/dports/biology/viennarna/ViennaRNA-2.4.18/tests/perl5/ |
H A D | test-RNA.pl | 10 use RNA; 82 $RNA::cut_point=-1; 100 is(RNA::intP_getitem($RNA::iindx,3),108); 104 RNA::ushortP_setitem($RNA::xsubi, 0, 171); 105 RNA::ushortP_setitem($RNA::xsubi, 1, 42); 106 RNA::ushortP_setitem($RNA::xsubi, 2, 93); 107 is(RNA::cdata($RNA::xsubi, 6),pack('S3', 171,42,93)); 114 my $ii = RNA::intP_getitem($RNA::iindx, 2); 115 my $p2 = (RNA::pf_float_precision() != 0) ? RNA::floatP_getitem($RNA::pr, $ii-15) : RNA::doubleP_ge… 129 is($RNA::loops,2); [all …]
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H A D | test-RNA-file-formats.pl | 10 use RNA; 30 is($msa_format, RNA::FILE_FORMAT_MSA_STOCKHOLM); 34 is($msa_format, RNA::FILE_FORMAT_MSA_CLUSTAL); 38 is($msa_format, RNA::FILE_FORMAT_MSA_FASTA); 41 $msa_format = RNA::file_msa_detect_format($datadir . "/test.maf"); 42 is($msa_format, RNA::FILE_FORMAT_MSA_MAF); 46 is($msa_format, RNA::FILE_FORMAT_MSA_UNKNOWN); 53 … RNA::FILE_FORMAT_MSA_STOCKHOLM | RNA::FILE_FORMAT_MSA_SILENT); 85 … RNA::FILE_FORMAT_MSA_CLUSTAL | RNA::FILE_FORMAT_MSA_SILENT); 98 … RNA::FILE_FORMAT_MSA_FASTA | RNA::FILE_FORMAT_MSA_SILENT); [all …]
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H A D | test-RNA-pf_window.pl | 12 use RNA; 184 $md = new RNA::md(); 187 $fc = new RNA::fold_compound($longseq, $md, RNA::OPTION_WINDOW); 242 $fc = new RNA::fold_compound($seq, $md, RNA::OPTION_WINDOW); 277 $fc = new RNA::fold_compound($shortseq, $md, RNA::OPTION_WINDOW); 304 $fc = new RNA::fold_compound($longseq, undef, RNA::OPTION_WINDOW); 346 $fc = new RNA::fold_compound($longseq, $md, RNA::OPTION_WINDOW); 390 $fc = new RNA::fold_compound($longseq, $md, RNA::OPTION_WINDOW); 418 $fc = new RNA::fold_compound($shortseq, $md, RNA::OPTION_WINDOW); 445 RNA::init_rand(); [all …]
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H A D | test-RNA-constraints.pl | 8 use RNA; 44 $fc = new RNA::fold_compound($seq_con); 70 $fc = new RNA::fold_compound($seq_con); 92 $fc= new RNA::fold_compound($seq_con); 93 $fc->hc_add_bp(1,20,RNA::CONSTRAINT_CONTEXT_ENFORCE | RNA::CONSTRAINT_CONTEXT_ALL_LOOPS); 103 $fc = new RNA::fold_compound($seq_con); 114 $fc = new RNA::fold_compound($seq_long, undef, RNA::OPTION_WINDOW); 115 $fc->hc_add_bp(1, 10, RNA::CONSTRAINT_CONTEXT_ALL_LOOPS | RNA::CONSTRAINT_CONTEXT_ENFORCE); 116 $fc->hc_add_bp(101, 110, RNA::CONSTRAINT_CONTEXT_ALL_LOOPS | RNA::CONSTRAINT_CONTEXT_ENFORCE); 124 my $pt = RNA::ptable($hit->{'structure'}); [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/tests/python/ |
