Log of /trunk/roofit/roofitcore/src/RooRealAnalytic.cxx
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Modified
Mon Jun 4 12:30:41 2012 UTC (2 years, 7 months ago) by
axel
File length: 1992 byte(s)
Diff to
previous 24285
Remove
using namespace std;
from Riostream.h, which has huge consequences for all of ROOT.
Riostream.h is now a simple wrapper for fstream, iostream, iomanip for backward compatibility; Riosfwd.h simply wraps iosfwd.
Because of templates and their inline functions, Riostream.h needed to be included in headers, too (e.g. TParameter.h), which violated the assumption that Riostream.h is not exposing its using namespace std to headers.
ROOT now requires R__ANSISTREAM, R__SSTREAM, which does not change the set of supported compilers.
Without "using namespace std", several identifiers are now prefixed by std::; e.g. roofit/* source files now have a using namespace std to keep their coding style.
TFile::MakeProject() now generates "using namespace std" to convert the CINT-style class names into C++ ones.
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Modified
Mon Jun 16 15:05:15 2008 UTC (6 years, 7 months ago) by
wouter
File length: 1970 byte(s)
Diff to
previous 24280
o RooProdPdf RooParamBinning RooMsgService RooStreamParser RooPlot
RooRealBinding RooSharedPropertiesList RooPullVar RooNameSet RooNumCdf
RooThreshEntry RooNumber RooSegmentedIntegrator1D RooRangeBinning
RooRealSumPdf RooProduct RooRefCountList RooSharedProperties RooTable
RooRecursiveFraction RooNormSetCache RooNumConvPdf RooProfileLL
RooObjCacheManager RooQuasiRandomGenerator RooRealMPFE RooRealVar
RooNLLVar RooPlotable RooRealIntegral RooStringVar RooRealConstant
RooNumIntFactory RooMultiCatIter RooNumRunningInt RooMPSentinel
RooResolutionModel RooTruthModel RooMultiCategory RooPolyVar
RooSetProxy RooNumConvolution RooRealVarSharedProperties
RooProdGenContext RooMinuit RooProjectedPdf RooNameReg RooPrintable
RooRandom RooRandomizeParamMCSModule RooUniformBinning RooRealProxy
RooSimGenContext RooThresholdCategory RooSuperCategory RooTrace
RooNumIntConfig RooSegmentedIntegrator2D RooRealAnalytic RooSentinel
RooSimultaneous RooTreeData
- Update of function member documentation.
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Modified
Sun Jun 15 20:57:45 2008 UTC (6 years, 7 months ago) by
wouter
File length: 1969 byte(s)
Diff to
previous 24119
o RooMCIntegrator RooMCStudy RooMinuit RooMsgService RooMultiCategory RooMultiCatIter RooNameReg RooNameSet RooNLLVar
RooNormSetCache RooNumber RooNumCdf RooNumConvolution RooNumConvPdf RooNumIntConfig RooNumIntFactory RooNumRunningInt
RooObjCacheManager RooParamBinning RooPlot RooPlotable RooPolyVar RooPrintable RooProdGenContext RooProdPdf RooProduct
RooProfileLL RooProjectedPdf RooPullVar RooQuasiRandomGenerator RooRandom RooRandomizeParamMCSModule RooRangeBinning
RooRealAnalytic RooRealBinding RooRealConstant RooRealIntegral RooRealMPFE RooRealProxy RooRealSumPdf RooRealVar
RooRealVarSharedProperties RooRecursiveFraction RooRefCountList RooResolutionModel RooScaledFunc RooSegmentedIntegrator1D
RooSegmentedIntegrator2D RooSentinel RooSetPair RooSetProxy RooSharedProperties RooSharedPropertiesList RooSimGenContext
RooSimPdfBuilder RooSimultaneous RooSimWSTool RooStreamParser RooStringVar RooSuperCategory RooTable RooThreshEntry
RooThresholdCategory RooTObjWrap RooTrace RooTreeData RooTruthModel RooUniformBinning RooWorkspace
- Upgrade inline documention: make sure that each class has a description.
- Fix class description header so that it is correctly identified by THtml
- Updating of data, function member documentation _not_ done yet
Revision
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Modified
Tue Jun 3 18:42:54 2008 UTC (6 years, 7 months ago) by
wouter
File length: 1798 byte(s)
Diff to
previous 23134
o RooAbsSelfCachedPdf
- Follow changes in RooAbsCachedPdf
o RooCachedPdf
- Add option to override default choice of cache observables
(the normalization observables) with a specific set of variables
to make it possible to also cache p.d.f values for all values
of given parameters as well.
- Forward analytical integration capabilities to actual cache p.d.f
- Forward calls on preferred observable order to cached p.d.f
o RooDataHist
- Add option to bin dataset in alternate binning configuration, as
specified by binning name in constructor.
- Add feature to weight() function to enforce special boundaries
when interpolating a histogram representing a cumulative distribution function.
If so, lower-side bounds are forced to zero and upper-side bounds are
forced to 1.0 instead of the default mirroring strategy
o RooMsgService
- Add new topic NumericIntegration
- Show PROGRESS level messages by default
o RooAbsSelfCachedReal
- New base class for self-caching RooAbsReal objects analoguous
to RooAbsSelfCachedPdf
o RooCachedReal
- New class to cache arbitrary RooAbsReal function objects,
analogous to RooAbsCachedPdf
o RooRealBinding
- Add feature to save and restore values of input variables,
used by RooRealIntegral to restore observable values after numeric
integration to original values.
o RooLinearMorph
- New operator p.d.f class implementing using the algorithm described
by Alex Read in NUM A 425 (1999) 357-369 'Linear interpolation of histograms'.
