ATLAS Offline Software
MissingETComponent_v1.icc
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1 // -*- c++ -*-
2 
3 /*
4  Copyright (C) 2002-2019 CERN for the benefit of the ATLAS collaboration
5 */
6 
7 
8 ////////////////////////////////////////////////////
9 // Inlined Methods for MissingETComponent::Weight //
10 ////////////////////////////////////////////////////
11 
12 inline xAOD::MissingETComponent_v1::Weight::Weight()
13  : m_wpx(MissingETBase::Numerical::wpxDefault())
14  , m_wpy(MissingETBase::Numerical::wpyDefault())
15  , m_wet(MissingETBase::Numerical::wetDefault())
16 { }
17 
18 inline xAOD::MissingETComponent_v1::Weight::Weight(double wpx,double wpy,double wet)
19  : m_wpx(wpx), m_wpy(wpy), m_wet(wet)
20 { }
21 
22 // inline xAOD::MissingETComponent_v1::Weight::Weight(const Weight& wght)
23 // : m_wpx(wght.wpx()), m_wpy(wght.wpy()), m_wet(wght.wet())
24 // { }
25 
26 inline xAOD::MissingETComponent_v1::Weight::~Weight()
27 { }
28 
29 inline bool xAOD::MissingETComponent_v1::Weight::operator!=(const Weight& wght) const
30 { return !this->operator==(wght); }
31 
32 // ------------------------------------------------------------------ Accessors
33 inline double xAOD::MissingETComponent_v1::Weight::wpx() const { return m_wpx; }
34 inline double xAOD::MissingETComponent_v1::Weight::wpy() const { return m_wpy; }
35 inline double xAOD::MissingETComponent_v1::Weight::wet() const { return m_wet; }
36 inline double& xAOD::MissingETComponent_v1::Weight::wpx() { return m_wpx; }
37 inline double& xAOD::MissingETComponent_v1::Weight::wpy() { return m_wpy; }
38 inline double& xAOD::MissingETComponent_v1::Weight::wet() { return m_wet; }
39 
40 // -------------------------------------------------------------------- Setters
41 inline void xAOD::MissingETComponent_v1::Weight::setWpx(double wpx) { this->wpx() = wpx; }
42 inline void xAOD::MissingETComponent_v1::Weight::setWpy(double wpy) { this->wpy() = wpy; }
43 inline void xAOD::MissingETComponent_v1::Weight::setWet(double wet) { this->wet() = wet; }
44 
45 ////////////////////////////////////////////
46 // Inlined Methods for MissingETComponent //
47 ////////////////////////////////////////////
48 
49 template<class POBJ,class LINK>
50 void xAOD::MissingETComponent_v1::f_setObject(const POBJ* pObj,LINK& elemLink)
51 {
52  if ( pObj == 0 ) { return; /* FIXME throw some kind of exception */ }
53  typename LINK::BaseConstPointer pCont =
54  dynamic_cast<typename LINK::BaseConstPointer>(pObj->container());
55  // valid pointer to container of (storable) object
56  if ( pCont != 0 ) { elemLink.toIndexedElement(*pCont,pObj->index()); }
57  // POD, not storable - we still use ElementLink to hold the pointer
58  else { elemLink.setElement(pObj); }
59 }
60 
61 
62 template<class LINK>
63 bool xAOD::MissingETComponent_v1::f_setLink(LINK& elemLink)
64 {
65  // no object linked
66  if ( *(elemLink) == 0 ) { return false; }
67  // check if object is storable
68  else
69  {
70  typename LINK::BaseConstPointer pCont = dynamic_cast<typename LINK::BaseConstPointer>((*(elemLink))->container());
71  // complete link
72  if ( pCont != 0 ) { elemLink.toIndexedElement(*pCont,(*(elemLink))->index()); return true; }
73  else { return false; }
74  }
75 }
76 
77 inline bool xAOD::MissingETComponent_v1::addObject(const IParticle* pPart,const Weight& wght)
78 { return this->addObject(pPart,wght.wpx(),wght.wpy(),wght.wet()); }
79 
80 // ------------------------------------------------------------------- MET link
81 inline const MissingETBase::Types::metlink_t& xAOD::MissingETComponent_v1::metLink() const
82 { static const SG::AuxElement::Accessor<MissingETBase::Types::metlink_t> acc("metLink"); return acc(*this); }
83 inline MissingETBase::Types::metlink_t& xAOD::MissingETComponent_v1::f_metLink()
84 { static const SG::AuxElement::Accessor<MissingETBase::Types::metlink_t> acc("metLink"); return acc(*this); }
85 
86 // ---------------------------------------------------------------- object link
87 inline const MissingETBase::Types::objlink_vector_t& xAOD::MissingETComponent_v1::objectLinks() const
88 { static const SG::AuxElement::Accessor<MissingETBase::Types::objlink_vector_t> acc("objectLinks"); return acc(*this); }
89 inline MissingETBase::Types::objlink_vector_t& xAOD::MissingETComponent_v1::f_objectLinks()
90 { static const SG::AuxElement::Accessor<MissingETBase::Types::objlink_vector_t> acc("objectLinks"); return acc(*this); }
91 
92 // ---------------------------------------------------------- kinematic weights
93 inline const std::vector<double>& xAOD::MissingETComponent_v1::wpx() const
94 { static const SG::AuxElement::Accessor<std::vector<double> > acc("wpx"); return acc(*this); }
95 inline double xAOD::MissingETComponent_v1::wpx(const IParticle* pPart) const
96 { return this->wpx(this->findIndex(pPart)); }
97 
98 inline const std::vector<double>& xAOD::MissingETComponent_v1::wpy() const
99 { static const SG::AuxElement::Accessor<std::vector<double> > acc("wpy"); return acc(*this); }
100 inline double xAOD::MissingETComponent_v1::wpy(const IParticle* pPart) const
101 { return this->wpy(this->findIndex(pPart)); }
102 
103 inline const std::vector<double>& xAOD::MissingETComponent_v1::wet() const
104 { static const SG::AuxElement::Accessor<std::vector<double> > acc("wet"); return acc(*this); }
105 inline double xAOD::MissingETComponent_v1::wet(const IParticle* pPart) const
106 { return this->wet(this->findIndex(pPart)); }
107 
108 inline std::vector<double>& xAOD::MissingETComponent_v1::f_wpx()
109 { static const SG::AuxElement::Accessor<std::vector<double> > acc("wpx"); return acc(*this); }
110 
111 inline std::vector<double>& xAOD::MissingETComponent_v1::f_wpy()
112 { static const SG::AuxElement::Accessor<std::vector<double> > acc("wpy"); return acc(*this); }
113 inline std::vector<double>& xAOD::MissingETComponent_v1::f_wet()
114 { static const SG::AuxElement::Accessor<std::vector<double> > acc("wet"); return acc(*this); }