H A D | test-RNA.py | 6 import RNA 98 ret = RNA.intP_getitem(RNA.cvar.iindx,3) 100 RNA.ushortP_setitem(RNA.cvar.xsubi, 0, 171) 101 RNA.ushortP_setitem(RNA.cvar.xsubi, 1, 42) 102 RNA.ushortP_setitem(RNA.cvar.xsubi, 2, 93) 103 self.assertEqual(RNA.cdata(RNA.cvar.xsubi, 6),pack('HHH',171,42,93)) 108 ii = RNA.intP_getitem(RNA.cvar.iindx, 2) 111 p2 = RNA.floatP_getitem(RNA.cvar.pr, ii-15) 113 p2 = RNA.doubleP_getitem(RNA.cvar.pr, ii-15) 123 self.assertEqual(RNA.intP_getitem(RNA.cvar.loop_degree,1),2) [all …]
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H A D | test-RNA-file-formats.py | 6 import RNA 34 self.assertTrue(msa_format == RNA.FILE_FORMAT_MSA_MAF) 48 RNA.FILE_FORMAT_MSA_SILENT) 67 RNA.FILE_FORMAT_MSA_SILENT) 82 RNA.FILE_FORMAT_MSA_FASTA | \ 83 RNA.FILE_FORMAT_MSA_SILENT) 97 RNA.file_msa_read(datadir + "/test.maf", 98 RNA.FILE_FORMAT_MSA_MAF | \ 99 RNA.FILE_FORMAT_MSA_SILENT) 116 RNA.file_msa_read_record(f) [all …]
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H A D | test-RNA-sc-callbacks.py | 5 import RNA 14 RNA.cvar.dangles=0 21 if d == RNA.DECOMP_PAIR_HP: 25 elif d == RNA.DECOMP_PAIR_IL: 29 elif d == RNA.DECOMP_PAIR_ML: 42 elif d == RNA.DECOMP_ML_STEM: 47 elif d == RNA.DECOMP_ML_ML: 51 elif d == RNA.DECOMP_ML_UP: 71 if d == RNA.DECOMP_PAIR_HP: 91 if d == RNA.DECOMP_PAIR_HP: [all …]
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H A D | test-RNA-pf_window.py | 7 import RNA 114 md = RNA.md() 117 fc = RNA.fold_compound(longseq, md, RNA.OPTION_WINDOW) 148 fc = RNA.fold_compound(seq, md, RNA.OPTION_WINDOW) 178 md = RNA.md() 184 fc = RNA.fold_compound(shortseq, md, RNA.OPTION_WINDOW) 212 fc = RNA.fold_compound(longseq, None, RNA.OPTION_WINDOW) 253 fc = RNA.fold_compound(longseq, md, RNA.OPTION_WINDOW) 289 fc = RNA.fold_compound(longseq, md, RNA.OPTION_WINDOW) 328 fc = RNA.fold_compound(shortseq, md, RNA.OPTION_WINDOW) [all …]
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H A D | test-RNA-constraints.py | 5 import RNA 29 fc = RNA.fold_compound(seq_con) 54 fc = RNA.fold_compound(seq_con) 76 fc=RNA.fold_compound(seq_con) 77 fc.hc_add_bp(1,20,RNA.CONSTRAINT_CONTEXT_ENFORCE | RNA.CONSTRAINT_CONTEXT_ALL_LOOPS) 89 fc = RNA.fold_compound(seq_con) 98 fc = RNA.fold_compound(seq_long, None, RNA.OPTION_WINDOW) 99 fc.hc_add_bp(1, 10, RNA.CONSTRAINT_CONTEXT_ALL_LOOPS | RNA.CONSTRAINT_CONTEXT_ENFORCE); 100 fc.hc_add_bp(101, 110, RNA.CONSTRAINT_CONTEXT_ALL_LOOPS | RNA.CONSTRAINT_CONTEXT_ENFORCE); 106 pt = RNA.ptable(hit['structure']) [all …]
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/dports/biology/p5-BioPerl/BioPerl-1.7.7/t/data/ |
H A D | ecoli-trna-qrna.out | 26 RNA ends = 0 12 57 winner = RNA 74 winner = RNA 91 winner = RNA 108 winner = RNA 125 winner = RNA 142 winner = RNA 159 winner = RNA 176 winner = RNA 193 winner = RNA [all …]
