PeakShape#

class pyopenms.PeakShape#

Bases: object

Cython implementation of _PeakShape

Documentation is available at http://www.openms.de/current_doxygen/html/classOpenMS_1_1PeakShape.html

It defines an asymmetric Lorentzian and asymmetric hyperbolic squared secan function

__init__()#

Cython signature: void PeakShape()
Cython signature: void PeakShape(PeakShape &)
Cython signature: void PeakShape(double height_, double mz_position_, double left_width_, double right_width_, double area_, PeakShape_Type type_)

Methods

`__init__`	Cython signature: void PeakShape()
`getFWHM`	Cython signature: double getFWHM() Estimates the full width at half maximum
`getSymmetricMeasure`	Cython signature: double getSymmetricMeasure() Computes symmetry measure of the peak shape, which is corresponds to the ratio of the left and right width parameters
`iteratorsSet`	Cython signature: bool iteratorsSet() Check if endpoint iterators are provided

Attributes

`area`
`height`
`left_width`
`mz_position`
`r_value`
`right_width`
`signal_to_noise`
`type`

PeakShape_Type#: alias of pyopenms.pyopenms_6.__PeakShape_Type

area#

getFWHM()#: Cython signature: double getFWHM() Estimates the full width at half maximum

getSymmetricMeasure()#: Cython signature: double getSymmetricMeasure() Computes symmetry measure of the peak shape, which is corresponds to the ratio of the left and right width parameters

height#

iteratorsSet()#: Cython signature: bool iteratorsSet() Check if endpoint iterators are provided

left_width#

mz_position#

r_value#

right_width#

signal_to_noise#

type#