This class implements a generalization for continuous p.d.f
o RooAbsRealLValue
- Following changes in RooAbsLValue
o RooHistFunc
- Real-valued function modeled by external RooDataHist object, analoguous to RooHistPdf,
but without normalization support and allowing negative histogram values
o RooAbsCachedReal
- New abstract base class for caching functions, analoguous to RooAbsCachedPdf.
o RooFracRemainder
- New dedicated helper class to calculate the remainder fraction of a RooAddPdf, i.e. 1-sum(i)x_i
for a given RooArgSet x
o RooCustomizer
- Fix memory management issue for sterile use
o RooAbsCategoryLValue
- Follow changes in RooAbsLValue
o RooNumCdf
- Specialization of RooNumRunningInt to calculate running integrals of p.d.f.s:
the running integral is by construction normalized to one exactly, taking out
any possible imprecisions in the regular integral calculation and by imposing
special constraints on the RooHistFunc that models the output so that the boundaries
are constrained to exactly 0 and 1 when interpolation is used.
o RooFFTConv
- Fix bug in cache naming algorithm
- Follow changes in RooAbsCachedPdf
o RooChangeTracker
- New special purpose object that tracks changes in a given set of variables, used
to determine if cached p.d.fs in RooAbsCachedPdf and RooAbsCachedReal need to
be recalculated due to parameter changes. In addition to valueDirty tracking,
an explicit comparison can be made to stored reference values of variables,
to avoid recalculation of expensive quantities in case a valueDirty is propagated
even if the value did not change (this can e.g. happen when you step though
a RooDataHist where usually only one of the observables changes value, but
all observables propagate a valueDirty every time)
o RooHist
- Bug fix in makeResidual()
o RooAbsReal
- Fix small memory leak in createIntegral
- Expand functionality of fillDataHist: optional correction for binVolume
when filling, and optional progress indication.
- Modify logEvalError() so that when cumulative logging for Minuit is disabled
that messages are printed through the standard message logging service.
- Modify error logging so that name of objects are stored in addition to
pointers so that delayed logging of errors of (cache) objects that no
longer exists can be performed correctly.
- Add virtual function preferredObservableScanOrder() to indicate preferred
order in which multi-dimensional functions should be scanned into a
RooHistPdf, which may matter greatly for the performance of certain
p.d.f.s like RooFFTConvPdf and RooLinearMorph
- Add new function createRunningIntegral() which constructs for a given F(x,y)
a Int[xlo,x] F(x',y) dx. The default strategy is to construct the underlying
integral with createIntegral() and adapt it with a RooCustomizer and a RooParamBinning
to a running integral. In case it concerns a one-dimensional numeric running
integral, the running integral is represented by a dedicated class RooNumRunningInt
which scans the integrand and numerically integrates the scanned histogram
o RooAbsCollection
- Bug fix in nameFieldLength handling of print routine
o RooAbsCachedPdf
- Introduce explicitly the strategy that the cache contains the _normalized_ p.d.f. values,
so that no postior normalization integral is required. This has the added advantages that
the cache p.d.f can be instructed to consider itself normalized skipping an explicit
normalization step in the RooHistPdf.
- Add utility function getCachePdf() and getCacheHist() to retrieve cache p.d.f and histogram
for a given choice of normalization set
- Clean up structure of CacheElem nested class by making guts private and providing accessor
function for derived CacheElem classes. Virtualize cache creation with a new member function
createCache that will allow derived classes to create a derived CacheElem.
- Forward integration handling to cache pdf actually being used
o RooDataHistSliceIter
- Follow changes in RooDataHist for alternate binning
o RooRealMPFE
- Follow changes in eval error logging in RooAbsReal
o RooAbsPdf
- Add createCdf() function to create cumulative distribution functions from p.d.f.s. This is
quite similar to RooAbsReal::createRunningIntegral() but with some c.d.f specific features
related to constraints on normalization
o RooAbsArg
- Fix bug in optimizeCacheMode()
o RooBrentRootFinder
- Improve error messaging through RooMsgService interface.
o RooCmdArg
- Expand payload from 2 to 3 strings
o RooSimWSTool
- Complete rewrite of RooSimPdfBuilder integrated with RooWorkspace for object storage.
o RooNumRunningInt
- New dedicated class to calculate running integral of any function that does not have
an analytical integral implementation. This class scans such a function in a histogram
and then numerically integrates the histogram. The filling of the histogram is performed
adaptively using a recursion division strategy with a precision cutoff to save time
of the filling of smooth functions in finely binned histograms
o RooMultiCategory, RooSuperCategory
- Minor tweak in name of proxies
o RooAbsIntegrator
- Deploy save and restore functionality of RooAbsFunc/RooRealBinding to restore observable
values to prior values after an intergration step.
o RooMinuit
- Fix gcc 4.3 compiler warning
o RooWorkspace
- Add bulk import() function taking a const RooArgSet instead of a RooAbsArg
- Add RecycleConflictNodes() option to ignore conflicts and simply recycle internal
nodes when a different external node is encountered.
- Add new accessors catfunc() for category functions, arg() for generic RooAbsArgs,
and funcArg() for fundamental arguments of any type.
- Add separate section for category functions in Print()
o RooHistPdf
- Add option to declare contents unit normalized. When activated, the analytical
integral is hardwired to 1.
- Add option to propagate cdfBoundaries mode to the underlying RooDataHist.
o RooAbsOptTestStatistic
- Optimize handling of empty rangeName specification (from Alfio)
o RooSimultaneous
- Tune proxy names
- Make p.d.f return zero, in case index category is in state where no p.d.f is assigned,
rather that assert(0)
o LinkDef3.h, Module.mk
- Add new class definitions
Revision
20161 -
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Modified
Mon Oct 1 16:28:25 2007 UTC (7 years, 3 months ago) by
wouter
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1806 byte(s)
Diff to
previous 19826
o RooAbsCache
- New abstract base class for cache objects associated with RooAbsArgs.
Caches register themselves with the owning RooAbsArg and propagate
all necessary state changes and meta information to objects in the cache
o RooCacheManager
- Concrete template implementation of RooAbsCache with an interface
and functionality styled after RooNormListManager. The template class
provide no special handling for cache contents that includes RooAbsArg
objects and does not forward hook calls. It is thus mostly intended
to cache basic types indexed on a normalization/integration configuration
o RooObjCacheManager
- Class derived from RooCacheManager<RooAbsCacheElement> that implements
all proper call forwarding and handling of state and other meta information
to RooAbsArg objects embedded in the cache elements. To facilitate this
functionality the RooAbsCacheElement defines a pure virtual method
containedArgs() that must be implemented to expose its contents to
the cache manager. The default behavior on a serverRedirect hook is
to sterilize the cache. OperMode changes are not forwarded by default
to the cache contents as cached objects do not necessarily have the
same operation mode (e.g. if the cache contains an integral of its owner).
