxy Rcpp reshape2 Rtsne scatterplot3d statmod TSP]; };
singleCellTK = derive2 { name="singleCellTK"; version="1.8.0"; sha256="069p7nh2lkdy8kb7rdp6zqjjyjbsbvycf8zfcvbxr7fmxyvnks2r"; depends=[AnnotationDbi ape Biobase celda circlize cluster colourpicker ComplexHeatmap data_table DelayedArray DESeq2 DT enrichR ggplot2 ggtree gridExtra GSVA GSVAdata limma MAST matrixStats multtest plotly RColorBrewer reshape2 Rtsne S4Vectors shiny shinyalert shinyBS shinycssloaders shinyjs shinythemes SingleCellExperiment SummarizedExperiment sva umap]; }; singleCellTK = derive2 { name="singleCellTK"; version="1.8.0"; sha256="069p7nh2lkdy8kb7rdp6zqjjyjbsbvycf8zfcvbxr7fmxyvnks2r"; depends=[AnnotationDbi ape Biobase celda circlize cluster colourpicker ComplexHeatmap data_table DelayedArray DESeq2 DT enrichR ggplot2 ggtree gridExtra GSVA GSVAdata limma MAST matrixStats multtest plotly RColorBrewer reshape2 Rtsne S4Vectors shiny shinyalert shinyBS shinycssloaders shinyjs shinythemes SingleCellExperiment SummarizedExperiment sva umap]; };
singscore = derive2 { name="singscore"; version="1.8.0"; sha256="134ycza15x82g7f039fd6qyq2gwzvwq1jx9wya3qpi13lbfazicw"; depends=[Biobase BiocParallel edgeR ggplot2 ggrepel GSEABase magrittr matrixStats plotly plyr RColorBrewer reshape reshape2 S4Vectors SummarizedExperiment tidyr]; }; singscore = derive2 { name="singscore"; version="1.8.0"; sha256="134ycza15x82g7f039fd6qyq2gwzvwq1jx9wya3qpi13lbfazicw"; depends=[Biobase BiocParallel edgeR ggplot2 ggrepel GSEABase magrittr matrixStats plotly plyr RColorBrewer reshape reshape2 S4Vectors SummarizedExperiment tidyr]; };
@ -1782,7 +1782,7 @@ in with self; {
sojourner = derive2 { name="sojourner"; version="1.2.1"; sha256="0sda3mb8r6s5s4c1ha9570n29ls76x57wvyq8nclrys7x0v325gi"; depends=[dplyr EBImage fitdistrplus ggplot2 gridExtra lattice MASS mclust minpack_lm mixtools mltools nls2 pixmap plyr R_matlab Rcpp reshape2 rlang rtiff sampSurf scales shiny shinyjs sp truncnorm]; }; sojourner = derive2 { name="sojourner"; version="1.2.1"; sha256="0sda3mb8r6s5s4c1ha9570n29ls76x57wvyq8nclrys7x0v325gi"; depends=[dplyr EBImage fitdistrplus ggplot2 gridExtra lattice MASS mclust minpack_lm mixtools mltools nls2 pixmap plyr R_matlab Rcpp reshape2 rlang rtiff sampSurf scales shiny shinyjs sp truncnorm]; };
sparseDOSSA = derive2 { name="sparseDOSSA"; version="1.12.0"; sha256="0fckk5iy4masrc0kyw666mrz8mdzvmpn9akk9fr4qa63shxxgfaq"; depends=[MASS MCMCpack optparse tmvtnorm]; }; sparseDOSSA = derive2 { name="sparseDOSSA"; version="1.12.0"; sha256="0fckk5iy4masrc0kyw666mrz8mdzvmpn9akk9fr4qa63shxxgfaq"; depends=[MASS MCMCpack optparse tmvtnorm]; };
sparseMatrixStats = derive2 { name="sparseMatrixStats"; version="1.0.5"; sha256="1jjf467q3minqc01rvmm8phkpas61k63c18iqzdrngdy9yj6kb2z"; depends=[Matrix MatrixGenerics matrixStats Rcpp]; }; sparseMatrixStats = derive2 { name="sparseMatrixStats"; version="1.0.5"; sha256="1jjf467q3minqc01rvmm8phkpas61k63c18iqzdrngdy9yj6kb2z"; depends=[Matrix MatrixGenerics matrixStats Rcpp]; };
sparsenetgls = derive2 { name="sparsenetgls"; version="1.6.0"; sha256="1pn2v98d16y3y8d6x41x0srx12zz6lki4apcvsj76nz88m7kr64l"; depends=[glmnet huge MASS Matrix]; }; sparsenetgls = derive2 { name="sparsenetgls"; version="1.6.1"; sha256="0s7qhr49j1q0iisnjc5c88v1vnvnw0hpydfgsmsl01pmhwzmzvmp"; depends=[glmnet huge MASS Matrix]; };
specL = derive2 { name="specL"; version="1.22.0"; sha256="1h0lfbqx1qsqvrwhhh16s52g1wlr9c2pkb26wbrlb3nar2514x66"; depends=[DBI protViz RSQLite seqinr]; }; specL = derive2 { name="specL"; version="1.22.0"; sha256="1h0lfbqx1qsqvrwhhh16s52g1wlr9c2pkb26wbrlb3nar2514x66"; depends=[DBI protViz RSQLite seqinr]; };