115 
116 // -- non-coventional Weight generator
117 inline xAOD::MissingETComponent_v1::Weight xAOD::MissingETComponent_v1::weight(const IParticle* pPart) const
118 { return this->weight(this->findIndex(pPart)); }
119 
120 // ---------------------------------------------------------------- status word
121 inline MissingETBase::Types::bitmask_t xAOD::MissingETComponent_v1::statusWord() const
122 { static const SG::AuxElement::Accessor<MissingETBase::Types::bitmask_t> acc("statusWord"); return acc(*this); }
123 
124 inline MissingETBase::Types::bitmask_t& xAOD::MissingETComponent_v1::f_statusWord()
125 { static const SG::AuxElement::Accessor<MissingETBase::Types::bitmask_t> acc("statusWord"); return acc(*this); }
126 // --------------------------------------------------- MET object and container
127 inline const xAOD::MissingET* xAOD::MissingETComponent_v1::metObject() const
128 { return *(this->metLink()); }
129 
130 inline const xAOD::MissingETContainer_v1* xAOD::MissingETComponent_v1::metObjectContainer() const
131 { return this->metObject() != 0 ? this->metLink().getStorableObjectPointer() : (const MissingETContainer_v1*)0; }
132 
133 inline size_t xAOD::MissingETComponent_v1::metObjectIndex() const
134 { return this->metObject() != 0 ? this->metLink().index() : MissingETBase::Numerical::invalidIndex(); }
135 // ------------------------------------------------------------ List management
136 inline size_t xAOD::MissingETComponent_v1::size() const { return this->objectLinks().size(); }
137 inline bool xAOD::MissingETComponent_v1::empty() const { return this->objectLinks().empty(); }
138 inline bool xAOD::MissingETComponent_v1::removeContrib(size_t pIdx)
139 { return ( pIdx != MissingETBase::Numerical::invalidIndex() && pIdx < this->size() ) ? this->f_removeContrib(pIdx) : false; }
140 inline bool xAOD::MissingETComponent_v1::removeContrib(const IParticle* pPart) { return this->removeContrib(this->findIndex(pPart)); }
141 inline bool xAOD::MissingETComponent_v1::resetContrib(const IParticle* pPart) { return this->resetContrib(this->findIndex(pPart)); }
142 // ---------------------------------------------------------------- Comparators
143 inline bool xAOD::MissingETComponent_v1::operator!=(const xAOD::MissingETComponent_v1& compDescr) const
144 { return !this->operator==(compDescr); }
145 // ------------------------------------------------ Set contribution parameters
146 inline bool xAOD::MissingETComponent_v1::setWpx(const IParticle* pPart,double wpx)
147 { return this->setWpx(this->findIndex(pPart),wpx); }
148 inline bool xAOD::MissingETComponent_v1::setWpy(const IParticle* pPart,double wpy)
149 { return this->setWpy(this->findIndex(pPart),wpy); }
150 inline bool xAOD::MissingETComponent_v1::setWet(const IParticle* pPart,double wet)
151 { return this->setWet(this->findIndex(pPart),wet); }
152 inline bool xAOD::MissingETComponent_v1::setWeight(const IParticle* pPart,const Weight& wght)
153 { return this->setWeight(this->findIndex(pPart),wght.wpx(),wght.wpy(),wght.wet()); }
154 inline bool xAOD::MissingETComponent_v1::setWeight(const IParticle* pPart,double wpx,double wpy,double wet)
155 { return this->setWeight(this->findIndex(pPart),wpx,wpy,wet); }
156 inline bool xAOD::MissingETComponent_v1::setWeight(size_t pIdx,const Weight& wght)
157 { return this->setWeight(pIdx,wght.wpx(),wght.wpy(),wght.wet()); }
158 // ----------------------------------------- Set MET object link and statusword
159 inline bool xAOD::MissingETComponent_v1::setStatusWord(MissingETBase::Types::bitmask_t sw)
160 { if ( sw == this->statusWord() ) { return false; } else { this->f_statusWord() = sw; return true; } }
161 inline bool xAOD::MissingETComponent_v1::mergeStatusWord(MissingETBase::Types::bitmask_t sw)
162 { if ( sw == this->statusWord() ) { return false; } else { this->f_statusWord() |= sw; return true; } }
163 inline bool xAOD::MissingETComponent_v1::clearStatusWord()
164 { return this->setStatusWord(MissingETBase::Status::clearedStatus()); }
165 
166 ////////////////////////////////////////
167 // Inlined Global Namespace Operators //
168 ////////////////////////////////////////
169 
170 inline MissingETBase::Types::weight_t operator+(const MissingETBase::Types::weight_t& w0,const MissingETBase::Types::weight_t& w1)
171 { MissingETBase::Types::weight_t w(w0); w += w1; return w; }
172 
173 inline MissingETBase::Types::weight_t operator-(const MissingETBase::Types::weight_t& w0,const MissingETBase::Types::weight_t& w1)
174 { MissingETBase::Types::weight_t w(w0); w -= w1; return w; }
175 
176 inline MissingETBase::Types::weight_t operator*(const MissingETBase::Types::weight_t& w0,const MissingETBase::Types::weight_t& w1)
177 { MissingETBase::Types::weight_t w(w0); w *= w1; return w; }
178 
179 inline MissingETBase::Types::weight_t operator/(const MissingETBase::Types::weight_t& w0,const MissingETBase::Types::weight_t& w1)
180 { MissingETBase::Types::weight_t w(w0); w /= w1; return w; }
181 
182 inline MissingETBase::Types::weight_t operator*(const MissingETBase::Types::weight_t& wght,double scale)
183 { MissingETBase::Types::weight_t w(wght); w *= scale; return w; }
184 
185 inline MissingETBase::Types::weight_t operator*(double scale,const MissingETBase::Types::weight_t& wght)
186 { MissingETBase::Types::weight_t w(wght); w *= scale; return w; }
187 
188 inline MissingETBase::Types::weight_t operator/(const MissingETBase::Types::weight_t& wght,double scale)
189 { MissingETBase::Types::weight_t w(wght); w /= scale; return w; }
190 
191 ///////////////////////////////////////////////////////////////
192 // The rest of the file contains doxygen documentation only! //
193 ///////////////////////////////////////////////////////////////
194 
195 /*! @class xAOD::MissingETComponent_v1
196  *
197  * <b>Overview</b>
198  *
199  * This class provides a data object with links to physics or signal objects contributing to a given MET term.