Any calls to optimizeCacheMode(), printCompactTreeHook(), and findConstantNodes()
are forwarded. Moreover, optimizeCacheMode() calls are remembered and
any objects inserted in the cache after such a call was received will be
optimized upon insertion in the cache
o RooAbsCacheElement
- Abstract base class for objects to be managed by RooObjCacheManager. Each
object must in addition to its payload implement the containedArgs()
member function that exposes the RooAbsArg object content to the manager
for processing. The argument passed to containedArgs() indicates the use
case for the returned list of objects, allowing the cache payload to
return different lists depending upon use. This is for most applications
not required.
o RooAbsCachedPdf
- Abstract base class derived from RooAbsPdf for p.d.f.s that implement
value caching in a grid over the entire domain of the observables.
The base class implements the overall caching logistics and manages
the RooDataHists and RooHistPdfs that respresent the cached contents.
Derived classes must inputBaseName() defined a unique name prefix for
all cache objects, actualObservales() and actualParameters() to
determined the actual observables and parameters given a set of
available observables and fillCacheObject() which should fill the
RooDataHist cache for a given obs/params configuration with the
p.d.fs values.
o RooAbsSelfCachedPdf
- Abstract base class derived from RooAbsCachedPdf that implements
all of the required logistics in RooCachedPdf and only require
derived classes from RooAbsSelfCachedPdf to implement evaluate().
Any class derived from RooAbsPdf can thus be trivially switched
to derived from RooAbsSelfCachedPdf and gain the caching functionality.
o RooCachedPdf
- Concrete class derived from RooAbsCachedPdf that implements
the caching of an externally provided p.d.f in the constructor.
o RooFFTConvPdf
- Concrete class derived from RooAbsCachedPdf that implement generic
numeric convolution of two input p.d.f.s using FFT technique
and convolution theorem. Actual FFTs are calculated by FFTW
through TVirtualFFT interface in ROOT. Present implementation only supports
convolution in one dimension, but this will be extended later
as there are no fundamental limitations in RooAbsCachedPdf nor FFTW.
o RooHistPdf
- Moved from RooFit to RooFitCore because it is used by caching classes
o RooProdPdf
- Use new RooObjCacheManager to store partial objects
- Fix memory leak (already patched in 15.0.14h)
o RooDataHist
- Use new RooCacheManager template to cache partial bin volumes
- Add new set(),setAllWeights() method to update current weight and all weights
respectively, for use in cached p.d.f.s
- Add sliceIterator() that iterates over all bins in a lower dimensional
slice of the dataset
o RooDataHistSliceIter
- Class derived from TIterator that implements the iteration
over a slice in a reduced number of dimensions in a RooDataHist
o RooMsgService
- Speed up processing of debug streams in cases where no debug streams are active
- add macros series oocoutX and oocxcoutX that allow to associate message with
a different object than *this
o RooRealBinding
- Interface new setValue method that allows value to be set outside default
domain, but inside given alternate named range. For use in numeric integrator
bindings
o RooAbsRealLValue
- Add new inRange() method with range name specifier to check against chosen
range instead of default range
o RooCmdConfig
- Fix dangling return pointer problem in decodeStringOnTheFly() method
o RooNameSet
- Fix bug in refoll()
o RooChi2Var, RooNLLVar
- Add processing of AddCoefRange() named argument
o RooConvCoefVar
- Hold p.d.f in proxy without value/shape state propagation to obtain
correct dependency of RooConvCoefVar through separate set proxy
with parameters that do have state propagation
- In getAnalyticalIntegral() ask for integration coefficient specific
to coefficient (following interface change in RooAbsAnaConv)
o RooEfficiency
- Follow interface change in RooCategoryProxy
o RooAbsAnaConvPdf
- Use new RooObjCacheManager to hold normalization and coefficient representations
- Extend getCoefAnalyticalIntegral() interface so that each coefficient
can have a separate integration configuration
- Modify makeCoefVars() such that it constructs the RooConvCoefVars with
actual dependents for each coefficients, rather than inserting dependencies
of any of the coefficients in each coefficient. This logic requires support
from the implementation class that is interface through a new member function
coefVars()
o RooAbsReal
- Add Boolean data member treeVar that indicates is value buffer is also
branch buffer of a tree. This information is already present in the RooAbsReal
but is relatively expensive to retrieve and is always needed in the inner
loop of data set operations. This extra member significantly speeds up operations
- Remove superfluous _norm[] token in name returned by integralNameSuffix() if
no normalization set is supplied.
- Add a fillDataHist() method that fills a given RooDataHist with a sampling
of the given function. Added for support of caching p.d.f.s
- Downgrading warning on non-dependent projection variables in plotOn() to
a debug level message
- Remove function optimizeDirty(),doConstOpt(),undoConstOpt(),findCacheableBranches()
findUnusedDatasetVariables() and findRedundantCacheServers() as part of reorganization
of optimization functionality.
o RooAbsCollection
- Use iterator semantics instead of vector semantics to process RooLinkedList
contents in assignment operator
- Add utility function contentsString() returning stl string with names
of contents
o RooAddPdf
- Rewrite cache management using new RooObjCacheManager that holds projection
integrals, range integrals and supplemental normalization lists
o RooAbsOptGoodnessOfFit
- Improve handling of normalization ranges and reference ranges for test statistics
containing RooAddPdfs. New named argument in fitTo() and RooNllVar::ctor() pass
reference range for fractions in RooAddPdf components that do not have an explicit
fixed definition already. Name all normalization ranges explicitly after the
subrange to which the're applied to avoid name clashes and conflicts if multiple
normalization ranges are involved.
