Annotations
- class pylluminator.annotations.Annotations(array_type: ArrayType, genome_version: GenomeVersion, name='illumina')
Bases:
objectThis class contains all the metadata associated with a certain genome version (HG39, MM10…) and array type (EPICv2, 450K…). The metadata includes the manifest, the mask (if any exists), and the genome information (which is itself a combination of several dataframes, see class GenomeInfo). Masks and Manifests are automatically downloaded the first time the function is called, while GenomeInfo files are already stored in the repository.
- Variables:
array_type – Illumina array type (EPIC, MM285…)
genome_version (GenomeVersion) – version of the genome (HG38, MM10…)
name (str) – name of the annotation: ‘illumina’ for pylluminator-data annotations, ‘updated’ for the updated annotation defined by DOI:10.1101/2025.03.12.642895 (EPICv2 only),or the name of your custom data. Default: ‘illumina’
genome_info (GenomeInfo) – genome metadata for the given genome version
probe_infos (pandas.DataFrame) – probes metadata (aka Manifest), contains the probes type, address, channel, mask info…
genomic_ranges (pyranges.PyRanges)
Methods
__init__(array_type, genome_version[, name])Get annotation corresponding to the array type and genome version
copy()Return a copy of the Annotations object
Extract genomic ranges information from manifest dataframe
Attributes
Mask names for non-unique probes, as defined in Sesame.
Recommended mask names for each Infinium platform, as defined in Sesame.
Methods and attributes detail
- __init__(array_type: ArrayType, genome_version: GenomeVersion, name='illumina')
Get annotation corresponding to the array type and genome version
- Parameters:
array_type (ArrayType) – illumina array type (EPIC, MSA…)
genome_version (GenomeVersion) – genome version to load (hg32, mm10…)
name (str) – Name of the genome you want to load. Set to ‘illumina’ for Illumina default version, to ‘updated’ for the updated annotation defined by DOI:10.1101/2025.03.12.642895, otherwise must correspond to the folder name containing you custom data
- copy()
Return a copy of the Annotations object