15 |
* |
* |
16 |
* This action refits the TRK track using only level 2 data. This means that it will use the same |
* This action refits the TRK track using only level 2 data. This means that it will use the same |
17 |
* clusters which are associated to the track, with the possibility to mask or shift some of them. |
* clusters which are associated to the track, with the possibility to mask or shift some of them. |
18 |
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* If a refit fails the event will not be discarded (since this is not a cut) but chi2 will be negative, |
19 |
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* and the event will be subsequently discarded by an eventual TrkPhSinCut. |
20 |
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* This action can be used also before TrkPhSinCut, since it checks for the existence of at least |
21 |
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* one track before refitting. The refitted track is always the first "physical" track; the ordering |
22 |
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* criterion can be set using #SetSortingMethod. If, instead, this action is placed after a TrkPhsinCut |
23 |
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* it is not necessary to set this parameter, since the value used for TrkPhSinCut will be automatically |
24 |
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* used (of course, it can be used as well if a different ordering may be needed). |
25 |
* For a complete reprocess and fit use #ReprocessTrackAction. |
* For a complete reprocess and fit use #ReprocessTrackAction. |
26 |
*/ |
*/ |
27 |
class RefitTrackAction: public CollectionAction { |
class RefitTrackAction: public CollectionAction { |
35 |
* @param maskedViews The excluded views. 0 means that all the views will be used, while #T6X means that the |
* @param maskedViews The excluded views. 0 means that all the views will be used, while #T6X means that the |
36 |
* X view of the last tracker plane will be ignored. For other combinations, sum up the values |
* X view of the last tracker plane will be ignored. For other combinations, sum up the values |
37 |
* defined in #TRKLAYERS: T1X + T1Y will exclude the whole first plane, for example. |
* defined in #TRKLAYERS: T1X + T1Y will exclude the whole first plane, for example. |
38 |
* |
* @param trkParamsFile The file containing the tracker parameters to be used. Default value corresponds to the standard |
39 |
|
* parameters used for data reduction. |
40 |
*/ |
*/ |
41 |
RefitTrackAction(const char *actionName, float spreadX = 0., float spreadY = 0., int maskedViews = 0) : |
RefitTrackAction(const char *actionName, float spreadX = 0., float spreadY = 0., int maskedViews = 0., |
42 |
CollectionAction(actionName), _spreadX(spreadX), _spreadY(spreadY), _maskedViews(maskedViews) { |
TString trkParamsFile = "") : |
43 |
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CollectionAction(actionName), _spreadX(spreadX), _spreadY(spreadY), _maskedViews(maskedViews), _trkParamsFile( |
44 |
|
trkParamsFile), _sortingMethod(NULL) { |
45 |
|
|
46 |
} |
} |
47 |
|
|
60 |
|
|
61 |
} |
} |
62 |
|
|
63 |
|
/* @brief Set the track sorting criterion |
64 |
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* |
65 |
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* The action refits the first track, which is the one obtained with PamLevel2::GetTrack(0). This method can |
66 |
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* be used to set the sorting criterion used to determine which track is the first. |
67 |
|
* |
68 |
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* @param sortingMethod The sorting method. Format has to be compatible with the argument of PamLevel2::SetSortingMethod. |
69 |
|
*/ |
70 |
|
void SetSortingMethod(const char *sortingMethod) { |
71 |
|
_sortingMethod = sortingMethod; |
72 |
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} |
73 |
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|
74 |
private: |
private: |
75 |
|
|
76 |
float _spreadX, _spreadY; |
float _spreadX, _spreadY; |
81 |
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|
82 |
float _xmBackup[6], _ymBackup[6]; |
float _xmBackup[6], _ymBackup[6]; |
83 |
int _layerXBackup[6], _layerYBackup[6]; |
int _layerXBackup[6], _layerYBackup[6]; |
84 |
|
|
85 |
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TString _trkParamsFile; |
86 |
|
static TString _currTrkParamsFile; |
87 |
|
|
88 |
|
const char *_sortingMethod; |
89 |
}; |
}; |
90 |
|
|
91 |
#endif /* REFITTRACKACTION_H_ */ |
#endif /* REFITTRACKACTION_H_ */ |