spicyR = derive2 { name="spicyR"; version="1.0.1"; sha256="1dqnf39pw0d6fbxl5sz5r9zi5ns3bj0003jhm4ipckp5h4kiydqq"; depends=[BiocGenerics BiocParallel class concaveman ggplot2 IRanges lme4 lmerTest mgcv pheatmap purrr rlang S4Vectors spatstat]; }; spicyR = derive2 { name="spicyR"; version="1.0.1"; sha256="1dqnf39pw0d6fbxl5sz5r9zi5ns3bj0003jhm4ipckp5h4kiydqq"; depends=[BiocGenerics BiocParallel class concaveman ggplot2 IRanges lme4 lmerTest mgcv pheatmap purrr rlang S4Vectors spatstat]; };
spikeLI = derive2 { name="spikeLI"; version="2.48.0"; sha256="0s9qm44n8m03vwl66zmjhq0hpcvm8j7a9xqag7ig8kwv5n6rhzsr"; depends=[]; }; spikeLI = derive2 { name="spikeLI"; version="2.48.0"; sha256="0s9qm44n8m03vwl66zmjhq0hpcvm8j7a9xqag7ig8kwv5n6rhzsr"; depends=[]; };
@ -1792,7 +1792,7 @@ in with self; {
splots = derive2 { name="splots"; version="1.54.0"; sha256="16a18m8q04avv46wn75pz1vkfpschhs0j1gfvmdl6dd29r82d9r4"; depends=[RColorBrewer]; }; splots = derive2 { name="splots"; version="1.54.0"; sha256="16a18m8q04avv46wn75pz1vkfpschhs0j1gfvmdl6dd29r82d9r4"; depends=[RColorBrewer]; };
spotSegmentation = derive2 { name="spotSegmentation"; version="1.61.0"; sha256="1fsz8xqxrc000jj1mn59ip3lx558j0589snyxvb9kkkhbc253n6c"; depends=[mclust]; }; spotSegmentation = derive2 { name="spotSegmentation"; version="1.61.0"; sha256="1fsz8xqxrc000jj1mn59ip3lx558j0589snyxvb9kkkhbc253n6c"; depends=[mclust]; };
spqn = derive2 { name="spqn"; version="1.0.0"; sha256="14z5dyi8wl03f4sc56d03z72nhyzgf7dcxq7ap5s2ch961ifyycp"; depends=[BiocGenerics ggplot2 ggridges matrixStats SummarizedExperiment]; }; spqn = derive2 { name="spqn"; version="1.0.0"; sha256="14z5dyi8wl03f4sc56d03z72nhyzgf7dcxq7ap5s2ch961ifyycp"; depends=[BiocGenerics ggplot2 ggridges matrixStats SummarizedExperiment]; };
srnadiff = derive2 { name="srnadiff"; version="1.8.0"; sha256="01pxawr362wgfj0smnivjrwr3f5p8wlnhb5jrjv2hpshak2jsacg"; depends=[BiocManager BiocParallel BiocStyle DESeq2 devtools GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges Gviz IRanges Rcpp Rsamtools rtracklayer S4Vectors SummarizedExperiment]; }; srnadiff = derive2 { name="srnadiff"; version="1.8.2"; sha256="1fsb2p44iyz0xhgvj6qmpssmynm1l22q8ccfb9rd95dh2p2pc0kl"; depends=[BiocManager BiocParallel BiocStyle DESeq2 devtools GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges Gviz IRanges Rcpp Rsamtools rtracklayer S4Vectors SummarizedExperiment]; };
ssPATHS = derive2 { name="ssPATHS"; version="1.2.0"; sha256="0n6safqhsw8490vpy1xvagx9m1am4l9y0plkq4ldds4m92g6p432"; depends=[dml MESS ROCR SummarizedExperiment]; }; ssPATHS = derive2 { name="ssPATHS"; version="1.2.0"; sha256="0n6safqhsw8490vpy1xvagx9m1am4l9y0plkq4ldds4m92g6p432"; depends=[dml MESS ROCR SummarizedExperiment]; };
sscore = derive2 { name="sscore"; version="1.60.0"; sha256="141jwdaj5kww1fb0vv6m36ai1irz4z2gqb4xzl1hvch42m5ryfkl"; depends=[affy affyio]; }; sscore = derive2 { name="sscore"; version="1.60.0"; sha256="141jwdaj5kww1fb0vv6m36ai1irz4z2gqb4xzl1hvch42m5ryfkl"; depends=[affy affyio]; };
sscu = derive2 { name="sscu"; version="2.18.0"; sha256="13avxlg06r3xmirb6hgya4m5sgza66agxfm5x9y2xc93azww28js"; depends=[BiocGenerics Biostrings seqinr]; }; sscu = derive2 { name="sscu"; version="2.18.0"; sha256="13avxlg06r3xmirb6hgya4m5sgza66agxfm5x9y2xc93azww28js"; depends=[BiocGenerics Biostrings seqinr]; };
@ -1828,20 +1828,20 @@ in with self; {
tidybulk = derive2 { name="tidybulk"; version="1.0.2"; sha256="06yawix0whsg0knhbc1km1in1njx5lj4yq39j475imbv23wr3gjl"; depends=[dplyr lifecycle magrittr preprocessCore purrr readr rlang tibble tidyr]; }; tidybulk = derive2 { name="tidybulk"; version="1.0.2"; sha256="06yawix0whsg0knhbc1km1in1njx5lj4yq39j475imbv23wr3gjl"; depends=[dplyr lifecycle magrittr preprocessCore purrr readr rlang tibble tidyr]; };
