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Functions862 in github.com/Koeng101/dnadesign

↓ 1 callersFunctionscore_helix
(nuci, nuci1, currentNucleotide_1, currentNucleotide int)
lib/fold/linearfold/linearfold.go:1333
↓ 1 callersFunctionscore_multi
(i, j, nuci, nuci1, currentNucleotide_1, currentNucleotide, len int)
lib/fold/linearfold/linearfold.go:1477
↓ 1 callersFunctionscore_single_nuc
(i, j, p, q, nucp_1, nucq1 int)
lib/fold/linearfold/linearfold.go:1488
↓ 1 callersFunctionscore_single_without_junctionB
(i, j, p, q, nucp_1, nucp, nucq, nucq1 int)
lib/fold/linearfold/linearfold.go:1482
↓ 1 callersMethodsetMiscParams
(parsedMiscParams []float64)
lib/fold/mfe/energy_params/parse.go:806
↓ 1 callersMethodsetMultiLoopParams
***************************************************************************** End Section: Adding Offsets to Matrices ********************************
lib/fold/mfe/energy_params/parse.go:791
↓ 1 callersMethodsetNinioParams
(parsedNinioParams []int)
lib/fold/mfe/energy_params/parse.go:800
↓ 1 callersMethodsetStructureType
setStructureType sets the `Type` field of a `StemStructure` based on the number of unpaired nucleotides between the closing and enclosed base pairs.
lib/fold/mfe/secondary_structure/secondary_structure.go:196
↓ 1 callersFunctionsortM
(threshold float64, beamstep *map[int]*State, sorted_stepM []Pair)
lib/fold/linearfold/linearfold.go:1342
↓ 1 callersFunctionstemStructure
stemStructure sets the required interior loop nucleotides of a `parseCompound`'s annotatedStructure and returns the `StemStructure` closed by (`closin
lib/fold/mfe/secondary_structure/dot_bracket.go:365
↓ 1 callersFunctionstemStructureEnergy
Evaluate the free energy contribution of a stem structure. See `EvaluateStemStructure()` for more details.
lib/fold/mfe/mfe.go:282
↓ 1 callersFunctionterminal_mismatch_score
(nuci, nuci1, currentNucleotide_1, currentNucleotide int)
lib/fold/linearfold/linearfold.go:1255
↓ 1 callersFunctiontraceback
Traceback thru the pairedMinimumFreeEnergyV(start,end) and unpairedMinimumFreeEnergyW(start,end) caches to find the structure For each step, get to th
lib/fold/zuker/fold.go:817
↓ 1 callersFunctionv_score_multi
(i, j, nuci, nuci1, nucj_1, nucj, len int)
lib/fold/linearfold/linearfold.go:1646
↓ 1 callersFunctionweightAminoAcids
weightAminoAcids weights each codon in a codon table according to input string codon frequency, adding weight to the given NCBI base codon table
lib/synthesis/codon/codon.go:259
↓ 1 callersFunctionwithCancelCause
(parent context.Context)
lib/bio/errgroup/go120.go:11
↓ 1 callersFunctionwriteMulti
(gbs []Genbank, path string)
lib/bio/genbank/genbank.go:1252
↓ 1 callersFunctionxgetbv_low
implemented in cpuidlow_amd64.s
lib/bio/slow5/svb/cpuid/cpuid_amd64.go:13
FunctionAddCodonTable
AddCodonTable takes 2 CodonTables and adds them together to create a new codonTable.
