# Created by Martin Strohalm, Thermo Fisher Scientific
# import module
import pyeds
# init tools
eds = pyeds.EDS("data.cdResult")
review = pyeds.Review()
# open result file and review using the 'with' statement
with eds, review:
# read and automatically insert full hierarchy
path = [
"ConsolidatedUnknownCompoundItem", "UnknownCompoundInstanceItem",
"UnknownCompoundIonInstanceItem", "ChromatogramPeakItem",
"MassSpectrumItem"
]
items = eds.ReadHierarchy(path,
limits={"ConsolidatedUnknownCompoundItem": 1})
hide = ["PeakModel", "Spectrum"]
review.InsertItems(items, hide=hide, hierarchy=True, header=True)
# show review
review.Show()
# Created by Martin Strohalm, Thermo Fisher Scientific
# import module
import pyeds
# open result file using the 'with' statement
with pyeds.EDS("data.cdResult") as eds:
# read all items iterator
items = eds.Read("ConsolidatedUnknownCompoundItem")
print(items)
print("")
# advanced reading
# - apply filter
# - read selected properties only
# - specify order
# - specify limit and offset
items = list(
eds.Read("ConsolidatedUnknownCompoundItem",
query="RetentionTime > 3.8 AND RetentionTime < 4.1",
properties=["MolecularWeight", "RetentionTime", "MaxArea"],
order="MaxArea",
desc=True,
limit=1,
offset=3))
# access values directly
for item in items:
print(item.RetentionTime)
print(item.GetValue('RetentionTime'))