tigre = derive2 { name="tigre"; version="1.42.0"; sha256="1ai4ygai6094shavp5s6zkczgsmkfc8sv3xad5z2hdi53lap3gvl"; depends=[annotate AnnotationDbi Biobase BiocGenerics DBI gplots RSQLite]; }; tigre = derive2 { name="tigre"; version="1.42.0"; sha256="1ai4ygai6094shavp5s6zkczgsmkfc8sv3xad5z2hdi53lap3gvl"; depends=[annotate AnnotationDbi Biobase BiocGenerics DBI gplots RSQLite]; };
tilingArray = derive2 { name="tilingArray"; version="1.66.0"; sha256="0q2h1bgyj9sa03d8f6lyrqx336ln74zky1ijqzdrhnd1vyjdlbbf"; depends=[affy Biobase genefilter pixmap RColorBrewer strucchange vsn]; }; tilingArray = derive2 { name="tilingArray"; version="1.66.0"; sha256="0q2h1bgyj9sa03d8f6lyrqx336ln74zky1ijqzdrhnd1vyjdlbbf"; depends=[affy Biobase genefilter pixmap RColorBrewer strucchange vsn]; };
timeOmics = derive2 { name="timeOmics"; version="1.0.1"; sha256="0ks7aarl88sl5x0p43x8w0i6ai64ydz86jm47vysya0mdl3apsyc"; depends=[dplyr ggplot2 ggrepel lmms lmtest magrittr mixOmics propr purrr stringr tibble tidyr]; }; timeOmics = derive2 { name="timeOmics"; version="1.0.1"; sha256="0ks7aarl88sl5x0p43x8w0i6ai64ydz86jm47vysya0mdl3apsyc"; depends=[dplyr ggplot2 ggrepel lmtest magrittr mixOmics propr purrr stringr tibble tidyr]; };
timecourse = derive2 { name="timecourse"; version="1.60.0"; sha256="16pla2lp8agkv23pjg015dh0davwjdxhlb0npyynnnrgsbrsnxn7"; depends=[Biobase limma marray MASS]; }; timecourse = derive2 { name="timecourse"; version="1.60.0"; sha256="16pla2lp8agkv23pjg015dh0davwjdxhlb0npyynnnrgsbrsnxn7"; depends=[Biobase limma marray MASS]; };
timescape = derive2 { name="timescape"; version="1.12.0"; sha256="0as8viljb0ivq8ngvjqc4kli48x559amgr9v5jkmxl29bpblv2l5"; depends=[dplyr gtools htmlwidgets jsonlite stringr]; }; timescape = derive2 { name="timescape"; version="1.12.0"; sha256="0as8viljb0ivq8ngvjqc4kli48x559amgr9v5jkmxl29bpblv2l5"; depends=[dplyr gtools htmlwidgets jsonlite stringr]; };
tkWidgets = derive2 { name="tkWidgets"; version="1.66.0"; sha256="1v335n7yb9586i43q5m3fzw3gxnyghwib66zb5z5bj9720z0h7cy"; depends=[DynDoc widgetTools]; }; tkWidgets = derive2 { name="tkWidgets"; version="1.66.0"; sha256="1v335n7yb9586i43q5m3fzw3gxnyghwib66zb5z5bj9720z0h7cy"; depends=[DynDoc widgetTools]; };
tofsims = derive2 { name="tofsims"; version="1.16.0"; sha256="0ij0nmans69hp3h6l80aqn3lhzxlfyn7gvxmc1fmikv5y15sv3ds"; depends=[ALS ChemometricsWithR KernSmooth ProtGenerics Rcpp RcppArmadillo signal]; }; tofsims = derive2 { name="tofsims"; version="1.16.0"; sha256="0ij0nmans69hp3h6l80aqn3lhzxlfyn7gvxmc1fmikv5y15sv3ds"; depends=[ALS KernSmooth ProtGenerics Rcpp RcppArmadillo signal]; };
topGO = derive2 { name="topGO"; version="2.40.0"; sha256="13rhbvn27sj75fklf1cnjaazacx8yyjlhqlnbp5zk157q6y5cwdr"; depends=[AnnotationDbi Biobase BiocGenerics DBI GO_db graph lattice matrixStats SparseM]; }; topGO = derive2 { name="topGO"; version="2.40.0"; sha256="13rhbvn27sj75fklf1cnjaazacx8yyjlhqlnbp5zk157q6y5cwdr"; depends=[AnnotationDbi Biobase BiocGenerics DBI GO_db graph lattice matrixStats SparseM]; };
topconfects = derive2 { name="topconfects"; version="1.4.0"; sha256="1wphsf09ji2mdhdyd4xzka4b6s8xc8kmyz7gk798796h2qr4w5s7"; depends=[assertthat ggplot2]; }; topconfects = derive2 { name="topconfects"; version="1.4.0"; sha256="1wphsf09ji2mdhdyd4xzka4b6s8xc8kmyz7gk798796h2qr4w5s7"; depends=[assertthat ggplot2]; };
topdownr = derive2 { name="topdownr"; version="1.10.0"; sha256="0vhlic84vlq8m6npkq97r1vzppfwpyzl7q6mhw2g6kjaglp0gkyh"; depends=[Biobase BiocGenerics Biostrings ggplot2 Matrix MSnbase mzR ProtGenerics S4Vectors]; }; topdownr = derive2 { name="topdownr"; version="1.10.0"; sha256="0vhlic84vlq8m6npkq97r1vzppfwpyzl7q6mhw2g6kjaglp0gkyh"; depends=[Biobase BiocGenerics Biostrings ggplot2 Matrix MSnbase mzR ProtGenerics S4Vectors]; };
