pyroot Directory Reference

Directory dependency graph for pyroot:

Files
file	benchmarks.py [code]
	Run benchmarks macros.
file	demo.py [code]
	To run, do an "execfile( '<path-to>/demo.py' )" or "python <path-to>/demo.py".
file	demoshelp.py [code]
	Display demo help.
file	DynamicSlice.py [code]
	Example of function called when a mouse event occurs in a pad.
file	fildir.py [code]
	This macro displays the ROOT Directory data structure.
file	file.py [code]
	This macro displays the physical ROOT file structure.
file	fillrandom.py [code]
	FillRandom example.
file	first.py [code]
	My first PyROOT interactive session.
file	fit1.py [code]
	Fit example.
file	fit1_py.py [code]
file	formula1.py [code]
	TF1 example.
file	framework.py [code]
	The ROOT Framework.
file	geometry.py [code]
	Geometry.
file	gerrors.py [code]
	A Simple Graph with error bars.
file	graph.py [code]
	A Simple Graph Example.
file	gui_ex.py [code]
	A Simple GUI Example.
file	h1draw.py [code]
	A Simple histogram drawing example.
file	hsimple.py [code]
	This program creates :
file	hsum.py [code]
	Simple example illustrating how to use the C++ interpreter.
file	mrt.py [code]
	Build ROOT Ntuple from other source.
file	multifit.py [code]
	Example showing how to fit in a sub-range of an histogram An histogram is created and filled with the bin contents and errors defined in the table below.
file	na49geomfile.py [code]
	Before executing this macro, the file makegeometry.C must have been executed.
file	na49view.py [code]
	This macro generates two views of the NA49 detector.
file	na49visible.py [code]
	Set visibility attributes for the NA49 geometry Set Shape attributes.
file	ntuple1.py [code]
	Ntuple drawing example.
file	numberEntry.py [code]
file	parse_CSV_file_with_TTree_ReadStream.py [code]
	This function provides an example of how one might massage a csv data file to read into a ROOT TTree via TTree::ReadStream.
file	qtexample.py [code]
	Qt example.
file	ratioplot.py [code]
	Display two histograms and their ratio.
file	rootmarks.py [code]
	Prints a summary of all ROOT benchmarks (must be run before) The ROOTMARK number printed is by reference to a Pentium IV 2.4 Ghz (with 512 MBytes memory and 120 GBytes IDE disk) taken by definition as 600 ROOTMARKS in batch mode in executing python benchmarks.py.
file	shapes.py [code]
	Draw the geometry using the x3d viewver.
file	staff.py [code]
	example of macro to read data from an ascii file and create a root file with a Tree.
file	surfaces.py [code]
	Surfaces example.
file	test.py [code]
file	tornado.py [code]
	Tornado example.
file	tree.py [code]
	This macro displays the Tree data structures.
file	zdemo.py [code]
	This macro is an example of graphs in log scales with annotations.