200  * Each component object features (1) a link to the MissingET object it describes, (2) the reconstruction status of the MET term,
201  * (3) links to the contributing signal/physics objects, and (4) a list of kinematic weights characterizing each object contribution.
202  *
203  * MissingETComponent_v1 supports adding and removing objects from a MET contribution, and the modification of the kinematic weights of existing entries.
204  * It provides constructors for a @link xAOD::MissingETComponent_v1::MissingETComponent_v1(bool) non-functional default object @endlink without data store
205  * attached, and for various fully functional objects with (initially internal) data store wwith different initial data loads. The most basic functional
206  * object is constructed with just a link to the corresponding xAOD::MissingET
207  * @link xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET*,MissingETBase::Types::bitmask_t) object and an optional statusword @endlink.
208  * Other options construct objects with the link to the MET object, the optional statusword, and a reference to the first contributing physics or signal
209  * object and the associated kinematic weight, which can be provided using a xAOD::MissingETComponent::Weight
210  * @link xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET*,const IParticle*,const Weight&,MissingETBase::Types::bitmask_t) object @endlink,
211  * or by
212  * @link xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET*,const IParticle*,double,double,double,MissingETBase::Types::bitmask_t) three weight
213  * parameters @endlink.
214  *
215  * The MET component object is not storable by itself. It needs to collected into a xAOD::MissingETComponentMap_v1, with an attached xAOD::MissingETAuxComponentMap_v1 object
216  * implementing the storable data structure..
217  *
218  * (1) Link to MissingET object
219  *
220  * This link is realized by an ElementLink (EL) from the component to the xAOD::MissingET object. The specific type of this EL is given by
221  * MissingETBase::Types::metlink_t. The EL can be incomplete, meaning it can be instantiated with a plain-old-data (POD) MissingET object not
222  * collected into a storable MissingETContainer_v1 yet. Once the MissingET object is collected into a container, the link can be updated using
223  * MissingETComponent_v1::updateMETLink().
224  *
225  * (2) Status
226  *
227  * The MET term can be qualified with a status indicator as provided in MissingETBase::Status. Logical combinations of these status indicators are possible. The status is
228  * a dataword of type MissingETBase::Types::bitmask_t. The statusword is typically set by the tool reconstructing a specific MET term. It should not be confused
229  * with the source of the MET object, which hhholds different information using the same MissingETBase::Types::bitmask_t.
230  *
231  * (3) Links to contributing objects
232  *
233  * The links to the objects contributing to a given MET object are stored in a vector of type MissingETBase::Types::objlink_vector_t. Each
234  * signal/physics object should contribute only once to a given MET. Any attempt to add the same object reference again leads to
235  * addition of the provided kinematic weights to the stored kinematic weights. This behaviour can produce unrealistic weights this way, suggesting
236  * that adding physics or signal objects should be done within the well controlled context of a MET reconstruction tool.
237  *
238  * (4) Kinematic weights
239  *
240  * The kinematic weights @f$ (w_{x},w_{y},w_{\rm T}) @f$ are scale factors applied to the object kinematics @f$ (p_{x},p_{y},p_{\rm T}) @f$ such that
241  * the contribution to the corresponding MET variables
242  * @f$ (p_{x}^{\rm miss}, p_{y}^{\rm miss}, \Sigma E_{\rm T}) @f$ is given by @f$ (w_{x} p_{x}, w_{y} p_{y}, w_{\rm T} p_{\rm T}) @f$. The overall MET contribution
243  * of all @f$ i = 1 \ldots N @f$ objects of the same type (e.g., electrons, photons, jets,...) is then given by
244  * @f{eqnarray}{
245  * p_{x}^{\rm miss} & = & - \sum_{i = 1}^{N} w_{x,i} p_{x,i} \ \
246  * p_{y}^{\rm miss} & = & - \sum_{i = 1}^{N} w_{y,i} p_{y,i} \ \
247  * \Sigma E_{\rm T} & = & \sum_{i = 1}^{N} w_{{\rm T},i} p_{{\rm T},i}
248  * @f}
249  * The individual weights are stored in vectors index-parallel to the link vector.
250  *
251  * @anchor contrib_set_intro
252  * <b>Setting data in a MET component</b>
253  * (@ref contrib_set "link to code documentation")
254  *
255  * These methods establish a link to the xAOD::MissingET object in a (new) MET contribution. The link list to the contributing object and the lists
256  * storing the kinematic weights and the list of statuswords are empty. One of these methods needs to be invoked before attempting to set
257  * object data for the referenced MET object.
258  *
259  * If this method is invoked for a component which already had links to contributing objects, the corresponding lists are purged, and the EL to the
260  * xAOD::MissingET object may be overwritten, if the pointer refers to a different object than the one in the original EL. This method acts like a reset of
261  * the MET component object.
262  *
263  * @anchor contrib_add_intro
264  * <b>Adding data to the contribution</b>
265  * (@ref contrib_add "link to code documentation")
266  *
267  * Add a signal or physics object contribution to the MET object. A new link is added to linked object list if the referenced object is not yet in this list.
268  * If the referenced object is already in the list, the given kinematic weights are added to the weights already stored for the contribution.
269  * No new list entry is generated in this case.
270  *
271  * @anchor contrib_manip_intro
272  * <b>Manipulating the contribution data</b>
273  * (@ref contrib_manip "link to code documentation")
274  *
275  * The parameters of the contribution from a given object to MET can be modified after the MET component object is created. This involves
276  * a linear search in the list of contributing objects. In addition, objects can be removed from the linked object vector. This again involves a linear search.
277  * Some behaviour is implemented to suppress searches for the same entities and just use the result from the previous search,
278  *
279  * Other functions allow updating the EL to the MissingET object, and all other linked physics and signal objects. This is done by setting the
280  * container pointer in these ELs. At most, it involves a loop on all contributing objects, plus the update of the MissingET link
281  *
282  * @anchor contrib_alloc_intro
283  * <b> Allocating and accessing contributing objects</b>
284  * (@ref contrib_alloc "link to code documentation")
285  *
286  * All allocators (finders) allow to parse the list of contributing objects and find contributions from a given object, as specified by its pointer.
287  * A linear search is performed to find the correct entries in the object lists. The returned results are represented by iterators referencing
288  * valid link objects (ElementLinks) if the requested object is in the contributing store, else a reference to the end of the store is returned.