lib/synthesis/codon/codon.go:630
FunctionBenchmarkCds
(b *testing.B)
lib/synthesis/fix/synthesis_test.go:37
FunctionBenchmarkCodecGet
(b *testing.B)
lib/bio/slow5/svb/perf/perf_test.go:44
FunctionBenchmarkComplement
(b *testing.B)
lib/transform/transform_test.go:91
FunctionBenchmarkGo
(b *testing.B)
lib/bio/errgroup/errgroup_test.go:253
FunctionBenchmarkGoldenGate3Parts
(b *testing.B)
lib/clone/clone_test.go:237
FunctionBenchmarkMashDistancee
(b *testing.B)
lib/align/mash/mash_test.go:65
FunctionBenchmarkMegamash
(b *testing.B)
lib/align/megamash/megamash_test.go:28
FunctionBenchmarkRead1
(b *testing.B)
lib/bio/genbank/genbank_test.go:270
FunctionBenchmarkRead10
(b *testing.B)
lib/bio/genbank/genbank_test.go:271
FunctionBenchmarkRead100
(b *testing.B)
lib/bio/genbank/genbank_test.go:272
FunctionBenchmarkRead1000
(b *testing.B)
lib/bio/genbank/genbank_test.go:273
FunctionBenchmarkRead10000
(b *testing.B)
lib/bio/genbank/genbank_test.go:274
FunctionBenchmarkReverse
(b *testing.B)
lib/transform/transform_test.go:100
FunctionBenchmarkReverseComplement
(b *testing.B)
lib/transform/transform_test.go:82
FunctionBenchmarkUint32Decode128
(b *testing.B)
lib/bio/slow5/svb/perf/perf_amd64_test.go:9
FunctionBenchmarkUint32Decode256
(b *testing.B)
lib/bio/slow5/svb/perf/perf_amd64_test.go:19
FunctionBenchmarkUint32Decode32
(b *testing.B)
lib/bio/slow5/svb/perf/perf_test.go:38
FunctionBenchmarkUint32Decode512
(b *testing.B)
lib/bio/slow5/svb/perf/perf_amd64_test.go:29
FunctionBenchmarkViennaRNAFold
(b *testing.B)
lib/fold/linearfold/linearfold_test.go:89
FunctionCallMutations
(readResults []string, referenceBase string, minimalRatio float64)
lib/bio/pileup/pileup.go:233
MethodCopy
Copy creates deep copy of Feature, which supports safe duplication.
lib/bio/genbank/genbank.go:170
FunctionCreateBarcodes
CreateBarcodes is a simplified version of CreateBarcodesWithBannedSequences with sane defaults.
lib/primers/primers.go:304
FunctionCreateBarcodesGcRange
CreateBarcodesGcRange creates a list of barcodes within a given GC range.
lib/primers/primers.go:309
FunctionCutWithEnzymeByName
****************************************************************************** Aug 28, 2024 Clone Package Functions ********************************
py/lib.go:470
FunctionDesignPrimers
DesignPrimers designs two primers to amplify a target sequence and only that target sequence (no overhangs).
lib/primers/pcr/pcr.go:61
FunctionDualBarcodeFastq
(ctx context.Context, forwardPrimer string, reversePrimer string, primerSet barcoding.DualBarcodePrimerSet, in
lib/sequencing/sequencing.go:38
FunctionDualBarcodeSequence
DualBarcodeSequence analyzes a sequence for both a forward and reverse barcode pair and returns their well.
lib/sequencing/barcoding/barcoding.go:173
FunctionEncodeBasePair
EncodeBasePair returns the type of a base pair encoded as an `int`, which is used to access energy paramater values in the `EnergyParams` struct. See
lib/fold/mfe/energy_params/energy_params.go:320
FunctionEncodeSequence
EncodeSequence encodes a sequence into its numerical representation based on `NucleotideEncodedIntMap`.
