Python Species.getSpeciesName方法代码示例

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def test_get_name_type(self):
     """should return the (latin|common) name given a latin, common or ensembl
     db prefix names"""
     self.assertEqual(Species.getSpeciesName("human"), "Homo sapiens")
     self.assertEqual(Species.getSpeciesName("homo_sapiens"), "Homo sapiens")
     self.assertEqual(Species.getCommonName("Mus musculus"), "Mouse")
     self.assertEqual(Species.getCommonName("mus_musculus"), "Mouse")

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def test_add_new_species(self):
     """should correctly add a new species/common combination and infer the
     correct ensembl prefix"""
     species_name, common_name = "Otolemur garnettii", "Bushbaby"
     Species.amendSpecies(species_name, common_name)
     self.assertEqual(Species.getSpeciesName(species_name), species_name)
     self.assertEqual(Species.getSpeciesName("Bushbaby"), species_name)
     self.assertEqual(Species.getSpeciesName(common_name), species_name)
     self.assertEqual(Species.getCommonName(species_name), common_name)
     self.assertEqual(Species.getCommonName("Bushbaby"), common_name)
     self.assertEqual(Species.getEnsemblDbPrefix("Bushbaby"), "otolemur_garnettii")
     self.assertEqual(Species.getEnsemblDbPrefix(species_name), "otolemur_garnettii")
     self.assertEqual(Species.getEnsemblDbPrefix(common_name), "otolemur_garnettii")

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def test_amend_existing(self):
     """should correctly amend an existing species"""
     species_name = 'Ochotona princeps'
     common_name1 = 'american pika'
     common_name2 = 'pika'
     ensembl_pref = 'ochotona_princeps'
     Species.amendSpecies(species_name, common_name1)
     self.assertEqual(Species.getCommonName(species_name),common_name1)
     Species.amendSpecies(species_name, common_name2)
     self.assertEqual(Species.getSpeciesName(common_name2), species_name)
     self.assertEqual(Species.getSpeciesName(ensembl_pref), species_name)
     self.assertEqual(Species.getCommonName(species_name), common_name2)
     self.assertEqual(Species.getCommonName(ensembl_pref), common_name2)
     self.assertEqual(Species.getEnsemblDbPrefix(species_name),ensembl_pref)
     self.assertEqual(Species.getEnsemblDbPrefix(common_name2),ensembl_pref)

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def __init__(self, Species, Release, account=None, pool_recycle=None):
     super(Genome, self).__init__()
     
     assert Release, 'invalid release specified'
     if account is None:
         account = get_ensembl_account(release=Release)
     
     self._account = account
     self._pool_recycle = pool_recycle
     
     # TODO: check Release may not be necessary because: assert Release above
     if Release is None:
         Release = get_latest_release(account=account)
     
     self._gen_release = None
     
     # TODO make name and release immutable properties
     self.Species = _Species.getSpeciesName(Species)
     self.Release = str(Release)
     
     # the db connections
     self._core_db = None
     self._var_db = None
     self._other_db = None
     self._feature_type_ids = FeatureTypeCache(self)
     self._feature_coord_levels = FeatureCoordLevels(self.Species)

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
    def __init__(self, species, Release, account=None, pool_recycle=None, division=None):
        assert Release, "invalid release specified"
        self.Release = str(Release)
        if account is None:
            account = get_ensembl_account(release=Release)
        self._account = account
        self._pool_recycle = pool_recycle
        self._compara_db = None
        sp = sorted([_Species.getSpeciesName(sp) for sp in set(species)])
        self.Species = tuple(sp)
        self._genomes = {}
        self._attach_genomes()

        self._species_id_map = None
        self._species_db_map = None
        self._species_set = None
        self._method_species_link = None
        self.division = division

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def __call__(self, coord_type = None, core_db = None, species = None,
              seq_level=False):
     """coord_type can be coord_type or coord_system_id"""
     # TODO should only pass in core_db here, not that and Species, or just
     # the genome - what if someone wants to compare different ensembl
     # releases? keying by species is then a bad idea! better to key by
     # id(object)
     # change identifier to coord_system, handle either string val or int
     # (see MySQL table) as is this shouldn't be a __call__, see line 168
     # for reason why we should have a method to set data: setSpeciesCoord
     # call then then just returns the coords for the named species
     species = _Species.getSpeciesName(species or core_db.db_name.Species)
     self._set_species_system(core_db, species)
     if seq_level:
         result = self._get_seq_level_system(species)
     elif coord_type:
         result = self._species_coord_systems[species][coord_type]
     else:
         result = self._species_coord_systems[species]
     return result