289  *
290  * Contributing objects and their associated parameters can be accessed individually using iterators for const and non-const access. In addition, public references
291  * to the whole contributing object store are available.
292  *
293  * Accessing MET and contributing object, object container, and object index does not include an internal validity check. A returned object pointer can be
294  * NULL. It is necessary for clients to test the returned pointer value. The returned value for the index in case of an invalid ElementLink is the default
295  * value of this data type.
296  *
297  * @anchor contrib_comp_intro
298  * <b>Comparisons</b>
299  * (@ref contrib_comp "link to code documentation")
300  *
301  * Comparators apply equality rules as follows: two MissingETComponent_v1 objects are identical if (1) the are linked to the same MissingET object,
302  * (2) they have the same status, (3) they have the same number of contributing objects, and (4) they have identical lists of contributing objects
303  * and kinematic weights.
304  * The comparisons are applied in the numerical order displayed. The MissingETComponent_v1::operator!= operator is implemented, as it
305  * allows a (fast) return when the first difference between the compared data words is detected.
306  */
307 
308 /*! @fn template<class POBJ,class LINK> void xAOD::MissingETComponent_v1::f_setObject(const POBJ* pObj,LINK& elemLink)
309  *
310  * Inserts link data into ElementLink, even if incomplete. At least, the pointer of linked object will be set (except if NULL).
311  *
312  * @tparam POBJ linked object type
313  * @tparam LINK specific ElementLink type
314  *
315  * @param[in] pObj pointer to non-modifiable object to be linked
316  * @param[in] elemLink reference to modifiable ElementLink object. Initial data content of this object are overwritten.
317  *
318  * @note This is the generalized implementation for e.g. MissingETComponent_v1::setMET and MissingETComponent_v1::addObject
319  */
320 
321 // ----------- MissingETComponent_v1::Weight ------------
322 
323 /*! @class xAOD::MissingETComponent_v1::Weight MissingETComposition_v1.h "versions/MissingETComposition_v1.h"
324  *
325  * This object is purely transient. It allows a compact extraction and setting of kinematic weights for component descriptions for MET. In addition,
326  * it helps to implement a clean and well defined algebra for these weights. This structure is not used in the auxiliary data store holding
327  * the data for a MissingETComponent_v1 object.
328  */
329 
330 /*! @fn xAOD::MissingETComponent_v1::Weight::Weight()
331  *
332  * Constructs a kinematic weight object with settings @f$ (w_{x} = 1, w_{y} = 1, w_{\rm T} = 1) @f$.
333  */
334 
335 /*! @fn xAOD::MissingETComponent_v1::Weight::Weight(double wpx,double wpy,double wet)
336  *
337  * Construct a kinematic weight object with client provided weights. All numerical values are accepted, there is no consistency or numerical range check on the weights.
338  *
339  * @param[in] wpx @f$ w_{x} @f$
340  * @param[in] wpy @f$ w_{y} @f$
341  * @param[in] wet @f$ w_{\rm T} @f$
342  */
343 
344 /*! @fn xAOD::MissingETComponent_v1::Weight(const Weight& wght)
345  *
346  * @param[in] wght reference to non-modifiable @c Weight object (source).
347  */
348 
349 /*! @fn xAOD::MissingETComponent_v1::Weight::operator+=(const Weight& wght)
350  *
351  * This operation updates the internal store of @c this object and yields
352  * @f[
353  * \mathcal{W} + \mathcal{W}^{\prime} = \left(\begin{array}{c}
354  * w_{x} + w_{x}^{\prime} \\
355  * w_{y} + w_{y}^{\prime} \\
356  * w_{\rm T} + w_{\rm T}^{\prime}
357  * \end{array} \right)
358  * @f]
359  * for two weights @f$ \mathcal{W}, \mathcal{W}^{\prime} @f$ added. The result replaces the data content of @f$ \mathcal{W} @f$.
360  *
361  * @return Reference to self.
362  * @param[in] wght reference to non-modifiable @c Weight object to be added.
363  */
364 
365 /*! @fn xAOD::MissingETComponent_v1::Weight& xAOD::MissingETComponent_v1::Weight::operator-=(const Weight& wght)
366  *
367  * This operation updates the internal store of @c this object and yields
368  * @f[
369  * \mathcal{W} - \mathcal{W}^{\prime} = \left(\begin{array}{c}
370  * w_{x} - w_{x}^{\prime} \\
371  * w_{y} - w_{y}^{\prime} \\
372  * w_{\rm T} - w_{\rm T}^{\prime}
373  * \end{array} \right)
374  * @f]
375  * for weight @f$ \mathcal{W}^{\prime} @f$ subtracted from @f$ \mathcal{W}^{\prime} @f$. The result replaces the data content of
376  * @f$ \mathcal{W} @f$.
377  *
378  * @return Reference to self.
379  * @param[in] wght reference to non-modifiable @c Weight object to be subtracted.
380  */
381 
382 /*! @fn xAOD::MissingETComponent_v1::Weight& xAOD::MissingETComponent_v1::Weight::operator*=(const Weight& wght)
383  *
384  * This operation updates the internal store of @c this object and yields
385  * @f[
386  * s \times \mathcal{W} = \left( \begin{array}{c}
387  * w_{x} \times w_{x}^{\prime} \\
388  * w_{y} \times w_{y}^{\prime} \\
389  * w_{\rm T} \times = w_{\rm T}^{\prime}
390  * \end{array} \right)
391  * @f]
392  * for weight @f$ \mathcal{W} @f$ multiplied by another weight @f$ \mathcal{W}^{\prime} = (w_{x}^{\prime},w_{y}^{\prime},w_{\rm T}^{\prime}) @f$.
393  * The internal data content of @f$ \mathcal{W} @f$ is modified.
394  *
395  * @return Reference to self.
396  * @param[in] wght weight @f$ \mathcal{W}*{\prime} @f$
397  */
398 
399 /*! @fn xAOD::MissingETComponent_v1::Weight& xAOD::MissingETComponent_v1::Weight::operaotr/=(const Weight& wght)
400  *
401  * This operation updates the internal store of @c this object and yields
402  * @f[
403  * \mathcal{W} / s = \left( \begin{array}{c}
404  * w_{x} / w_{x}^{\prime} \\
405  * w_{y} / w_{y}^{\prime} \\
406  * w_{\rm T} / w_{\rm T}^{\prime} / s
407  * \end{array} \right)
408  * @f]
409  * for weight @f$ \mathcal{W} @f$ divided by another weight @f$ \mathcal{W}^{\prime} = (w_{x}^{\prime},w_{y}^{\prime},w_{\rm T}^{\prime}) @f$.