- Rewrite informational messages through RooMsgService
- Implement new constOptimizeTestStatistic() function that signals all test statistic
components of a RooAbsArg expression tree to perform their constant term optimization
- Implement new optimizeCaching() driver function that changes default lazy-evaluation-with-caching
scheme to test statistic scheme where only parameters objects propagate state changes and
where all components that depend directly or indirectly on observables have lazy evaluation
disabled. Changes to p.d.f objects are delegated to RooAbsPdf::optimizeCacheMode(). Changes
to dataset are delegated to RooAbsData::optimizeReadingWithCaching()
- Implement new optimizeConstantTerms() function that is back end for constOptimizeTestStatistic
implementation.
o RooAICRegistry, RooNormSetCache
- Remove tracking of allocation cycles of RooArgSets as this scheme is superseded by
memory pool mechanism for RooArgSet allocation
o RooMappedCategory
- Follow interface change in RooCategoryProxy.
o RooRealMPFE
- Follow reorganization of optimization functionality: implement new constOptimizeTestStatistic
function for forwarding to slave processes.
o RooRealVar
- Add new setVal() function with range name to facilite setting of values that are outside
default range, but inside specified alternate range. Needed for numeric integration and
certain RooAddPdf coefficient projection.
o RooAbsArg
- Make state management functions public [is/set][Value/ShapeDirty](), setOperMode90
- Add static _flipAClean boolean to support setACleanAdirty() static method.
- Implement mechanism for registration of cache objects with base class RooAbsCache.
Forward all calls to operModeHook(), redirectServersHook(), optimizeCacheMode()
and printCompactTreeHook() to all caches for further processing
- Define constOptimize() function and provide default implementation that forwards
to all servers
- Implement optimizeCacheMode() function that puts expression tree in optimized
caching for test-statistics operations (only cache/lazy evaluate nodes that
do not (indirectly) depend on observables
- Implement findConstantNodes() function that identifies all nodes that depend
exclusively on constant observables and >0 observables that are eligible
for precalculation and caching in test statistics operations by
RooAbsOptTestStatistic::optimizeConstantTerms()
- Define constOptimizeTestStatistics that signal an expression tree that any
embedded test statistic objects should perform their constant term optimization.
Default implementation in RooAbsArg forwards call to all servers.
o RooAbsPdf
- Use new RooObjCacheManager to manage normalization integrals cache.
- Process new SumCoefRange() option in fitTo() that sets the coeffient
interpretation range for all embedded RooAddPdf objects of which
the interpretation range was not explicitly set
- Extend interface of fixAddCoefNormalizationSet(): add extra argument
that controls if AddCoef normalization set are forcibly overruled
for objects that already have an explicit range setting.
o RooRealIntegral
- Add some informational messaging through RooMsgService, rewrite existing ones
- Speed up numeric summations by precreating the involved RooSuperCategory
in the ctor rather than in evaluate().
- Fix bug in dependency insertion: explicitly require servers to be value
server to avoid pulling in fake dependents.
- Remove obsolete data members
- Implement new setACleanADirty() function that atomically flips state of
all AClean objects to ADirty for the duration of the integration step.
Replaces the much more expensive prepareACleanFunc() that did this
only for the objects involved.
- Process factorizing terms in integral only if the list is not empty
- Process Jacobian terms in integral only if the list is not empty
o RooAddGenContext
- Adapt to cache management chanches in RooAddPdf
o RooNumIntFactory
- Use STL classes for internal memory management
o RooSetProxyy
- Implement operator new() and operator() delete as required because
RooArgSet implements them
o RooAbsGoodnessOfFit
- Store and forward AddCoefRange information for embedded RooAddPdf objects
- Implement constOptimizeTestStatistic() and forward to components
o RooErrorVar
- Follow inRange() interface change in RooAbsRealLValue
o RooConvGenContext
- Adapt code to make it work with both RooAbsAnaConv objects and
the newly introduced RooFFTConvPdf
o RooMinuit
- Follow reorganization of optimization functionality
o RooProjectedPdf
- Store projection using new RooObjCacheManager
o RooGlobalFunc
- Add RooFit::SumCoefRange() named argument for RooAbsPdf::fitTo()
and RooNLLVar::ctor() and RooChi2Var::ctor()
o RooClassFactory
- Extend existing makePdf(),makeFunction and makeClass() functions
to also accept RooAbsCategory arguments, to accept an optional string
inserted as the return value expression inserted in the
evaluate() method of the class created, as well as as option string
specifying one or more analytical integrations of the given function
expression that will be advertised in the generated getAnalyticalIntegral()
code and implemented in the generated analyticalIntegral() code
- Add makeAndCompileFunction() and makeAndCompilePdf methods that
generate the code and immediate compile it through ROOTs ACliC interface.
These functions have a simpler interface because the list of arguments
of the function to be created can be specified as a const RooArgSet&
rather than a string with a list of names, thus making it easier
for on-the-fly definition of compiled objects.
- Add defineFunction() and definePdf() methods define and compile
a function/pdf using the above functions and immediately instantiate
an object of the given type passing the specified RooArgSet arguments
to the constructor of the object. These functions make a compiled
equivalent of RooFormulaVar based on the TFormula interpreter, i.e.
RooAbsReal* f = new RooFormulaVar("f","D(1-2w)",RooArgSet(D,w)) ;
becomes
RooAbsReal* f = RooClassFactory::defineFunction("f","D(1-2w)",RooArgSet(D,w)) ;
o RooAbsCategory
- Add Boolean data member treeVar that indicates is value buffer is also
branch buffer of a tree. This information is already present in the RooAbsReal
but is relatively expensive to retrieve and is always needed in the inner
loop of data set operations. This extra member significantly speeds up operations
- Construct explit clean name for TBranch name if node is cached, equivalent
to what is done in RooAbsReal. Needed because new constOptimizer can also
cache RooAbsCategory objects
o RooArgSet
- Implement operator new() and operator delete() to implement memory pool scheme
for RooArgSets. The goal of this implementation is to insure that two RooArgSet
pointers are _never_ the same. This allows to RooNormSet cache manager to safely
and quickly index integration and normalization configurations by evaluating
the contents of a RooArgSet only the first time it sees it.
o RooSimultaneous
- Implement caching of partial integrals using new RooObjCacheManager
- Following interface change in RooCategoryProxy ;
o RooAbsData
- Defined pure virtual methods optimizeReadingWithCache() and allClientsCached()
o RooTreeData
- Implement optimizeReadingWithCache() which determines given a p.d.f to be
evaluated and a list of the nodes that are cached for it, which observables
in the dataset are no longer required because they are either not an observable
of the p.d.f, or they exclusively feed nodes that are cached. Reading of these
observables is disabled through SetBranchStatus().