lib/fold/mfe/energy_params/energy_params.go:306
FunctionExample
()
lib/bio/uniref/example_test.go:11
FunctionExampleAddCodonTable
()
lib/synthesis/codon/example_test.go:118
FunctionExampleAllVariantsIUPAC
()
lib/transform/variants/variants_test.go:40
FunctionExampleAllVariantsIUPAC_error
()
lib/transform/variants/variants_test.go:50
FunctionExampleCONTRAfoldV2
()
lib/fold/linearfold/linearfold_test.go:11
FunctionExampleCds
()
lib/synthesis/fix/example_test.go:31
FunctionExampleCdsSimple
()
lib/synthesis/fix/example_test.go:42
FunctionExampleComplement
()
lib/transform/examples_test.go:17
FunctionExampleCompromiseCodonTable
()
lib/synthesis/codon/example_test.go:83
FunctionExampleCreateBarcodes
()
lib/primers/primers_test.go:100
FunctionExampleCreateBarcodesGcRange
()
lib/primers/primers_test.go:107
FunctionExampleCreateBarcodesWithBannedSequences
()
lib/primers/primers_test.go:93
FunctionExampleDNASequence
()
lib/random/random_test.go:45
FunctionExampleDesignPrimers
()
lib/primers/pcr/example_test.go:49
FunctionExampleDesignPrimersWithOverhangs
()
lib/primers/pcr/example_test.go:39
FunctionExampleDualBarcodeSequence
()
lib/sequencing/barcoding/barcoding_test.go:13
FunctionExampleExport
()
lib/bio/rebase/example_test.go:23
FunctionExampleFilterData
()
lib/bio/example_test.go:445
FunctionExampleFragment
()
lib/synthesis/fragment/example_test.go:32
FunctionExampleGoldenGate
()
lib/clone/example_test.go:10
FunctionExampleGroup_parallel
This calls the actual internet. Removing it because why would you do that. JustErrors illustrates the use of a Group in place of a sync.WaitGroup to s
lib/bio/errgroup/errgroup_test.go:67
FunctionExampleGroup_pipeline
Pipeline demonstrates the use of a Group to implement a multi-stage pipeline: a version of the MD5All function with bounded parallelism from https://b
lib/bio/errgroup/errgroup_example_md5all_test.go:21
FunctionExampleHash2
()
lib/seqhash/example_test.go:36
FunctionExampleManyToChannel
()
lib/bio/example_test.go:113
FunctionExampleMarmurDoty
()
lib/primers/primers_test.go:13
FunctionExampleMash
()
lib/align/mash/example_test.go:10
FunctionExampleMeltingTemp
()
lib/primers/primers_test.go:68
FunctionExampleMinimap2
()
external/minimap2/example_test.go:13
FunctionExampleMinimumFreeEnergy
()
lib/fold/mfe/mfe_test.go:16
FunctionExampleNeedlemanWunsch
()
lib/align/example_test.go:12
FunctionExampleNewFastaParser
()
lib/bio/example_test.go:173
FunctionExampleNewFastqParser
()
lib/bio/example_test.go:194
FunctionExampleNewGenbankParser
()
lib/bio/example_test.go:208
FunctionExampleNewParser
()
lib/bio/slow5/example_test.go:10
FunctionExampleNewParser
()
lib/bio/sam/sam_test.go:36
FunctionExampleNewPileupParser
()
lib/bio/example_test.go:279
FunctionExampleNewSamParser
()
lib/bio/example_test.go:431
FunctionExampleNewSlow5Parser
()
lib/bio/example_test.go:262
FunctionExampleNewUniprotParser
()
lib/bio/example_test.go:295
FunctionExampleNewUnirefParser
()
lib/bio/example_test.go:392
FunctionExampleNextOverhang
This example shows how to generate a new overhang onto a list of overhangs.
lib/synthesis/fragment/example_test.go:22
FunctionExampleNucleobaseDeBruijnSequence
()
lib/primers/primers_test.go:86
FunctionExampleParseCodonJSON
()
lib/synthesis/codon/example_test.go:63
FunctionExampleParser
()
lib/bio/fastq/example_test.go:14
FunctionExampleParser_ParseToChannel
()
lib/bio/example_test.go:84
FunctionExampleParser_ParseWithHeader
()
lib/bio/example_test.go:67
FunctionExampleProteinSequence
()
lib/random/random_test.go:9
FunctionExampleRead
()
lib/bio/rebase/example_test.go:17
FunctionExampleReadCodonJSON
()
lib/synthesis/codon/example_test.go:56
FunctionExampleRecord_WriteTo
ExampleWrite shows basic usage of the writer.
lib/bio/fasta/example_test.go:39
FunctionExampleReverse
()
lib/transform/examples_test.go:25
FunctionExampleReverseComplement
()
lib/transform/examples_test.go:9
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