410  * The internal data content of @f$ \mathcal{W} @f$ is modified.
411  *
412  * @note In case any of the components of @f$ \mathcal{W}^{\prime} @f$ are invalid (have the value 0), the components of the original weight
413  * @f$ \mathcal{W} @f$ are set to (0,0,0).
414  *
415  * @return Reference to self.
416  * @param[in] wght weight @f$ \mathcal{W}*{\prime} @f$
417  */
418 
419 /*! @fn xAOD::MissingETComponent_v1::Weight& xAOD::MissingETComponent_v1::Weight::operator*=(double scale)
420  *
421  * This operation updates the internal store of @c this object and yields
422  * @f[
423  * s \times \mathcal{W} = \left( \begin{array}{c}
424  * s \times w_{x} \\
425  * s \times w_{y} \\
426  * s \times w_{\rm T}
427  * \end{array} \right)
428  * @f]
429  * for weight @f$ \mathcal{W} @f$ multiplied by a scale factor @f$ s @f$. The internal data content of @f$ \mathcal{W} @f$ is modified.
430  *
431  * @return Reference to self.
432  * @param[in] scale scale factor @f$ s @f$.
433  */
434 
435 /*! @fn xAOD::MissingETComponent_v1::Weight& xAOD::MissingETComponent_v1::Weight::operator/=(double scale)
436  *
437  * This operation updates the internal store of @c this object and yields
438  * @f[
439  * \mathcal{W} / s = \left( \begin{array}{c}
440  * w_{x} / s \\
441  * w_{y} / s \\
442  * w_{\rm T} / s
443  * \end{array} \right)
444  * @f]
445  * for weight @f$ \mathcal{W} @f$ divided by a scale factor @f$ s @f$. The internal data content of @f$ \mathcal{W} @f$ is modified.
446  *
447  * @note In case an invalid scale factor ( @f$ s = 0 @f$ ) is provided, the original weight @f$ \mathcal{W} @f$ is set to (0,0,0).
448  *
449  * @return Reference to self.
450  * @param[in] scale scale factor @f$ s @f$.
451  */
452 
453 /*! @fn bool xAOD::MissingETComponent_v1::Weight::operator==(const Weight& wght)
454  *
455  * @return @c true if two weights have equal components within the precision defined in MissingETBase::Numerical::precision().
456  *
457  * @param[in] wght reference to non-modifiable Weight object to be compared to.
458  */
459 
460 /*! @fn bool xAOD::MissingETComponent_v1::Weight::operator!=(const Weight& wght)
461  *
462  * @return @c true if two weights are not equal according to the rules applied in Weight::operator==().
463  *
464  * @param[in] wght reference to non-modifiable Weight object to be compared to.
465  */
466 
467 // ----------- MissingETComponent_v1 --------------------
468 
469 /*! @fn xAOD::MissingETComponent_v1::MissingETComponent_v1(bool createStore)
470  *
471  * Instantiates a MissingETComponent_v1 object.
472  *
473  * @param[in] createStore controls the creation of dedicated store for this data object (optional, default is @c false - no store created).
474  *
475  * @warning The capabilities of the generated object are strongly depend on the input parameter.
476  * If the default argument or an explicit argument @c false is used, the created object not have a store for its data.
477  * It cannot be used as a plain old data (POD) object in this case, and any attempt to set or get data will likely cause undesired behaviour
478  * and/or program crashes. When instantiated with this state, It needs to be stored in a xAOD::MissingETComponentMap_v1 object prior to any use.
479  * Providing an explicit argument @c true instantiates a standalone, fully functional POD object with a private store attached. When this
480  * object is stored in a MissingETComponentMap_v1, the data content of this store is copied to the attached MissingETAuxComponentMap_v1 object
481  * and the private store is disabled.
482  */
483 
484 /*! @fn xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET* pmetObj,MissingETBase::Types::bitmask_t sw)
485  *
486  * Instantiates an empty component descriptor for a given MET (xAOD::MissingET) object with a private store attached.
487  *
488  * @note The object instantiated with this constructor is a fully functional, yet empty (no links to any contributing
489  * object, but with a link to a MET object), POD object. To persistify its data content, it needs to be store
490  * in a xAOD::MissingETComponentMap_v1 object.
491  *
492  * @param[in] pmetObj pointer to non-modifiable xAOD::MissingET object
493  * @param[in] sw status word characterizing the MET term (optional, default is MissingETBase::Status::clearedStatus())
494  *
495  * @note If the xAOD::MissingET object pointed to is not associated with a xAOD::MissingETContainer_v1, the link stored here is incomplete.
496  * It is therefore highly recommended to first store the xAOD::MissingET_V1 object before creating a component descriptor. There is also a recovery method
497  * xAOD::MissingETComponent_v1::updateMETLink() available to perform a link update after the MET object is stored in its container.
498  */
499 
500 /*! @fn xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET* pmetObj,const IParticle* pPart,const Weight& wght,MissingETBase::Types::bitmask_t sw)
501  *
502  * This allows construction of a MissingETComponent_v1 object with an initial contribution. This object has then all the features and behaviours as the one
503  * instantiated by xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET*,MissingETBase::Types::bitmask_t), but a contributing objects link
504  * store and the corresponding stores for the kinematic weights filled with first data.
505  *
506  * @param[in] pmetObj pointer to object representing a MET term
507  * @param[in] pPart pointer to non-modifiable @c IParticle typed object
508  * @param[in] wght kinematic weights (optional, default are xAOD::MissingETComponent_v1::Weight object defaults)
509  * @param[in] sw status word (optional, default is MissingETBase::Status::clearedStatus())
510  */
511 
512 /*! @fn xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET* pmetObj,const IParticle* pPart,double wpx,double wpy,double wet,MissingETBase::Types::bitmask_t sw)
513  *
514  * Instantiates the same object as xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingET*,const IParticle*,const Weight&,MissingETBase::Types::bitmask_t),
515  * but allows to use individual weight components instead of weight components collected into a xAOD::MissingETComponent_v1::Weight typed object.
516  *
517  * @param[in] pmetObj pointer to object representing a MET term
518  * @param[in] pPart pointer to non-modifiable @c IParticle typed object
519  * @param[in] wpx weight @f$ w_{x} @f$
520  * @param[in] wpy weight @f$ w_{y} @f$
521  * @param[in] wet weight @f$ w_{\rm T} @f$
522  * @param[in] sw status word (optional, default is MissingETBase::Status::clearedStatus())
523  */
524 
525 /*! @fn xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingETComponent_v1& compRef)
526  *
527  * This constructor performs a deep copy. The link to the source auxiliary store is severed for the copy, and a POD xAOD::MissingETComponent_v1 object
528  * is instantiated. The ElementLink objects used to establish the links to the xAOD::MissingET object and the contributing signal objects are copied, as well as the
529  * lists of kinematic weights and the status word.