- Move allClientsCached() utility function here from RooAbsReal.
o RooCategoryProxy
- Remove const char*() conversion operator in favor of a const char* label() method
to remove possibly ambiguities in C++ math expressions involving category proxies.
o LinkDef3.h
- Add newly defined classes
Revision
12063 -
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Modified
Thu Jun 16 09:31:32 2005 UTC (9 years, 7 months ago) by
wverkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1895 byte(s)
Diff to
previous 11181
o RooFit.hh
- New global header file for compiler patches. Currently contains
single patch for SunOS imported from BaBar.hh
o All .cc files
- Include RooFit.hh as first header file
o RooAbsData
- Make all plotOn() methods public
o RooAbsProxy
- Include pragma to switch of VC++ warning C4355
"'this' : used in base member initializer list'"
which would otherwise be triggered on each proxy initialization.
(each proxy constructor _expects_ a base class ptr so the warning
is misleading)
o RooAdaptiveGaussKronrodIntegrator1D, RooDataHist, RooGaussKronrodIntegrator1D,
RooGraphSpring, RooMCIntegrator, RooPolyVar, RooTreeData
- Change pow --> TMath::power() to eliminate windows compiler warnings
o RooEllipse
- Change constant M_PI to TMath::Pi()
o RooGlobalFunc
- Change RooConst --> RooFit::RooConst as functions has been moved into namespace
o RooMath
- Add erf() and erfc() forwarder functions to TMath::Erf() and TMath::Erfc()
o RooRealConstant
- Move RooConst() function into namespace RooFit
o RooSimultaneous
- Remove one default parameter from implementation version of plotOn() to resolve
overloading ambiguity reported by AIX compiler
o RooTreeData
- Make nested struct PlotOpt public to avoid CINT access problems
o RooTruthModel
- Add explicit cast to fabs() of proxy as it gives warning in Windows C++
Revision
11114 -
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Modified
Mon Feb 14 20:44:30 2005 UTC (9 years, 11 months ago) by
wverkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1821 byte(s)
Diff to
previous 10648
o RooNameReg
- Registry for unique string name IDs. Converts a 'const char*' string into
a unique 'const TNamed*' and back. General purpose utility to to map
string identifiers to unique 32-bit numbers
o RooAbsReal
- In getAnalyticalIntegral(WN) and analyticalIntegral(WN) add extra argument
const char* rangeName to identify range over which integration should
be performed
o All RooAbsReal derived classes
- Modify getAnalyticalIntegral(WN) and analyticalIntegral(WN) to follow
change in RooAbsReal. Pass rangeName argument to min() and max() functions
of RooRealProxy to retrieve requested range instead of default range
o RooAbsArg
- Add virtual inRange(const char* rangeName) member function.
o RooAbsCategoryLValue
- Name change get/setFitBin() --> get.setBin(), numFitBins() --> numBins()
getFitBinWidth --> getBinWidth
o RooAbsCollection
- Add printLatex() method for formatted LaTeX printing of lists.
Supports named arguments Columns() to change number of columns,
Format() to change printing format, OutputFile() for printing
directly to file and Sibling() to print along side on or more other lists.
o RooAbsData
- Sanitize plotOn() arrangement: just keep version with RooCmdArg arguments
- Add optional rangeName argument to fillHistogram
o RooAbsGenContext
- Pass normalization set to expectedEvents() to support calculation of
fractional intergrals in extended term (e.g. in RooExtendedPdf)
o RooAbsLValue
- Name change: setFitBin(),getFitBin(),numFitBins(),getFitBinWidth() -->
setBin(),getBin(),numBins(),getBinWidth()
o RooAbsOptGoodnessOfFit
- Follow name changes in RooAbs(Real)Lvalue
o RooAbsPdf
- Modernize syncNormalization by using createIntegral internally
- Add getNormObj() function that returns const RooRealIntegral*
pointer to specified normalization integral. Takes optional
rangeName argument for calculation of fractional integrals.
- Sanitize plotOn(). Only keep version with RooCmdArgs public.
Move implementation version in protected interface. Replace
way too long list of arguments with new internal
helper class RooAbsPdf::plotOpt, whose constructor sets all
the default options.
- Change expectedEvents() and extendedTerm() function signature to
take normalization set argument that can be used to calculated
normalization-dependent fractional integrals (e.g. in RooExtendedPdf)
- Migrate named argument global helper functions for plotOn() to RooGlobalFunc.cc
o RooAbsReal
- Modify createIntegral() method to take optional rangeName argument.
- Sanitize plotOn() and plotAsymOn(). Only keep version with RooCmdArgs public.
Move implementation version in protected interface. Replace
way too long list of arguments with new internal
helper class RooAbsPdf::plotOpt, whose constructor sets all
the default options.
- Migrate named argument global helper functions for plotOn() to RooGlobalFunc.cc
- Add Name() feature to plotOn() to give chosen name to resulting RooCurve
- Add ProjectionRange() feature to plotOn() -- Project PDF only over limited
range as specified by range name to show finite width slices
in projection dimensions
- Add Invisible() feature to plotOn() which stores curve invisibly in
RooPlot.
