Namespace List

Here is a list of all namespaces with brief descriptions:

[detail level 1234]

_pythonization
benchmarks
BidirMMapPipe_impl	Namespace for implementation details of BidirMMapPipe
clang
cling	Print a TSeq at the prompt:
utils
Transform
Cppyy
cppyy
Davix
demo
demoshelp
Detail
DynamicSlice
example
faddeeva_impl
fildir
file
fillrandom
first
fit1
fit1_py
FitterUtil	Utility functions to be used in the fitter classes
formula1
framework
Function
geometry
gerrors
graph
gui_ex
h1draw
HFit
hsimple
hsum
JupyROOT
cppcompleter
html
cpphighlighter
kernel
cppcompleter
draw
handler
magics
cppmagic
rootkernel
utils
magics
cppmagic
utils
lineset
llvm
makeQuickModel
makeTest
Math	Namespace for new Math classes and functions
Memstat
MPCode	This namespace prevents conflicts between MPCode::kError and ELogLevel::kError
mrt
multifit
na49geomfile
na49view
na49visible
ntuple1
numberEntry
parse_CSV_file_with_TTree_ReadStream
PoolCode
PoolUtils	This namespace contains pre-defined functions to be used in conjuction with TPool::Map and TPool::MapReduce
PyROOT
PyStrings
Utility
qtexample
Rcpp	This is a class to support deprecated method to pass function to R's Environment, based in Rcpp::InternalFunction
traits
Rgl
Fgt
Mc
Pad
RooCintUtils
RooFit
RooFitShortHand
RooLinkedListImplDetails
RooSimultaneousAux
RooStats	Namespace for the RooStats classes
HistFactory
Constraint
NumberCountingUtils
ROOT	Namespace for new ROOT classes and functions
CocoaTutorials
Detail
Fit	Namespace for the fitting classes
FitUtil	Namespace defining utility free functions using in Fit for evaluating the various fit method functions (chi2, likelihood, etc..) given the data and the model function
HFitInterface
GLTutorials
Internal
MacOSX
Detail
Details
OpenGL
Util
X11
Detail
Math
Blas
BrentMethods
Cephes
Chebyshev	Template recursive functions for defining evaluation of Chebyshev polynomials T_n(x) and the series S(x) = Sum_i c_i* T_i(x)
CholeskyDecompHelpers	Helpers for CholeskyDecomp
detail
GenAlgoOptUtil
GenVector
GenVector_detail
GSLRootHelper	Helper functions to test convergence of Root-Finding algorithms
GSLSimAn
gv_detail
Impl
IntegMultiDim
IntegOneDim
IntegOptionsUtil
Integration
IntegrationMultiDim
IntegrationOneDim
Interpolation
MCIntegration
Minim
Minim1D
Roots	Root-Finding Algorithms
rowOffsetsUtils
Sampler
test
Util	Namespace defining Utility functions needed by mathcore
VectorUtil	Global Helper functions for generic Vector classes
MathMore
Meta
Selection
Minuit
Minuit2
Quartz
R	Namespace associated R package for ROOT
TF1Helper
TMetaUtils
AST2SourceTools
propNames
TreeUtils
v5
Vc
AVX
Internal
Intrinsics
Common
Internal
Error
Internal
Mem
Reg
Scalar
SSE
Internal
VC__USE_NAMESPACE
VectorSpecialInitializerIndexesFromZero
VectorSpecialInitializerOne
VectorSpecialInitializerZero
Warnings
RootCsg	I've modified some very nice bounding box tree code from Gino van der Bergen's Free Solid Library below
rootmarks
ROOTwriter
SelectionRulesUtils
shapes
sqlio
staff
std	STL namespace
__ROOT
surfaces
TClassEdit
TCollectionProxyInfo
test
TMath
TMatrixTCramerInv
TMatrixTSymCramerInv
TMVA	Abstract ClassifierFactory template that handles arbitrary types
kNN
TMVAGlob
tornado
tree
TStreamerInfoActions
vdt
details
writer
xmlio
XPD
XrdCl
zdemo