530  *
531  * @param[in[] compRef reference to non-modifiable MET component description (the source).
532  */
533 
534 /*! @fn xAOD::MissingETComponent_v1::MissingETComponent_v1(const MissingETComponent_v1& compRef,MissingETBase::Types::bitmask_t sw)
535  *
536  * This constructor performs a deep copy. The link to the source auxiliary store is severed for the copy, and a POD xAOD::MissingETComponent_v1 object
537  * is instantiated. The ElementLink objects used to establish the links to the xAOD::MissingET object and the contributing signal objects are copied, as well as the
538  * lists of kinematic weights. A new status word can be specified (can be same as the as the one in the source object - no restriction on value).
539  *
540  * @param[in] compRef reference to non-modifiable MET component description (the source).
541  * @param[in] sw status word
542  */
543 
544 /*! @fn xAOD::MissingETComponent_v1& xAOD::MissingETComponent_v1::operator=(const MissingETComponent_v1& compRef)
545  *
546  * @return Reference to component description object with data copied from the source.
547  *
548  * @param[in] compRef reference to non-modifiable MET component description (the source).
549  */
550 
551 /*! @fn xAOD::MissingETComponent_v1::setMET(const MissingET* pmetObj,MissingETBase::Types::bitmask_t sw)
552  *
553  * This function sets a new link to the MET object reference given in its first argument. This can mean that a previously stored link
554  * is overwritten.
555  *
556  * @return @c true if no previous ElementLink to the referenced xAOD::MissingET object existed. In case of a reset, @c false is returned.
557  *
558  * @param[in] pmetObj pointer to non-modifiable MET object.
559  * @param[in] sw status word (optional, default is MissingETBase::Status::clearedStatus())
560  *
561  * @note If the referenced xAOD::MissingET object is not yet stored in a xAOD::MissingETContainer_v1 container, the ElementLink in the component description is not complete.
562  * It can be completed invoking xAOD::MissingETComponent_v1::updateMETLink() at any time - assuming the MissingET object is then stored in a container.
563  *
564  * (@ref contrib_set_intro "More info")
565  */
566 
567 /*! @fn xAOD::MissingETComponent_v1::setMET(const MissingETContainer_v1* pmetCont,size_t pmetIdx,MissingETBase::Types::bitmask_t sw)
568  *
569  * @overload bool xAOD::MissingETComponent_v1::setMET(const MissingET* pmetObj,MissingET::Types::bitmask_t sw)
570  *
571  * @return @c true if no previous ElementLink to the referenced xAOD::MissingET object existed. In case of a reset, @c false is returned.
572  *
573  * @param[in] pmetCont pointer to non-modifiable MET object container
574  * @param[in] pmetIdx index to MET object in container
575  * @param[in] sw status word (optional, default is MissingETBase::Status::clearedStatus())
576  *
577  * @note If the referenced xAOD::MissingET object is not yet stored in a xAOD::MissingETContainer_v1 container, the ElementLink in the component description is not complete.
578  * It can be completed invoking xAOD::MissingETComponent_v1::updateMETLink() at any time - assuming the MissingET object is then stored in a container.
579  *
580  * (@ref contrib_set_intro "More info")
581  */
582 
583 /*! @fn bool xAOD::MissingETComponent_v1::addObject(const IParticle* pPart,const Weight& wght)
584  *
585  * @return @c true if new contribution is added. A return value of @c false indicates that the referenced object already contributes to the MET term. There is no
586  * specific failure mode for this operation.
587  *
588  * @param[in] pPart pointer to non-modifiable xAOD::IParticle object
589  * @param[in] wght kinematic weight of object in MET (optional, default is defined in the xAOD::MissingETComponent_v1::Weight::Weight() constructor
590  *
591  * @note If a contribution from the referenced xAOD::IParticle object already exists, the weights are summed by applying the rules implemented in
592  * xAOD::MissingETCompnent_v1::Weight::operator+=(const Weight&) .
593  *
594  * (@ref contrib_add_intro "More info")
595  */
596 
597 /*! @fn bool xAOD::MissingETComponent_v1::addObject(const IParticle* pPart,double wpx,double wpy,double wet);
598  *
599  * @overload bool xAOD::MissingETComponent_v1::addObject(const IParticle* pPart,const Weight& wght)
600  *
601  * @return @c true if new contribution is added. A return value of @c false indicates that the referenced object already contributes to the MET term. There is no
602  * specific failure mode for this operation.
603  *
604  * @param[in] pPart pointer to non-modifiable IParticle object
605  * @param[in] wpx kinematic weight @f$ w_{x} @f$
606  * @param[in] wpy kinematic weight @f$ w_{y} @f$
607  * @param[in] wet kinematic weight @f$ w_{\rm T} @f$
608  *
609  * (@ref contrib_add_intro "More info")
610  */
611 
612 /*! @fn bool xAOD::MissingETComposition_v1::removeObject(const IParticle* pPart)
613  *
614  * Removing an entry from the internal list of contributing objects requires to also remove the corresponding entries from the lists storing the kinematic weight components.
615  * This is handled internally in a consistent way by this method.
616  *
617  * @return @c true indicates a successful execution. If the referenced object cannot be found in the list of contributing objects, @c false is returned.
618  *
619  * @param[in] pPart pointer to non-modifiable object to be removed from the contribution.
620  */
621 
622 /*! @fn bool xAOD::MissingETComponent_v1::resetContrib(const IParticle* pPart)
623  *
624  * Presently only resets the kinematic weight to its default value (defined in xAOD::MissingETComponent_v1::Weight::Weight()).
625  *
626  * @note The default weight is not necessarily <tt>(wpx=0, wpy=0, wet=0)</tt> (check MissingETBase::Numerical::wpxDefault(), MissingETBase::Numerical::wpyDefault() and
627  * MissingETBase::Numerical::wetDefault() for the respective default values)! If zero weights are desired, xAOD::MissingETComponent_v1::setWeight(const IParticle*,const Weight&)
628  * should be used with argument <tt>wght = Weight(0.,0.,0.)</tt> (failsafe with this respect).
629  *
630  * @return @c true if object is found and successfully reset, @c false if object not found in list of contributing objects.