- Add AddTo() feature to plotOn() which adds curve to existing curve
in Rooplot.
o RooAbsRealValue
- Name change get/set/hasFitMin/Max() --> get/set/hasMin/Max() etc.
o RooAcceptReject
- Follow changes in RooAbsRealLValue
o All numeric integrator engines
- Add "#include RooArgSet.hh" to compensate for removal of stray include in RooCmdConfig.hh
o RooAddPdf
- Add feature to fix interpretation of fractional coefficients in particular reference range
that can be different from default range
o RooChi2Var
- Migrate named argument global helper functions for constructor to RooGlobalFunc.cc
o RooCmdConfig
- Modify defineObject() to also be able to process arrays of objects
- Add process() method with 8 RooCmdArg arguments
- Modify getString() so that it can optionally return an empty string as a null pointer
o RooConvGenContext,RooConvIntegrandBinding
- Follow name changes in RooAbsRealLValue
o RooCurve
- Add constructor that takes two existing curves and two weights. New curve is construction
for OR set of points that define both input curves. Points on one curve that do not exist
on the other are calculate using interpolation.
o RooDataHist, RooDataSet
- Sanitize plotOn() functions
- Follow name changes in RooAbsRealLValue
o RooErrorVar
- Follow name changes in RooAbsRealLValue
o RooExtendPdf
- Completely rewrite using newly introduced fractional integral technology. Change
constructor to take optional const char* rangeName argument to denote restricted
range for expectedEvents() interpretation.
o RooFitResult
- Follow name changes in RooAbsRealLValue
o RooFormula
- Add new interface to make it work with ROOT version 4 as well as ROOT version 3
o RooGenProdProj
- Make it work with optional restricted integration ranges as well
o RooHist
- Add constructor that constructs RooHist from two existing RooHists. Both input
RooHist must have identical structure. In Poisson mode error is recalculated for
total number of events in each bin. In SumW2 mode errors of input RooHists are
combined.
o RooMCStudy,RooMinuit,RooNLLVar
- Follow changes in RooAbsRealLValue and RooAbsPdf::expectedEvents().
o RooNormManager,RooNormListManager,RooNormSetCache
- Make managers aware of range names that are associated with integral definitions.
o RooPlot
- Add optional argument to addPlotable(),addObject(),addTH1() functions to add
given object invisibly.
- Modify updateFitRangeNorm() to optionally refresh the normalization event count
even if it has already been set
- Add getObject() method that identifies object by index rather than by name
- Add internal RooPlot::DrawOpt class that conversion ROOT draw options and
RooPlot options from and to a const char* string.
o RooProdPdf
- Make it work with integrals over restricted ranges
o RooRealAnalytic, RooRealBinding
- Take optional rangeName argument in constructor that modifies output
of getMin() and getMax() functions
o RooRealIntegral
- Take optional rangeName argument in constructor and pass it to analytical integrals
and numeric integrators.
o RooRealProxy
- Modify min() and max() functions to take optional rangeName argument
o RooRealVar
- Follow name changes in RooAbsRealLValue
- Implement getFit*() functions for backward compatibility.
- Augment format() with extra LaTeX formatting options used
in RooAbsCollection::printLatex()
o RooTObjWrap
- Modify so that it can also store lists of objects in addition to single objects
o RooTreeData
- Sanitize plotOn() and plotAsymOn(). Only keep version with RooCmdArgs public.
Move implementation version in protected interface. Replace
way too long list of arguments with new internal
helper class RooAbsPdf::plotOpt, whose constructor sets all
the default options.
- Add Name() feature to plotOn() to give resulting RooHist chosen name
- Add XErrorSize() feature to plotOn() to explicitly control size of X error bars
- Add Invisible() feature to plotOn() to be able to store RooHist invisible to RooPlot
- Add AddTo() feature to plotOn() to be able to add RooHist to an existing RooHist
in RooPlot
- Add RefreshNorm() feature to plotOn() which causes normalization event count in RooPlot
to be refreshed with event count from this plot operation
- Add optional rangeName argument to fillHistogram()
o RooGlobalFunc
- Move all global helper functions that create RooCmdArg named arguments here
- Additionally create short-hand helper functions C(), L() and S() respectively
that create a RooConst, a RooArgList and a RooArgSet. These shorthand functions
are stored in namespace RooFitShortHand and thus not by default available
in the global namespace
Revision
10648 -
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Modified
Mon Nov 29 20:24:44 2004 UTC (10 years, 1 month ago) by
wverkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1786 byte(s)
Diff to
previous 10638
o All Classs
- Remove '#include BaBar/BaBar.hh' that was erroneously
introduced by the BaBar IOstream migration utilities
o Several class
- Initializion order changes, removal of unused variables,
addition of missing return statements to make all code
compile cleanly with '-Wall -Wno-parentheses'
o RooAbsFunc
- Make resetNumCall() const
o RooAbsIntegrator
- Add calculate() method that wrape integral() between
profiling code the track the number of integrand
function calls
o RooIntegrator1D,RooImproperIntegrator1D,RooSegmentedIntegrator1D,
RooSegmentedIntegrator2D,RooMCIntegrator
- Change interface to take RooNumIntConfig class instead
of now deprecated RooIntegratorConfig class
- Add member function that advertise capability of the integrator:
canIntegrate1D,2D,ND,OpenEnded()
o RooAbsReal
- Change normalization integral management classes
(createIntegral(), (set)defaultIntegratorConfig(),
(set)specialIntegratorConfig()) to work with new
RooNumIntConfig class.
o RooArgSet
- Add new convenience functions get/setRealValue(),
get/setCatLabel/Index(), get/setStringValue() to
manage common content of RooArgSet.
o RooConvCoefVar, RooConvGenContext
- Support class name change RooConvolutedPdf -> RooAbsAnaConfPdf
o RooCustomizer
- Add function setCloneBrancSet() that allows to specify
an external set that takes ownership of the cloned branch
nodes so that customized objects can live beyond the lifetime
of the RooCustomizer instance
o RooImproperIntegrator1D
- Add code to handle limit scenario changes (closed to open ended
and vice versa) on the fly
o RooIntegrator1D
- Add fixSteps option to terminate integral calculation after
fixed number of steps w/o extrapolation. This is more robust
for certain types of integrals
o RooRealIntegral
- Change interface to take RooNumIntConfig class instead of
RooIntegratorConfig class
- Delegate instantiation of numeric integration engines to
new class RooNumIntFactory
o RooNumIntConfig
- New class to store configuration of numeric integator engines.