trackViewer = derive2 { name="trackViewer"; version="1.24.1"; sha256="0hsqkxckjby9zidcsqplc5cync4r44akn3al2ff4iw6m2fjsf78b"; depends=[AnnotationDbi BiocGenerics GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges graph grImport Gviz htmlwidgets InteractionSet IRanges plotrix Rgraphviz Rsamtools rtracklayer S4Vectors scales]; }; trackViewer = derive2 { name="trackViewer"; version="1.24.2"; sha256="172vxksv33f829vibdvvcl11jqv8q8kqqsnzm3kvvm1virwj6z39"; depends=[AnnotationDbi BiocGenerics GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges graph grImport Gviz htmlwidgets InteractionSet IRanges plotrix Rgraphviz Rsamtools rtracklayer S4Vectors scales]; };
tracktables = derive2 { name="tracktables"; version="1.22.0"; sha256="1r8i05wak92s9cq7jg9s5kdyx2yix973d6rpav2lc9ngnqaa485d"; depends=[GenomicRanges IRanges RColorBrewer Rsamtools stringr tractor_base XML XVector]; }; tracktables = derive2 { name="tracktables"; version="1.22.0"; sha256="1r8i05wak92s9cq7jg9s5kdyx2yix973d6rpav2lc9ngnqaa485d"; depends=[GenomicRanges IRanges RColorBrewer Rsamtools stringr tractor_base XML XVector]; };
tradeSeq = derive2 { name="tradeSeq"; version="1.2.01"; sha256="1jqy2xn58j89lfsah9gvkphq9a5a8s7h6g5025r13n7ksh3whfbp"; depends=[Biobase BiocParallel clusterExperiment dplyr edgeR ggplot2 igraph magrittr mgcv monocle pbapply princurve RColorBrewer S4Vectors SingleCellExperiment slingshot SummarizedExperiment tibble]; }; tradeSeq = derive2 { name="tradeSeq"; version="1.2.01"; sha256="1jqy2xn58j89lfsah9gvkphq9a5a8s7h6g5025r13n7ksh3whfbp"; depends=[Biobase BiocParallel clusterExperiment dplyr edgeR ggplot2 igraph magrittr mgcv monocle pbapply princurve RColorBrewer S4Vectors SingleCellExperiment slingshot SummarizedExperiment tibble]; };
transcriptR = derive2 { name="transcriptR"; version="1.16.0"; sha256="0wy5jdfivbr1wfcpi56srn7xc0gg7iz3jq21k50z48zr8f3vmmbp"; depends=[BiocGenerics caret chipseq e1071 GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 IRanges pROC reshape2 Rsamtools rtracklayer S4Vectors]; }; transcriptR = derive2 { name="transcriptR"; version="1.16.0"; sha256="0wy5jdfivbr1wfcpi56srn7xc0gg7iz3jq21k50z48zr8f3vmmbp"; depends=[BiocGenerics caret chipseq e1071 GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 IRanges pROC reshape2 Rsamtools rtracklayer S4Vectors]; };
transcriptogramer = derive2 { name="transcriptogramer"; version="1.10.0"; sha256="13bjcs3wl4ky5b51p9lvlhn2a3472shkim6jjy5jhh23njvynnq1"; depends=[biomaRt data_table doSNOW foreach ggplot2 igraph limma progress RedeR snow tidyr topGO]; }; transcriptogramer = derive2 { name="transcriptogramer"; version="1.10.0"; sha256="13bjcs3wl4ky5b51p9lvlhn2a3472shkim6jjy5jhh23njvynnq1"; depends=[biomaRt data_table doSNOW foreach ggplot2 igraph limma progress RedeR snow tidyr topGO]; };
transite = derive2 { name="transite"; version="1.6.1"; sha256="0x6490avcmxkmilsmw6q4vq79q4xfvf9xsh75mibza6cx68f8nw9"; depends=[BiocGenerics Biostrings dplyr GenomicRanges ggplot2 ggseqlogo gridExtra Rcpp RcppArmadillo scales TFMPvalue]; }; transite = derive2 { name="transite"; version="1.6.2"; sha256="0l0yca9az9ggbd6bmwjzs4rcm6fbwi07i50fjm96gx2zapgsjx74"; depends=[BiocGenerics Biostrings dplyr GenomicRanges ggplot2 ggseqlogo gridExtra Rcpp RcppArmadillo scales TFMPvalue]; };