631  *
632  * @param[in] pPart pointer to non-modifiable object searched for in the list of contributing objects
633  *
634  * @note This method has the same behaviour as the xAOD::MissingETComponent_v1::setWeight method with its default arguments.
635  */
636 
637 /*! @fn bool xAOD::MisssingETComponent_v1::setWeight(const IParticle* pPart,const Weight& wght)
638  *
639  * This methods sets the kinematic weight for a given object in the MET component description.
640  * Invoking this method with its default weight argument is identical to a reset, as discussed in the documentation for
641  * xAOD::MissingETComponent_v1::resetContrib.
642  *
643  * @note This is a true setter implementation, the original weight stored for the referenced particle will be
644  * overwritten!
645  *
646  * @return @c true if object is found and data is successfully set, @c false if object not found in list of contributing objects.
647  *
648  * @param[in] pPart pointer to non-modifiable object searched for in the list of contributing objects
649  * @param[in] wght kinematic weight (optional, defaults to weight defined in xAOD::MissingETComponent_v1::Weight::Weight()
650  */
651 
652 /*! @fn bool xAOD::MissingET::setWeight(const IParticle* pPart,double wpx,double wpy,double wet)
653  *
654  * @overload xAOD::MissingETComponent_v1::setWeight(const IParticle* pPart,const Weight& wght)
655  *
656  * @note This is a true setter implementation, the original weight stored for the referenced particle will be
657  * overwritten!
658  *
659  * @return @c true if object is found and data is successfully set, @c false if object not found in list of contributing objects.
660  *
661  * @param[in] pPart pointer to non-modifiable object searched for in the list of contributing objects
662  * @param[in] wpx kinematic weight @f$ w_{x} @f$
663  * @param[in] wpy kinematic weight @f$ w_{y} @f$
664  * @param[in] wet kinematic weight @f$ w_{\rm T} @f$
665  */
666 
667 /*! @fn bool xAOD::MissingETComponent_v1::setWpx(const IParticle* pPart,double wpx)
668  *
669  * @return @c true if referenced object is in list of contributing objects, else @c false.
670  *
671  * @param[in] pPart pointer to non-modifiable object searched for in the list of contributing objects
672  * @param[in] wpx kinematic weight component @f$ w_{x} @f$
673  *
674  * @note This is a true setter implementation, the original weight component stored for the referenced particle will be
675  * overwritten!
676  */
677 
678 /*! @fn bool xAOD::MissingETComponent_v1::setWpy(const IParticle* pPart,double wpy)
679  * @return @c true if referenced object is in list of contributing objects, else @c false.
680  *
681  * @param[in] pPart pointer to non-modifiable object searched for in the list of contributing objects
682  * @param[in] wpy kinematic weight component @f$ w_{y} @f$
683  *
684  * @note This is a true setter implementation, the original weight component stored for the referenced particle will be
685  * overwritten!
686  */
687 
688 /*! @fn bool xAOD::MissingETCompoonent_v1::setWet(const IParticle* pPart,double wet)
689  *
690  * @return @c true if referenced object is in list of contributing objects, else @c false.
691  *
692  * @param[in] pPart pointer to non-modifiable object searched for in the list of contributing objects
693  * @param[in] wet kinematic weight @f$ w_{\rm T} @f$
694  *
695  * @note This is a true setter implementation, the original weight component stored for the referenced particle will be
696  * overwritten!
697  */
698 
699 /*! @fn bool xAOD::MissingETComponent_v1::setStatus(MissingETBase::Types::bitmask_t sw)
700  *
701  * Invoking this method with its default argument is identical to invoking xAOD::MissingETComponent_v1::clearStatus();
702  *
703  * @return @c true if this is a new status word, else @c false.
704  *
705  * @param[in] sw new statusword (optional, default is MissingETBase::Status::clearedStatus())
706  *
707  * @note This method is a true setter method and thus replaces the stored statusword with the specified one.
708  */
709 
710 /*! @fn bool xAOD::MissingETCompsition_v1::mergeStatus(MissingETBase::Types::bitmask_t sw)
711  *
712  * @return @c true if this is a new status word, else @c false.
713  *
714  * @param[in] sw bit pattern to be merged with stored pattern.
715  *
716  * @note This method merges the stored status word with the specified one by applying a bitwise @c OR operation.
717  */
718 
719 /*! @fn xAOD::MissingETComposition_v1::clearStatus()
720  *
721  * Resets the stored bit pattern completely.
722  *
723  * @return @c true if the stored bit pattern was not of cleared (unknown) (MissingETBase::Status::clearedStatus()) status.
724  */
725 
726 /*! @fn const std::vector<double>& xAOD::MissingETComponent_v1::wpx() const;
727  *
728  * Retrieve the vector containing a weight component for all contributing objects.
729  *
730  * @return Reference to non-modifiable vector of weight components.
731  *
732  * @warning This method is implemented to follow a convention introduced for other data objects in the xAOD framework. In MissingETComponent_v1, the internal
733  * data stores are understood to be highly linked (index parallel), and the behaviour of this object is designed to support random access to all
734  * of these stores in a synchronized fashion (including replacement and removeable). Clients should not directly access these lists, to assure
735  * consistent data access.
736  */
737 /*! @fn bool xAOD::::MissingETComponent_v1::setWpx(const std::vector<double>& wcv)
738  *
739  * Fill the vector containing a weight component for all contributing objects.
740  *
741  * @param[in] wcv reference to non-modifiable vector of weight components.
742  *
743  * @warning This method is implemented to follow a convention introduced for other data objects in the xAOD framework. In MissingETComponent_v1, the internal
744  * data stores are understood to be highly linked (index parallel), and the behaviour of this object is designed to support coherent setting of contributing
745  * object links and weight components. Setting this data for a given configuration without taking advantage of the particular behaviour implemented
746  * in the xAOD::MissingETComponent::setMET and xAOD::add methods is strongly discouraged. But if these direct setters are used, clients need to make sure
747  * that the data is coherent and the store sizes match. Anything else will lead to uncontrollable behaviour and program crashes.
