def test_AliExternalInfo():
""" test if the tree could be read """
info = ROOT.AliExternalInfo()
info.fVerbose = 0
tree = info.GetTree("QA.TPC", "LHC15o", "cpass1_pass1")
# tree.Show(0)
assert tree.GetEntries() > 0;
def test_Aliases():
info = ROOT.AliExternalInfo()
info.fVerbose = 0
tree = info.GetTree("QA.TPC", "LHC15o", "cpass1_pass1")
aliases = aliasToDictionary(tree)
base = makeAliasAnyTree("global_Warning", aliases)
print(RenderTree(base))
print(findSelectedBranch(base, ".*PID.*"))
def test_AnyTree():
info = ROOT.AliExternalInfo()
info.fVerbose = 0
tree = info.GetTree("QA.TPC", "LHC15o", "cpass1_pass1")
branchTree = treeToAnyTree(tree)
print(findSelectedBranch(branchTree, "bz"))
assert (findSelectedBranch(branchTree, "bz"))
print(findSelectedBranch(branchTree, "MIP.*arning$"))
assert (findSelectedBranch(branchTree, "MIP.*arning$"))
def testTree2Panda():
info = ROOT.AliExternalInfo()
info.fVerbose = 0
tree = info.GetTree("QA.TPC", "LHC15o", "cpass1_pass1","QA.ITS")
df=tree2Panda(tree,[".*hi2.*"],"run>0")
print(df.head(5))
df=tree2Panda(tree,[".*hi2.*"],"run>0",columnMask=[["chi2","Chi2"]])
print(df.head(5))
df=tree2Panda(tree,[".*hi2.*"],"run>0",exclude=[".*infoTPC.*"],columnMask=[["chi2","XXX"]])
print(df.head(5))
def test_TreeParsing():
info = ROOT.AliExternalInfo()
info.fVerbose = 0
tree = info.GetTree("QA.TPC", "LHC15o", "cpass1_pass1")
selection="meanMIP>0&resolutionMIP>0&time>0"
varDraw="meanMIP:meanMIPele:resolutionMIP:xxx"
tooltips=[("MIP","(@meanMIP)"), ("Electron","@meanMIPele"), ("Global status","(@global_Outlier,@global_Warning)"),
("MIP status(Warning,Outlier,Acc.)","@MIPquality_Warning,@MIPquality_Outlier,@MIPquality_PhysAcc")]
widgets="tab.sliders(slider.meanMIP(45,55,0.1,45,55),slider.meanMIPele(50,80,0.2,50,80), slider.resolutionMIP(0,0.15,0.01,0,0.15)),"
widgets+="tab.checkboxGlobal(slider.global_Warning(0,1,1,0,1),checkbox.global_Outlier(0)),"
widgets+="tab.checkboxMIP(slider.MIPquality_Warning(0,1,1,0,1),checkbox.MIPquality_Outlier(0), checkbox.MIPquality_PhysAcc(1))"
toRemove=["^tab\..*"]
toReplace=["^slider.","^checkbox."]
print(getAndTestVariableList([selection,varDraw,widgets,"xxx"],toRemove,toReplace,tree))