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H A D | sprintf.rnamotif | 4 >gi|173609|gb|M28984|ACARRDX A.castellani 5S ribosomal RNA 6 >gi|1236163|gb|L41047|ANNRRO Actinoplanes sp. ribosomal RNA (rRNA) 8 >gi|1236163|gb|L41047|ANNRRO Actinoplanes sp. ribosomal RNA (rRNA) 76 >gi|174363|gb|K01260|ECOPRM1 Escherichia coli 10sb (M1) RNA; the RNA component of RNase P 126 >gi|174913|gb|M23820|HUMRRAUA Human U5-A ribosomal RNA 128 >gi|174913|gb|M23820|HUMRRAUA Human U5-A ribosomal RNA 246 >gi|176199|gb|M21529|THCRRD T.celer 16S ribosomal RNA 357 >gi|174363|gb|K01260|ECOPRM1 Escherichia coli 10sb (M1) RNA; the RNA component of RNase P 407 >gi|174913|gb|M23820|HUMRRAUA Human U5-A ribosomal RNA 409 >gi|174913|gb|M23820|HUMRRAUA Human U5-A ribosomal RNA [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/tests/python3/ |
H A D | test-RNA.py3 | 6 import RNA 22 (struct, mfe) = RNA.fold(seq1) 64 RNA.edit_backtrack = 1 66 # print RNA::get_aligned_line(0), RNA::get_aligned_line(1),"\n" 93 RNA.cvar.cut_point=-1 102 ii = RNA.intP_getitem(RNA.cvar.iindx, 2) 105 p2 = RNA.floatP_getitem(RNA.cvar.pr, ii-15) 107 p2 = RNA.doubleP_getitem(RNA.cvar.pr, ii-15) 117 self.assertEqual(RNA.intP_getitem(RNA.cvar.loop_degree,1),2) 192 md = RNA.md(); [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/tests/ |
H A D | Makefile.am | 51 BUILT_SOURCES = perl5/test-RNA-Design.t 65 PERL_TESTS = perl5/test-RNA.pl \ 66 perl5/test-RNA-callbacks.pl \ 68 perl5/test-RNA-Design.t \ 71 perl5/test-RNA-mfe_eval.pl \ 73 perl5/test-RNA-pf_window.pl \ 90 perl5/test-RNA-Design.t: $(top_srcdir)/interfaces/Perl/RNA/t/Design.t 91 cp $(top_srcdir)/interfaces/Perl/RNA/t/Design.t $(builddir)/perl5/test-RNA-Design.t 117 python/test-RNA-utils.py \ 118 python/test-RNA.py [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/doc/latex/ |
H A D | files.tex | 6 …sline{section}{Vienna\+RNA/\mbox{\hyperlink{alifold_8h}{alifold.\+h}} \\*Functions for comparative… 12 …item\contentsline{section}{Vienna\+RNA/\mbox{\hyperlink{cofold_8h}{cofold.\+h}} \\*MFE implementat… 15 …sline{section}{Vienna\+RNA/\mbox{\hyperlink{concentrations_8h}{concentrations.\+h}} \\*Concentrati… 25 \item\contentsline{section}{Vienna\+RNA/\mbox{\hyperlink{duplex_8h}{duplex.\+h}} \\*Functions for s… 36 \item\contentsline{section}{Vienna\+RNA/\mbox{\hyperlink{fold_8h}{fold.\+h}} \\*MFE calculations fo… 40 \item\contentsline{section}{Vienna\+RNA/\mbox{\hyperlink{grammar_8h}{grammar.\+h}} \\*Implementatio… 42 …entsline{section}{Vienna\+RNA/\mbox{\hyperlink{heat__capacity_8h}{heat\+\_\+capacity.\+h}} \\*Comp… 60 …ntsline{section}{Vienna\+RNA/\mbox{\hyperlink{part__func__co_8h}{part\+\_\+func\+\_\+co.\+h}} \\*P… 61 …ection}{Vienna\+RNA/\mbox{\hyperlink{part__func__up_8h}{part\+\_\+func\+\_\+up.\+h}} \\*Implementa… 90 …ontentsline{section}{Vienna\+RNA/\mbox{\hyperlink{units_8h}{units.\+h}} \\*Use \mbox{\hyperlink{ut… [all …]