traseR = derive2 { name="traseR"; version="1.18.0"; sha256="0hd6483s92mby7pdzx8siil1issf1dz13f6yrpi1jzbjw16vcla5"; depends=[BSgenome_Hsapiens_UCSC_hg19 GenomicRanges IRanges]; }; traseR = derive2 { name="traseR"; version="1.18.0"; sha256="0hd6483s92mby7pdzx8siil1issf1dz13f6yrpi1jzbjw16vcla5"; depends=[BSgenome_Hsapiens_UCSC_hg19 GenomicRanges IRanges]; };
treeio = derive2 { name="treeio"; version="1.12.0"; sha256="1jkd96gqcfnhvx3d4f4ba9r39nxz2fyykc9i1kgl6ac43kcnrhfp"; depends=[ape dplyr jsonlite magrittr rlang tibble tidytree]; }; treeio = derive2 { name="treeio"; version="1.12.0"; sha256="1jkd96gqcfnhvx3d4f4ba9r39nxz2fyykc9i1kgl6ac43kcnrhfp"; depends=[ape dplyr jsonlite magrittr rlang tibble tidytree]; };
trena = derive2 { name="trena"; version="1.10.2"; sha256="06d561sj2x3n9lcz9pjzrljk5lqdc4c76h27fpqjm9h2iwkkc02x"; depends=[AnnotationDbi BiocParallel biomaRt Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 BSgenome_Hsapiens_UCSC_hg38 BSgenome_Mmusculus_UCSC_mm10 DBI GenomicRanges glmnet lassopv MotifDb org_Hs_eg_db randomForest RMySQL RPostgreSQL RSQLite SNPlocs_Hsapiens_dbSNP150_GRCh38 vbsr xgboost]; }; trena = derive2 { name="trena"; version="1.10.2"; sha256="06d561sj2x3n9lcz9pjzrljk5lqdc4c76h27fpqjm9h2iwkkc02x"; depends=[AnnotationDbi BiocParallel biomaRt Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 BSgenome_Hsapiens_UCSC_hg38 BSgenome_Mmusculus_UCSC_mm10 DBI GenomicRanges glmnet lassopv MotifDb org_Hs_eg_db randomForest RMySQL RPostgreSQL RSQLite SNPlocs_Hsapiens_dbSNP150_GRCh38 vbsr xgboost]; };
@ -1854,11 +1854,11 @@ in with self; {
tweeDEseq = derive2 { name="tweeDEseq"; version="1.34.0"; sha256="1xmh63nb407nvkrdgxp2gav09496pxaadw482gcbs02qk45lah42"; depends=[cqn edgeR limma MASS]; }; tweeDEseq = derive2 { name="tweeDEseq"; version="1.34.0"; sha256="1xmh63nb407nvkrdgxp2gav09496pxaadw482gcbs02qk45lah42"; depends=[cqn edgeR limma MASS]; };
twilight = derive2 { name="twilight"; version="1.64.0"; sha256="1hq28bskrz4fyzcfy0zz2vjbn1dz2y3yks5rcprnq6gjhy0dgv7f"; depends=[Biobase]; }; twilight = derive2 { name="twilight"; version="1.64.0"; sha256="1hq28bskrz4fyzcfy0zz2vjbn1dz2y3yks5rcprnq6gjhy0dgv7f"; depends=[Biobase]; };
twoddpcr = derive2 { name="twoddpcr"; version="1.12.0"; sha256="0i2084pqswhcwr8ldkw3f9d3phwi0rq5jl6b6xw7fzlmifa0l1gb"; depends=[class ggplot2 hexbin RColorBrewer S4Vectors scales shiny]; }; twoddpcr = derive2 { name="twoddpcr"; version="1.12.0"; sha256="0i2084pqswhcwr8ldkw3f9d3phwi0rq5jl6b6xw7fzlmifa0l1gb"; depends=[class ggplot2 hexbin RColorBrewer S4Vectors scales shiny]; };
tximeta = derive2 { name="tximeta"; version="1.6.2"; sha256="13wqkmqbjlw970fjmqng3c8ii6fhram30j9ajqih2m5ywfadswsa"; depends=[AnnotationDbi AnnotationHub BiocFileCache Biostrings ensembldb GenomeInfoDb GenomicFeatures GenomicRanges IRanges jsonlite Matrix rappdirs S4Vectors SummarizedExperiment tibble tximport]; }; tximeta = derive2 { name="tximeta"; version="1.6.3"; sha256="19yacn1pmgmvj8fclz32mhm76d4qdkplfwj12bcp9492qpxyldma"; depends=[AnnotationDbi AnnotationHub BiocFileCache Biostrings ensembldb GenomeInfoDb GenomicFeatures GenomicRanges IRanges jsonlite Matrix rappdirs S4Vectors SummarizedExperiment tibble tximport]; };
tximport = derive2 { name="tximport"; version="1.16.1"; sha256="1x9959lkjl2h869rgd1b30q1idxzjkr1fyqbpndqk3kbi4q2gr40"; depends=[]; }; tximport = derive2 { name="tximport"; version="1.16.1"; sha256="1x9959lkjl2h869rgd1b30q1idxzjkr1fyqbpndqk3kbi4q2gr40"; depends=[]; };
uSORT = derive2 { name="uSORT"; version="1.14.0"; sha256="1qsgbr4ljngl4qjdvrx7plj81alxyaqnbzy94w44agxngl8y44z6"; depends=[Biobase BiocGenerics cluster fpc gplots igraph Matrix monocle plyr RANN RSpectra VGAM]; }; uSORT = derive2 { name="uSORT"; version="1.14.0"; sha256="1qsgbr4ljngl4qjdvrx7plj81alxyaqnbzy94w44agxngl8y44z6"; depends=[Biobase BiocGenerics cluster fpc gplots igraph Matrix monocle plyr RANN RSpectra VGAM]; };
