SpectrumRangeManager#

class pyopenms.SpectrumRangeManager#

Bases: object

Cython implementation of _SpectrumRangeManager

Original C++ documentation is available here

Advanced range manager for MS spectra with separate ranges for each MS level

This class extends the basic RangeManager to provide separate range tracking for different MS levels (MS1, MS2, etc.). It manages four types of ranges: - m/z (mass-to-charge ratio) - intensity - retention time (RT) - ion mobility

A global range is tracked for all MS levels, and additional ranges are maintained for each specific MS level. This allows for efficient querying of ranges for specific MS levels, which is useful for visualization, filtering, and processing operations that need to work with specific MS levels.

__init__()#

Overload:

__init__(self) → None

Overload:

__init__(self, in_0: SpectrumRangeManager) → None

Methods

`__init__`
`clearRanges`(self)
`extendMZ`(self, mz, ms_level)
`extendRT`(self, rt, ms_level)
`extendUnsafe`(self, spectrum, ms_level)
`getMSLevels`(self)
`getMaxIntensity`(self)
`getMaxMZ`(self)
`getMaxMobility`(self)
`getMaxRT`(self)
`getMinIntensity`(self)
`getMinMZ`(self)
`getMinMobility`(self)
`getMinRT`(self)

clearRanges(self) → None#

extendMZ(self, mz: float, ms_level: int) → None#

extendRT(self, rt: float, ms_level: int) → None#

extendUnsafe(self, spectrum: MSSpectrum, ms_level: int) → None#

getMSLevels(self) → Set[int]#

getMaxIntensity(self) → float#

getMaxMZ(self) → float#

getMaxMobility(self) → float#

getMaxRT(self) → float#

getMinIntensity(self) → float#

getMinMZ(self) → float#

getMinMobility(self) → float#

getMinRT(self) → float#