748  */
749 /*! @fn const std::vector<double>& xAOD::MissingETComponent_v1::wpy() const
750  *
751  * @copydetails xAOD::MissingETComponent_v1::wpx()
752  */
753 /*! @fn void xAOD::MissingETComponent_v1::setWpy(const std::vector<double>& wcv)
754  *
755  * @copydetails xAOD::MissingETComponent_v1::setWpx(const std::vector<double>&)
756  */
757 /*! @fn const std::vector<double>& xAOD::MissingETComponent_v1::wet() const
758  *
759  * copydetails xAOD::MissingETComponent_v1::wpx()
760  */
761 /*! @fn bool xAOD::MissingETComponent_v1::setWet(const std::vector<double>& wcv)
762  *
763  * @copydetails xAOD::MissingETComponent_v1::setWpx(const std::vector<double>&)
764  */
765 /*! @fn const MissingETBase::Types::metlink_t& xAOD::MissingETComponent::metLink() const
766  *
767  * Retrieve the link to the MET object.
768  *
769  * @return Reference to non-modifiable link object holding the link to the xAOD::MissingET object.
770  */
771 /*! @fn bool setMetLink(const MissingETBase::Types::metlink_t& metLnk)
772  *
773  * Set the link to the MET object.
774  *
775  * @param[in] metLnk link object referencing a xAOD::MissingET object.
776  *
777  * @warning Setting the link to the MET object should be done using xAOD::MissingETComponent_v1::setMET . This method assures
778  * the correct behaviour and allows to set the statusword at the same time.
779  */
780 /*! @fn const MissingETBase::Types::objlink_vector_t& xAOD::MissingETComponent_v1::objectLinks() const
781  *
782  * Retrieve the vector of links to the contributing objects.
783  *
784  * @return Reference to a non-modifiable vector of link objects holding references to contributing physics or signal objects.
785  *
786  * @note Scanning just the vector of links to contributing objects is insufficient to understand the contribution to MET, as this is
787  * only fully described when the associated kinematic weights are included.
788  */
789 /*! @fn bool xAOD::MissingETComponent_v1::setObjectLinks(const MissingETBase::Types::objlink_vector_t& objLnks)
790  *
791  * Set the list of links for objects contributing to MET.
792  *
793  * @param[in] objLnks vector of link objects.
794  *
795  * @warning This method is implemented to follow a convention introduced for other data objects in the xAOD framework. In MissingETComponent_v1, the internal
796  * data stores are understood to be highly linked (index parallel), and the behaviour of this object is designed to support coherent setting of contributing
797  * object links and weight components. Setting this data for a given configuration without taking advantage of the particular behaviour implemented
798  * in the xAOD::MissingETComponent::setMET and xAOD::add methods is strongly discouraged. But if these direct setters are used, clients need to make sure
799  * that the data is coherent and the store sizes match. Anything else will lead to uncontrollable behaviour and program crashes.
800  */
801 /*! @fn MissingETBase::Types::bitmask_t xAOD::MissingETComponent_t::statusWord() const
802  *
803  * Retrieve the statusword.
804  *
805  * @return Statusword associated with this MET component.
806  */
807 
808 /*! @fn const xAOD::MissingET* xAOD::MissingETComponent_v1::metObject() const
809  *
810  * @return Pointer to non-modifiable object representing the MET object the linked objects (see MissingETComponent_v1::objects() ) contribute to.
811  */
812 
813 /*! @fn const xAOD::MissingETContainer_v1* xAOD::MissingETComposition_v1::metObjectContainer() const
814  *
815  * @return Pointer to non-modifiable object container holding the MET object the linked object (see MissingETComponent::objects() ) contributes to.
816  */
817 
818 /*! @fn size_t xAOD::MissingETComponent_v1::metObjectIndex() const
819  *
820  * @return Index of MET object in its container.
821  */
822 
823 /*! @fn std::vector<const xAOD::IParticle*> xAOD::MissingETComponent_v1::objects() const
824  *
825  * This method returns all objects stored in the link list.
826  *
827  * @return List of non-modifiable contributing objects pointers.
828  */
829 
830 /*! @fn std::vector<const xAOD::IParticle*> xAOD::MissingETComponent_v1::objects(std::vector<Weight>& kinePars) const
831  *
832  * This method returns pointer references to all objects stored in the link list, and fills vectors with (index-parallel) kinematic weights and status words.
833  *
834  * @return List of non-modifiable contributing objects pointers.
835  *
836  * @param[out] kinePars reference to modifiable list of kinematic weights
837  *
838  * @note The kinematic parameter list is cleared, to assure index-parallel filling with the returned object pointer list.
839  */
840 
841 /*! @fn std::vector<const xAOD::IParticle*> xAOD::MissingETComponent_1::objects(const std::vector<double>* wpxPtr,const std::vector<double>* wpyPtr,const std::vector<double>* wetPtr)
842  *
843  * This method returns pointerr references to all objects stored in the link list, and assigns references to non-modifiable vectors of weight components to the corresponding arguments.
844  *
845  * @return List of non-modifiable contributing objects pointers.
846  *
847  * @param[inout] wpxPtr dataword holding pointer reference to non-modifiable list of @f$ w_{x} @f$ weight components.
848  * @param[inout] wpyPtr dataword holding pointer reference to non-modifiable list of @f$ w_{y} @f$ weight components.
849  * @param[inout] wetPtr dataword holding pointer reference to non-modifiable list of @f$ w_{\rm T} @f$ weight components.
850  *
851  * @note The difference to the behaviour of xAOD::MissingETComponent_v1::objects(std::vector<Weight>&) is that clients cannot modify the lists of weight components.
852  */
853 
854 /*! @fn double xAOD::MissingETComponent_v1::wpx(const IParticle* pPart) const
855  *
856  * @return Stored weight component @f$ w_{x} @f$ for a given contributing object if the corresponding objecct reference is found in the
857  * contributing obbject list.
858  *
859  * @param[in] pPart pointer to non-modifiable (contributing) object
860  *
861  * @note Involves linear search.
862  */
863 
864 /* Weight weight(size_t pIdx) const */
865 
866  // /*! @brief Component weight @f$ w_{y} @f$
867  // *
868  // * @return Stored component weight @f$ w_{y} @f$ for a given contributing object.
869  // *
870  // * @param[in] pPart pointer to non-modifiable (contributing) object
871  // *
872  // * @note Involves linear search.
873  // */
874  // double wpy(const IParticle* pPart) const;
875 
876  // *
877  // * @return Stored component weight @f$ w_{\rm T} @f$ for a given contributing object.
878  // *
879  // * @param[in] pPart pointer to non-modifiable (contributing) object
880  // *
881  // * @note Involves linear search.
882  // */
883 
884  // Weight weight(const IParticle* pPart) const; /*!< @brief Get kinematic weight for a given object */
885  // /*! @brief Component weight object
886  // *
887  // * @return Weight object with actually stored component weights. If the given object reference is not valid, the default weight
888  // * MissingETComponent_v1::Weight::Weight() is returned.
889  // */
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