unifiedWMWqPCR = derive2 { name="unifiedWMWqPCR"; version="1.24.0"; sha256="1l9gxq3askr3cz2a4bqsw7vjr1agivzvx651cblkygv57x08zf81"; depends=[BiocGenerics HTqPCR]; }; unifiedWMWqPCR = derive2 { name="unifiedWMWqPCR"; version="1.24.0"; sha256="1l9gxq3askr3cz2a4bqsw7vjr1agivzvx651cblkygv57x08zf81"; depends=[BiocGenerics HTqPCR]; };
universalmotif = derive2 { name="universalmotif"; version="1.6.3"; sha256="1iw2yq0cfpdq6fnng61x8w7z8j0qwz9x4y6n2jv641xjwpv5drdd"; depends=[ape BiocGenerics Biostrings ggplot2 ggseqlogo ggtree MASS processx Rcpp RcppThread Rdpack rlang S4Vectors yaml]; }; universalmotif = derive2 { name="universalmotif"; version="1.6.4"; sha256="10j37wj2lyazgq32xxjrisgc8lqr17n8igmic2adgm3azc79m2q0"; depends=[ape BiocGenerics Biostrings ggplot2 ggseqlogo ggtree MASS processx Rcpp RcppThread Rdpack rlang S4Vectors yaml]; };
variancePartition = derive2 { name="variancePartition"; version="1.18.3"; sha256="1jrlhi2c5ibvq8a41g5hwdq4kk4rdd7m464rz5767zaaci7l2ay0"; depends=[Biobase BiocParallel colorRamps doParallel foreach ggplot2 gplots iterators limma lme4 lmerTest MASS pbkrtest progress reshape2 scales]; }; variancePartition = derive2 { name="variancePartition"; version="1.18.3"; sha256="1jrlhi2c5ibvq8a41g5hwdq4kk4rdd7m464rz5767zaaci7l2ay0"; depends=[Biobase BiocParallel colorRamps doParallel foreach ggplot2 gplots iterators limma lme4 lmerTest MASS pbkrtest progress reshape2 scales]; };
vasp = derive2 { name="vasp"; version="1.0.0"; sha256="1zvby4m66q61d6mjh9hlfhr2sf9iy3g83xwjd7fbxcj5vlp86piv"; depends=[ballgown cluster GenomeInfoDb GenomicAlignments GenomicRanges IRanges matrixStats Rsamtools S4Vectors Sushi]; }; vasp = derive2 { name="vasp"; version="1.0.0"; sha256="1zvby4m66q61d6mjh9hlfhr2sf9iy3g83xwjd7fbxcj5vlp86piv"; depends=[ballgown cluster GenomeInfoDb GenomicAlignments GenomicRanges IRanges matrixStats Rsamtools S4Vectors Sushi]; };
vbmp = derive2 { name="vbmp"; version="1.56.0"; sha256="0vgskhxmgdfwk3dvmsh62x4sw2rqdhcckjbifbj5s8dv636jf5w8"; depends=[]; }; vbmp = derive2 { name="vbmp"; version="1.56.0"; sha256="0vgskhxmgdfwk3dvmsh62x4sw2rqdhcckjbifbj5s8dv636jf5w8"; depends=[]; };
@ -1875,13 +1875,13 @@ in with self; {
weitrix = derive2 { name="weitrix"; version="1.0.0"; sha256="1wy2s2jgwy0gzhs3q4m1g0djmn3wxmzndxw7w460za3k2yfsh067"; depends=[assertthat BiocGenerics BiocParallel DelayedArray DelayedMatrixStats dplyr ggplot2 limma purrr reshape2 RhpcBLASctl S4Vectors scales SummarizedExperiment]; }; weitrix = derive2 { name="weitrix"; version="1.0.0"; sha256="1wy2s2jgwy0gzhs3q4m1g0djmn3wxmzndxw7w460za3k2yfsh067"; depends=[assertthat BiocGenerics BiocParallel DelayedArray DelayedMatrixStats dplyr ggplot2 limma purrr reshape2 RhpcBLASctl S4Vectors scales SummarizedExperiment]; };
widgetTools = derive2 { name="widgetTools"; version="1.66.0"; sha256="0lrdpsgm9r7yfyyj5crvb7px4hrghxhmiic4iissz40slbfyvilx"; depends=[]; }; widgetTools = derive2 { name="widgetTools"; version="1.66.0"; sha256="0lrdpsgm9r7yfyyj5crvb7px4hrghxhmiic4iissz40slbfyvilx"; depends=[]; };
wiggleplotr = derive2 { name="wiggleplotr"; version="1.12.1"; sha256="1wknigh1md3w4h68caqlpq945maipdkpmw10hc2rlx4nbbpcnawp"; depends=[assertthat cowplot dplyr GenomeInfoDb GenomicRanges ggplot2 IRanges purrr rtracklayer S4Vectors]; }; wiggleplotr = derive2 { name="wiggleplotr"; version="1.12.1"; sha256="1wknigh1md3w4h68caqlpq945maipdkpmw10hc2rlx4nbbpcnawp"; depends=[assertthat cowplot dplyr GenomeInfoDb GenomicRanges ggplot2 IRanges purrr rtracklayer S4Vectors]; };