This class has a brief common section with common properties
like absolute and relative precision convergence criteria,
and a section with implementation specific details for each
engine in the form of a RooArgSet. The default settings for
each existing engine are automatically added to the defaultConfig()
instance during run-time initialization
o RooNumIntFactory
- Factory class for numeric integration engines. Each existing
integrator engine automatically registers with the factory
stating its capabilities (1D,2D,ND / Open-ended). The
createIntegrator() function instantiates an integrator
appropriate for a given problem. In case more than one
integration engine can solve the given problem the (user
changable) information in the RooNumIntConfig passed along
with the call is used.
o RooGaussKronrodIntegrator1D
- New integrator engine based on Gaussian quadrature techniques.
This implementation, taken from GSL 1.5 implements the Gauss-Kronrod
techniques where the error on the integral is take from the difference
between the Gauss and Kronrod techniques. These techniques share common
sampling points allowing to calculate the error without additional cost.
This integrator applies the 10,21,43, and 87 point rules in succession
until the desired accuracy is reached. Open-ended integrals are
automatically handled through a x -> 1/x coordinate transformation
o RooAdaptiveGaussKronrodIntegrator1D
- New integrator engine based on Gaussian quadrature techniques.
This implementation, taken from GSL 1.5 implements the Gauss-Kronrod
techniques where the error on the integral is take from the difference
between the Gauss and Kronrod techniques. These techniques share common
sampling points allowing to calculate the error without additional cost.
This integrator applies the 10,21,31,41,51 or 61 point rule and
recursively subdivides the integration domain until the desired accuracy
is reached. For integrands with integrable singulaties the Wynn epsilon
rule can be selected to speed up the converges of these integrals. Open
ended integrals are automatically handles through a x -> 1/x
coordinate transformation
o RooNumConvPdf
- New operator PDF class that implements numeric convolution of
any two PDFs. The calculation of the convolution integrand
is implemented in the auxiliary class RooConvIntegrandBinding,
which in turn can be integrated with any 1-D numeric integration
engine. The default integration method for convolution integrals
is the adaptive Gauss-Kronrod method, which appears to give the
most stable results. By default the integration is performed
from -inf to +inf, but can optionally be restricted to a sliding
window using the setConvolutionWindow class, useful for relatively
narrow resolution PDFs.
o RooAbsAnaConvPdf
- New name of RooConvolutedPdf to clearly distinguish its functionality
from RooNumConvPdf
Revision
6593 -
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Modified
Fri May 9 20:48:23 2003 UTC (11 years, 8 months ago) by
wverkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1813 byte(s)
Diff to
previous 5212
Implementation of segmented 1,2D integrators, some streamlining
of intergrators class structure
o RooAbsFunc
- Add call counter as profiling hook
o RooAbsIntegrator
- Change interface of integral() to allow passing of
coordinates of non-integrated dimensions
o RooImproperIntegrator1D
- Follow interface change in RooAbsIntegrator
o RooIntegator1D
- Follow interface change in RooAbsIntegrator,
explicitly allow partial integration
- Add optional fast convergence criterium for 'zero' integrals
o RooIntegrator2D
- Use new universal integrator binding
o RooIntegratorConfig
- Add #segments field for 1D integrals
- Add min #steps for 'zero' integrals
o RooMCIntegrator
- Follow interface change in RooAbsIntegrator
o RooSegmentedIntegrator1D
- New piecewise 1D integrator. Uses array of regular
1D integrator to integrate pieces
o RooSegmentedIntegrator2D
- New piecewise 2D integrator. Uses array of
segmented 1D integrators
o RooIntegratorBinding
- New universal integrator binding, replaces RooIntegrator1DBinding
Revision
2995 -
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Modified
Mon Oct 8 05:20:24 2001 UTC (13 years, 3 months ago) by
verkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1210 byte(s)
Diff to
previous 2840
Documentation update
--------------------
o Most classes
- Update inline documentation
o RooHtml
- Add MakeIndexNew() method that can create sub-index files
by topic. Similar to THtml::MakeIndex(), but topic is taken
from tag in file instead of subdirectory name
- Add MakeIndexOfTopics() method that creates master
index of index files by topic.
o All classes
- Provisionally assign one of the following topic tags to each class
PDF - Probability Density functions
REAL - Real valued functions
CAT - Discrete valued functions
PLOT - Plotting and tabulating
CONT - Container classes
MISC - Miscellaneous
USER - Other user classes
AUX - Auxiliary classes for internal use
o makedocs
- Modify to make new sub-index files and index of topics file.
(Description of topic tags is defined here)
Revision
2840 -
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Modified
Tue Sep 25 01:15:59 2001 UTC (13 years, 4 months ago) by
verkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1204 byte(s)
Diff to
previous 2838
o RooAbsReal,RooAddModel,RooAddPdf,RooConvolutedPdf,RooProdPdf,
RooFormulaVar,RooProdPdf,RooRealAnalytic,RooSimultaneous
- Change name of
getAnalyticalIntegral(...,const RooArgSet* normSet)
analyticalIntegral(...,const RooArgSet* normSet),
to
getAnalyticalIntegralWN(...,const RooArgSet* normSet)
analyticalIntegralWN(...,const RooArgSet* normSet),
to prevent partial function overloading problems
o RooImproperIntegrator1D
- Fix 'statement unreachable' message (OSF)
o RooProdPdf,RooSimultaneous
- Take out debug messages
Revision
2838 -
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Modified
Mon Sep 24 23:06:01 2001 UTC (13 years, 4 months ago) by
verkerke
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1196 byte(s)
Diff to
previous 2654
Major cleanup in integration of normalization functions
Miscellaneous small improvements and fixes
o Roo1DTable
- Add get(),getFrac() methods to retrieve contents
o RooAbsCollection
- Add selectCommon() method to create new collection
containing args common to two sets
o RooAbsData
- Minor const-correctness changes
o RooAbsReal
- Rearrangement of getAnalyticalIntegral/analyticalIntegral entry points.