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H A D | group__cofold.tex | 1 \hypertarget{group__cofold}{}\doxysection{RNA-\/\+RNA Interaction} 2 \label{group__cofold}\index{RNA-\/RNA Interaction@{RNA-\/RNA Interaction}} 6 Collaboration diagram for RNA-\/\+RNA Interaction\+: 20 \begin{DoxyCompactList}\small\item\em RNA-\/\+RNA interaction as a stepwise process. \end{DoxyCompa… 25 \begin{DoxyCompactList}\small\item\em Concentration computations for RNA-\/\+RNA interactions. \end… 27 \begin{DoxyCompactList}\small\item\em Functions for simple RNA-\/\+RNA duplex interactions. \end{Do… 29 \begin{DoxyCompactList}\small\item\em Implementations for accessibility and RNA-\/\+RNA interaction…
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/dports/biology/viennarna/ViennaRNA-2.4.18/interfaces/Python3/ |
H A D | Makefile.am | 20 pkgpyexecdir = $(py3execdir)/RNA 24 pkgpyexec_DATA = RNA/__init__.py 88 $(AM_V_GEN)( test -d RNA || $(MKDIR_P) RNA ) && \ 89 cp `test -f RNA.py || echo '$(srcdir)/'`RNA.py RNA/__init__.py 93 RNA/__pycache__/__init__.@PYTHON3_CACHE_TAG@.pyc: RNA/__init__.py RNA/_RNA$(PYTHON3_SO) 97 RNA/__pycache__/__init__.@PYTHON3_CACHE_OPT1_EXT@: RNA/__init__.py RNA/_RNA$(PYTHON3_SO) 101 RNA/_RNA$(PYTHON3_SO): _RNA.la 102 $(AM_V_GEN)( test -d RNA || $(MKDIR_P) RNA ) && \ 108 RNA/_RNA$(PYTHON3_SO) \ 109 RNA/__init__.py \ [all …]
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/dports/biology/py-multiqc/multiqc-1.10/multiqc/utils/ |
H A D | config_defaults.yaml | 292 - RNA 312 - RNA 320 - RNA 327 - RNA 331 - RNA 339 - RNA 342 - RNA 345 - RNA 348 - RNA 351 - RNA [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/RNA-Tutorial/Data/genefinding/rnaz/herpes/x/ |
H A D | rnaz.out | 17 Prediction: RNA 49 Prediction: RNA 79 Prediction: RNA 108 Prediction: RNA 137 Prediction: RNA 166 Prediction: RNA 195 Prediction: RNA 224 Prediction: RNA 253 Prediction: RNA 282 Prediction: RNA [all …]
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H A D | rnaz_random.out | 17 Prediction: RNA 46 Prediction: RNA 75 Prediction: RNA 104 Prediction: RNA 133 Prediction: RNA 162 Prediction: RNA 191 Prediction: RNA 220 Prediction: RNA 249 Prediction: RNA 307 Prediction: RNA [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/RNA-Tutorial/Data/rnaz/herpes/x/ |
H A D | rnaz.out | 17 Prediction: RNA 49 Prediction: RNA 79 Prediction: RNA 108 Prediction: RNA 137 Prediction: RNA 166 Prediction: RNA 195 Prediction: RNA 224 Prediction: RNA 253 Prediction: RNA 282 Prediction: RNA [all …]