xcms = derive2 { name="xcms"; version="3.10.1"; sha256="1aa11gy1v7kkamv3hsnvdx715q8f1saw9p664j6wifyjj0hx13kn"; depends=[Biobase BiocGenerics BiocParallel IRanges lattice MassSpecWavelet MSnbase mzR plyr ProtGenerics RANN RColorBrewer robustbase S4Vectors SummarizedExperiment]; }; xcms = derive2 { name="xcms"; version="3.10.2"; sha256="0sk53jcl7sjrpw2ncdpl8sw1b1j9mizlrj517rinr1qrbm6lsn8f"; depends=[Biobase BiocGenerics BiocParallel IRanges lattice MassSpecWavelet MSnbase mzR plyr ProtGenerics RANN RColorBrewer robustbase S4Vectors SummarizedExperiment]; };
xmapbridge = derive2 { name="xmapbridge"; version="1.46.0"; sha256="1qz39p1nr0j245smcng0qzraz7k9j363c48ppp5hdw076cz622m0"; depends=[]; }; xmapbridge = derive2 { name="xmapbridge"; version="1.46.0"; sha256="1qz39p1nr0j245smcng0qzraz7k9j363c48ppp5hdw076cz622m0"; depends=[]; };
xps = derive2 { name="xps"; version="1.48.0"; sha256="185cvningg3vnzvchfczjph2wlpwfmyhhnfjfigf0gis8a8asar9"; depends=[]; }; xps = derive2 { name="xps"; version="1.48.0"; sha256="185cvningg3vnzvchfczjph2wlpwfmyhhnfjfigf0gis8a8asar9"; depends=[]; };
yamss = derive2 { name="yamss"; version="1.14.0"; sha256="00x2lnssgzbmhy5bb2m0f8rq2nsz3lb5xlp2vhkcagza39h3xb0c"; depends=[BiocGenerics data_table EBImage IRanges limma Matrix mzR S4Vectors SummarizedExperiment]; }; yamss = derive2 { name="yamss"; version="1.14.0"; sha256="00x2lnssgzbmhy5bb2m0f8rq2nsz3lb5xlp2vhkcagza39h3xb0c"; depends=[BiocGenerics data_table EBImage IRanges limma Matrix mzR S4Vectors SummarizedExperiment]; };
yaqcaffy = derive2 { name="yaqcaffy"; version="1.48.0"; sha256="1l0cblh9sfrsil15bjya7d8kkas8bj6klj2w3c4384njdsjsjcf0"; depends=[simpleaffy]; }; yaqcaffy = derive2 { name="yaqcaffy"; version="1.48.0"; sha256="1l0cblh9sfrsil15bjya7d8kkas8bj6klj2w3c4384njdsjsjcf0"; depends=[simpleaffy]; };
yarn = derive2 { name="yarn"; version="1.14.0"; sha256="1xdjwy1gkfg8lhgq4iwwmbi01903qljjs7yd96cvacmvgn8z6qvx"; depends=[Biobase biomaRt downloader edgeR gplots limma matrixStats preprocessCore quantro RColorBrewer readr]; }; yarn = derive2 { name="yarn"; version="1.14.0"; sha256="1xdjwy1gkfg8lhgq4iwwmbi01903qljjs7yd96cvacmvgn8z6qvx"; depends=[Biobase biomaRt downloader edgeR gplots limma matrixStats preprocessCore quantro RColorBrewer readr]; };
zFPKM = derive2 { name="zFPKM"; version="1.10.0"; sha256="0scszhfqrgzhglz1a6kxfydq9dx8fqx28j3dypp91y5ah2w6mdys"; depends=[checkmate dplyr ggplot2 SummarizedExperiment tidyr]; }; zFPKM = derive2 { name="zFPKM"; version="1.10.0"; sha256="0scszhfqrgzhglz1a6kxfydq9dx8fqx28j3dypp91y5ah2w6mdys"; depends=[checkmate dplyr ggplot2 SummarizedExperiment tidyr]; };
zinbwave = derive2 { name="zinbwave"; version="1.10.0"; sha256="16giyks17hv6svl9kvhgd2vp14mbg3b3bp7z16bzcjf9adhf0wi5"; depends=[BiocParallel edgeR genefilter Matrix SingleCellExperiment softImpute SummarizedExperiment]; }; zinbwave = derive2 { name="zinbwave"; version="1.10.1"; sha256="10p3map06plf68d8xls6hdx1crqrrxwzxr1k6kgz9jhdjlcnnfgd"; depends=[BiocParallel edgeR genefilter Matrix SingleCellExperiment softImpute SummarizedExperiment]; };
zlibbioc = derive2 { name="zlibbioc"; version="1.34.0"; sha256="0j1l052jb2cwc1nifxzwknc9csagf4f2d092zs0i95dz0rma89l0"; depends=[]; }; zlibbioc = derive2 { name="zlibbioc"; version="1.34.0"; sha256="0j1l052jb2cwc1nifxzwknc9csagf4f2d092zs0i95dz0rma89l0"; depends=[]; };
} }

6379
pkgs/development/r-modules/cran-packages.nix generated
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File diff suppressed because it is too large Load diff

9
pkgs/development/r-modules/default.nix
View file

@ -283,7 +283,6 @@ let
odbc = [ pkgs.unixODBC ]; odbc = [ pkgs.unixODBC ];
pander = [ pkgs.pandoc pkgs.which ]; pander = [ pkgs.pandoc pkgs.which ];