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def __call__(self, species = None, core_db=None, feature_types=None, var_db=None, otherfeature_db=None):
     if 'variation' in feature_types:
         assert var_db is not None
     species = _Species.getSpeciesName(core_db.db_name.Species or species)
     self._set_species_feature_levels(species, core_db, feature_types, var_db, otherfeature_db)
     return self._species_feature_levels[species]

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def __init__(self, species):
     self.Species = _Species.getSpeciesName(species)

# 需要导入模块: from cogent.db.ensembl.species import Species [as 别名]
# 或者: from cogent.db.ensembl.species.Species import getSpeciesName [as 别名]
 def getSyntenicRegions(self, Species=None, CoordName=None, Start=None,
         End=None, Strand=1, ensembl_coord=False, region=None,
         align_method=None, align_clade=None, method_clade_id=None):
     """returns a SyntenicRegions instance
     
     Arguments:
         - Species: the species name
         - CoordName, Start, End, Strand: the coordinates for the region
         - ensembl_coord: whether the coordinates are in Ensembl form
         - region: a region instance or a location, in which case the
           CoordName etc .. arguments are ignored
         - align_method, align_clade: the alignment method and clade to use
           Note: the options for this instance can be found by printing
           the method_species_links attribute of this object.
         - method_clade_id: over-rides align_method/align_clade. The entry
           in method_species_links under method_link_species_set_id
           """
     assert (align_method and align_clade) or method_clade_id, \
             'Must specify (align_method & align_clade) or method_clade_id'
     if method_clade_id is None:
         for row in self.method_species_links:
             if align_method.lower() in row['align_method'].lower() and\
                     align_clade.lower() in row['align_clade'].lower():
                 method_clade_id = row['method_link_species_set_id']
     
     if method_clade_id is None:
         raise RuntimeError, "Invalid align_method[%s] or align_clade "\
                             "specified[%s]" % (align_method, align_clade)
     
     if region is None:
         ref_genome = self._genomes[_Species.getSpeciesName(Species)]
         region = ref_genome.makeLocation(CoordName=CoordName,
                             Start=Start, End=End, Strand=Strand,
                             ensembl_coord=ensembl_coord)
     elif hasattr(region, 'Location'):
         region = region.Location
     
     # make sure the genome instances match
     ref_genome = self._genomes[region.genome.Species]
     if ref_genome is not region.genome:
         # recreate region from our instance
         region = ref_genome.makeLocation(CoordName=region.CoordName,
                             Start=region.Start, End=region.End,
                             Strand=region.Strand)
     
     ref_dnafrag_id = self._get_dnafrag_id_for_coord(region)
     blocks=self._get_genomic_align_blocks_for_dna_frag_id(method_clade_id,
                                                 ref_dnafrag_id, region)
     for block in blocks:
         genomic_align_block_id = block['genomic_align_block_id']
         # we get joint records for these identifiers from
         records = self._get_joint_genomic_align_dnafrag(
                                             genomic_align_block_id)
         members = []
         ref_location = None
         for record in records:
             taxon_id = self.genome_taxon[record.genome_db_id]
             genome = self.taxon_id_species[taxon_id]
             # we have a case where we getback different coordinate system
             # results for the ref genome. We keep only those that match
             # the CoordName of region
             
             if genome is region.genome and \
                     record.name == region.CoordName:
                 # this is the ref species and we adjust the ref_location
                 # for this block
                 diff_start = record.dnafrag_start-region.EnsemblStart
                 shift_start = [0, diff_start][diff_start > 0]
                 diff_end = record.dnafrag_end-region.EnsemblEnd
                 shift_end = [diff_end, 0][diff_end > 0]
                 try:
                     ref_location = region.resized(shift_start, shift_end)
                 except ValueError:
                     # we've hit some ref genome fragment that matches
                     # but whose coordinates aren't right
                     continue
             elif genome is region.genome:
                 continue
             members += [(genome, record)]
         assert ref_location is not None, "Failed to make the reference"\
                                                         " location"
         yield SyntenicRegions(self, members, ref_location=ref_location)