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H A D | rnaz_random.out | 17 Prediction: RNA 46 Prediction: RNA 75 Prediction: RNA 104 Prediction: RNA 133 Prediction: RNA 162 Prediction: RNA 191 Prediction: RNA 220 Prediction: RNA 249 Prediction: RNA 307 Prediction: RNA [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/interfaces/Perl/ |
H A D | Makefile.am | 7 perlext_LTLIBRARIES = RNA.la 31 RNA/Benchmark.pm \ 32 RNA/Design.pm \ 33 RNA/Files.pm \ 34 RNA/Reliability.pm \ 35 RNA/Utils.pm \ 36 RNA/Params.pm 71 RNA.pod \ 73 RNA/t/Design.t \ 103 auto/RNA/RNA$(PERL_SO): RNA.la [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/interfaces/Python/ |
H A D | Makefile.am | 19 pkgpy2execdir = $(py2execdir)/RNA 22 pkgpy2exec_DATA = RNA/__init__.py 86 $(AM_V_GEN)( test -d RNA || $(MKDIR_P) RNA ) && \ 87 cp `test -f RNA.py || echo '$(srcdir)/'`RNA.py RNA/__init__.py 89 RNA/_RNA$(PYTHON2_SO): _RNA.la 90 $(AM_V_GEN)( test -d RNA || $(MKDIR_P) RNA ) && \ 96 RNA/_RNA$(PYTHON2_SO) \ 97 RNA/__init__.py \ 98 RNA/__init__.pyc 103 -rm -rf RNA [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/examples/Python/ |
H A D | maximum_matching.py | 1 import RNA 6 RNA.cvar.dangles = 0 10 mm_data = { 'dummy': RNA.fold_compound(seq1), 'params': RNA.param() } 20 RNA.DECOMP_ML_ML_ML: lambda i, j, k, l, f, p: 0, 21 RNA.DECOMP_ML_UP: lambda i, j, k, l, f, p: - (j - i + 1) * p.MLbase, 22 RNA.DECOMP_EXT_STEM: lambda i, j, k, l, f, p: - f.E_ext_loop(k, l), 23 RNA.DECOMP_EXT_EXT: lambda i, j, k, l, f, p: 0, 24 RNA.DECOMP_EXT_STEM_EXT: lambda i, j, k, l, f, p: - f.E_ext_loop(i, k), 25 RNA.DECOMP_EXT_EXT_STEM: lambda i, j, k, l, f, p: - f.E_ext_loop(l, j), 26 RNA.DECOMP_EXT_EXT_STEM1: lambda i, j, k, l, f, p: - f.E_ext_loop(l, j-1), [all …]
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/dports/biology/viennarna/ViennaRNA-2.4.18/examples/Perl5/ |
H A D | maximum_matching.pl | 4 use RNA; 9 $RNA::dangles = 0; 13 my %mm_data = ( 'dummy' => new RNA::fold_compound($seq1), 'params' => new RNA::param() ); 17 …RNA::DECOMP_PAIR_HP => sub { my ($i, $j, $k, $l, $f, $p) = @_; return - $f->eval_hp_loop($i, $j) -… 21 RNA::DECOMP_ML_ML_ML => sub { my ($i, $j, $k, $l, $f, $p) = @_; return 0}, 24 …RNA::DECOMP_ML_UP => sub { my ($i, $j, $k, $l, $f, $p) = @_; return - ($j - $i + 1) * $p->{MLbase… 25 … RNA::DECOMP_EXT_STEM => sub { my ($i, $j, $k, $l, $f, $p) = @_; return - $f->E_ext_loop($k, $l)}, 26 RNA::DECOMP_EXT_EXT => sub { my ($i, $j, $k, $l, $f, $p) = @_; return 0}, 27 …RNA::DECOMP_EXT_STEM_EXT => sub { my ($i, $j, $k, $l, $f, $p) = @_; return - $f->E_ext_loop($i, $… 28 …RNA::DECOMP_EXT_EXT_STEM => sub { my ($i, $j, $k, $l, $f, $p) = @_; return : - $f->E_ext_loop($l, … [all …]
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