pbdMPI = [ pkgs.openmpi ]; pbdMPI = [ pkgs.openmpi ];
pbdNCDF4 = [ pkgs.netcdf ];
pbdPROF = [ pkgs.openmpi ]; pbdPROF = [ pkgs.openmpi ];
pbdZMQ = lib.optionals stdenv.isDarwin [ pkgs.which ]; pbdZMQ = lib.optionals stdenv.isDarwin [ pkgs.which ];
pdftools = [ pkgs.poppler.dev ]; pdftools = [ pkgs.poppler.dev ];
@ -479,7 +478,6 @@ let
"Demerelate" "Demerelate"
"detrendeR" "detrendeR"
"dgmb" "dgmb"
"DivMelt"
"dpa" "dpa"
"DSpat" "DSpat"
"dynamicGraph" "dynamicGraph"
@ -499,14 +497,12 @@ let
"forensim" "forensim"
"FreeSortR" "FreeSortR"
"fscaret" "fscaret"
"fSRM"
"gcmr" "gcmr"
"geomorph" "geomorph"
"geoR" "geoR"
"georob" "georob"
"GGEBiplotGUI" "GGEBiplotGUI"
"gnm" "gnm"
"GPCSIV"
"GrapheR" "GrapheR"
"GroupSeq" "GroupSeq"
"gsubfn" "gsubfn"
@ -581,7 +577,6 @@ let
"RcmdrPlugin_orloca" "RcmdrPlugin_orloca"
"RcmdrPlugin_plotByGroup" "RcmdrPlugin_plotByGroup"
"RcmdrPlugin_pointG" "RcmdrPlugin_pointG"
"RcmdrPlugin_qual"
"RcmdrPlugin_ROC" "RcmdrPlugin_ROC"
"RcmdrPlugin_sampling" "RcmdrPlugin_sampling"
"RcmdrPlugin_SCDA" "RcmdrPlugin_SCDA"
@ -607,7 +602,6 @@ let
"soundecology" "soundecology"
"spatsurv" "spatsurv"
"sqldf" "sqldf"
"SRRS"
"SSDforR" "SSDforR"
"statcheck" "statcheck"
"StatDA" "StatDA"
@ -624,8 +618,6 @@ let
"tcltk2" "tcltk2"
"TestScorer" "TestScorer"
"TIMP" "TIMP"
"titan"
"tkrgl"
"tkrplot" "tkrplot"
"tmap" "tmap"
"tspmeta" "tspmeta"
@ -699,7 +691,6 @@ let
data_table = old.data_table.overrideDerivation (attrs: { data_table = old.data_table.overrideDerivation (attrs: {
NIX_CFLAGS_COMPILE = attrs.NIX_CFLAGS_COMPILE + " -fopenmp"; NIX_CFLAGS_COMPILE = attrs.NIX_CFLAGS_COMPILE + " -fopenmp";
patchPhase = "patchShebangs configure"; patchPhase = "patchShebangs configure";
postInstall = "mv $out/library/data.table/libs/{data.table,datatable}.so";
}); });
ModelMetrics = old.ModelMetrics.overrideDerivation (attrs: { ModelMetrics = old.ModelMetrics.overrideDerivation (attrs: {

8
pkgs/development/r-modules/generate-r-packages.R
View file

@ -43,8 +43,12 @@ nixPrefetch <- function(name, version) {
} }
escapeName <- function(name) {
switch(name, "import" = "r_import", "assert" = "r_assert", name)
}
formatPackage <- function(name, version, sha256, depends, imports, linkingTo) { formatPackage <- function(name, version, sha256, depends, imports, linkingTo) {
name <- ifelse(name == "import", "r_import", name) name <- escapeName(name)
attr <- gsub(".", "_", name, fixed=TRUE) attr <- gsub(".", "_", name, fixed=TRUE)
options(warn=5) options(warn=5)
depends <- paste( if (is.na(depends)) "" else gsub("[ \t\n]+", "", depends) depends <- paste( if (is.na(depends)) "" else gsub("[ \t\n]+", "", depends)
@ -56,7 +60,7 @@ formatPackage <- function(name, version, sha256, depends, imports, linkingTo) {
depends <- lapply(depends, gsub, pattern="([^ \t\n(]+).*", replacement="\\1") depends <- lapply(depends, gsub, pattern="([^ \t\n(]+).*", replacement="\\1")
depends <- lapply(depends, gsub, pattern=".", replacement="_", fixed=TRUE) depends <- lapply(depends, gsub, pattern=".", replacement="_", fixed=TRUE)
depends <- depends[depends %in% knownPackages] depends <- depends[depends %in% knownPackages]
depends <- lapply(depends, function(d) ifelse(d == "import", "r_import", d)) depends <- lapply(depends, escapeName)
depends <- paste(depends) depends <- paste(depends)
depends <- paste(sort(unique(depends)), collapse=" ") depends <- paste(sort(unique(depends)), collapse=" ")
paste0(" ", attr, " = derive2 { name=\"", name, "\"; version=\"", version, "\"; sha256=\"", sha256, "\"; depends=[", depends, "]; };") paste0(" ", attr, " = derive2 { name=\"", name, "\"; version=\"", version, "\"; sha256=\"", sha256, "\"; depends=[", depends, "]; };")