Both functions now exist with and without a 'const RooArgSet* normSet'
The functions with normSet are used by RooRealIntegral, and its default
implementation handle the pass-through scenario (code 0 = getVal(normSet))
and defers other codes to the non-normSet variant.
Simple PDFs should implement the non-normSet variants, as they used
to do sofar, except they no longer should (or are able to) process
the passthrough scenario.
Advanced PDFs such as RooAdd,ProdPdf, RooConvolutedPdf that implement
complex integration schemes that depend on the exact normSet configuration
reimplement the getAI,aI functions with normSet.
o RooResolutionModel, RooAddModel
- Implement (or forward in case of RooAddModel) new getNormSpecial method.
This function is identical in functionality to RooAbsPdf::getNorm()
except that it caches a separate copy of the normalization integral.
This member is introduced for the benefit of RooConvolutedPdf::analyticalIntegral
which, in case of a normalized integration, alternatingly calls two different
normalizations. In the original single cache code, this would lead to
100% caching failure and 300% slowdown of the code. getNormSpecial is
protected for access by RooConvolutedPdf only.
o RooAddPdf,RooProdPdf,RooSimultaneous,RooConvolutedPdf
- Re-implement distributed analytic integration bookkeeping using
the auxiliary RooAICRegistry class, which keeps track of multiple
analytical integration codes (hence AIC)
o RooAICRegistry
- New auxiliary class to faciliate the management of distributed analytic
integration.
o RooArgSet
- Minor printing fix
o RooConvolutedPdf
- Complete rewrite of handling of analytical integrations. For RCP objects
analytical integrations are not all necesarily analytic, but include
integrations deferred to convolution objcts. Analytical integrations
are split off for coefficient terms. Complete double bookkeeping introduced
for 'integration' part of analytic integration and 'normalization' part
of integration, each of which can have a different argSet to defer
to the convolution objects and a different coefficient analytical integration
code. Current implementation is believed to be complete.
o RooFormulaVar
- Follow signature change of getAnalyticalIntegral/analyticalIntegral
o RooMath
- Implement file cacheing scheme for complex error function lookup table.
To invoke persistent caching, call RooMath::cacheCERF(kTRUE) prior to
use
o RooRealAnalytic
- Store and forward normalization set to analyticalIntegral call of
bound RooAbsReal
o RooSimultanous
- Implement new plotOn() method, taking a dataSet which can correctly
project a RooSimultaneous. The code is mostly copied from RooAbsReal::
plotOn, except that the plotted pdf is constructed as a RooAddPdf
of the RooSimultaneous components, weighted by the fractions found
in the passed dataset
o RooTreeData
- Small const-correctness fixes
Revision
2654 -
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Modified
Wed Aug 8 23:11:25 2001 UTC (13 years, 5 months ago) by
david
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1160 byte(s)
Diff to
previous 2639
RooAbsIntegrator:
- no longer inherits from TObject
- uses RooAbsFunc interface instead of RooAbsReal
- remove (AbsReal,mode) binding functionality (now performed by
class RooRealAnalytic)
- add counter for number of integrand evaluations
RooIntegrator1D:
- use RooAbsFunc interface instead of RooAbsIntegrator::eval()
- fix array size bug (already fixed in RFT after this routine was copied)
- add a constructor option to select the summation and refinement rule
to use and change the maxSteps, eps defaults to zero (defaults depend on
the rule being used and are now applied in the initialize() method)
- implement a new addMidpoint() summation rule that can be used to
estimate certain improper integrals
- add check for finite integration limits
RooRealIntegrator:
- add isValid() member fn to flag ctor problems
- add check that all integration vars are lvalues
- use new RooIntegrator1D interface
- use new RooRealBinding,RooRealAnalytic classes
- remove maxSteps, eps ctor parameters (they were not being used)
- use new RooInvTransform and RooImproperIntegrator classes for 1-dim
numerical integrals with one or both limits infinite
- change logic for calling initNumIntegrator() so that it correctly
propagates shape/value changes
- make initNumIntegrator() const so it can be called from evaluate()
and make the data members it modifies mutable
- support 1D numerical integration with either limit infinite via
RooImproperIntegrator1D
RooAbsArg,RooAbsRealLValue,RooAbsCategoryLValue:
- add isLValue() member fns
RooInvTransform:
- new RooAbsFunc implementation that performs the change-of-vars
transformation x -> 1/x on an input RooAbsFunc.
RooImproperIntegrator1D:
- new RooAbsIntegrator implementation that performs an integration
where one or both limits are infinite by splitting up the range
into up to 3 subranges that can each be handled by RooIntegrator1D.
RooNumber:
- new class to encapsulate platform-specific numerics (eg, infinity)
RooAbsRealLValue,RooIntegrator1D,RooImproperIntegrator1D,RooLinearVar,
RooRealIntegrator,RooRealVar:
- use RooNumber statics instead of (non-portable) preprocessor INFINITY
and remove unecessary include dependencies on RooAbsRealLValue.hh
RooIntegratorTest.cc:
- test macro that is not compiled into the library
Revision
2639 -
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Added
Fri Aug 3 21:44:57 2001 UTC (13 years, 5 months ago) by
david
Original Path:
trunk/roofitcore/src/RooRealAnalytic.cxx
File length: 1074 byte(s)
- replace RooAbsFunc1D with more general RooAbsFunc class
- replace RooAbsReal::operator() with bindVars() member function
- add RooRealBinding class that adapts RooAbsReal interface to
RooAbsFunc interface by binding its getVal() method to a specified
set of dependents, eg, {F(x,y,z),{x,z}} => f(x,z)
- add RooScaledFunc class that applies a scale factor to a
RooAbsFunc implementation
- re-implement RooCurve to use new binding classes and the
RooAbsFunc interface
- new RooRealAnalytic class is a lightweight binding of an AbsReal
analytic integral to a set of dependents (will be used to
clean up RooAbsIntegrator, in preparation for a multi-dim
implementation...)
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