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Reference Documentation |
#include <T_Histograms_3D.h>
Inheritance diagram for T_Histo3DVar:
Definition at line 223 of file T_Histograms_3D.h.
Public Types | |
typedef T_Histo3DVar | Like_Current |
Convenience typedef to current type. | |
Public Methods | |
H_IID_IMPLEMENT (T_Histo3DVar) | |
Very simple RTTI feature. | |
typedef | H_T_REF (Like_Current) Ref_Like_Current |
Convenience typedef to reference to current type. | |
T_Histo3DVar (const char *a_title, HTL_STD::vector< float > &some_points1, HTL_STD::vector< float > &some_points2, HTL_STD::vector< float > &some_points3, End_Point_Convention epc1=RIGHT_OPEN, End_Point_Convention epc2=RIGHT_OPEN, End_Point_Convention epc3=RIGHT_OPEN) | |
Create a transient 3D histo with Weighted_Bin and variable partition. | |
T_Histo3DVar (const char *a_title, HTL_STD::vector< double > &some_points1, HTL_STD::vector< double > &some_points2, HTL_STD::vector< double > &some_points3, End_Point_Convention epc1=RIGHT_OPEN, End_Point_Convention epc2=RIGHT_OPEN, End_Point_Convention epc3=RIGHT_OPEN) | |
Create a transient 3D histo with Weighted_Bin and variable partition using vector<double> instead of vector<float> to define the partition. | |
T_Histo3DVar (I_Histo &a_histo, int copy_data=1) | |
Copy constructor. | |
T_Histo3DVar (const I_Histo &a_histo, int copy_data=1) | |
Copy constructor taking const reference. | |
virtual | ~T_Histo3DVar () |
Destructor. | |
void | fill (double x, double y, double z, double w=1.0) |
Fill histo with datapoint ( x , y , z) and weight w. | |
double | bin_center (Index i, Index j, Index k, Index p=0) |
Center of the bin indexed by ( i , j , k ) projected on axis p. | |
double | mean (Index p=0) |
Return histogram mean projected on axis p. | |
double | rms (Index p=0) |
Return histogram RMS (Root Mean Square) projected on axis p. | |
Ref_Like_Current | clone (int copy_data=1) |
Clone the histogram. | |
Ref_Like_Current | clone (H_T_CLUSTER1(a_place), int copy_data=1) |
Clone the histogram. | |
Ref_Like_Current | add (const Ref_Like_Current &other) |
Add another histogram of the same type to this one. | |
void | add (const I_Histo &other) |
Add another histogram to this one using the abstract interface. | |
Ref_Like_Current | sub (const Ref_Like_Current &other) |
Subtract another histogram of the same type from this one. | |
void | sub (const I_Histo &other) |
Subtract another histogram from this one using the abstract interface. | |
Ref_Like_Current | mul (const Ref_Like_Current &other) |
Multiply another histogram of the same type to this one. | |
void | mul (const I_Histo &other) |
Multiply another histogram to this one using the abstract interface. | |
Ref_Like_Current | div (const Ref_Like_Current &other) |
Divide this histogram by another of the same type. | |
void | div (const I_Histo &other) |
Divide this histogram by another one using the abstract interface. | |
void | add (double x) |
Add a scalar to this histogram. | |
void | sub (double x) |
Subtract a scalar from this histogram. | |
void | mul (double x) |
Multiply by a scalar this histogram. | |
void | div (double x) |
Divide by scalar this histogram. | |
Protected Methods | |
virtual T_REF_I_Histo | clone_ (int copy_data=1) |
virtual T_REF_I_Histo | clone_ (H_T_CLUSTER1(a_place), int copy_data=1) |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 229 of file T_Histograms_3D.h. Referenced by clone(). |
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Definition at line 250 of file T_Histograms_3D.h. References End_Point_Convention, H_H3D_U_EP, and RIGHT_OPEN. |
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Definition at line 279 of file T_Histograms_3D.h. References End_Point_Convention, H_H3D_U_EP, and RIGHT_OPEN. |
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If copy_data == 1 the content of the histogram is copied as well, otherwise the copy is empty. Definition at line 294 of file T_Histograms_3D.h. |
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If copy_data == 1 the content of the histogram is copied as well, otherwise the copy is empty. Definition at line 300 of file T_Histograms_3D.h. |
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Definition at line 304 of file T_Histograms_3D.h. |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 429 of file T_Histograms_3D.h. |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 373 of file T_Histograms_3D.h. |
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Definition at line 327 of file T_Histograms_3D.h. References H_Bin_Helper::bin_center(), I_Histo::I_Bin_Location, and Index. |
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The first parameter is a clustering hint. If copy_data is zero the clone is empty. Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 348 of file T_Histograms_3D.h. References H_T_NEW_CLUSTER1, and Like_Current. |
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If copy_data is zero the clone is empty. Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 339 of file T_Histograms_3D.h. References H_T_NEW_CLUSTER0, and Like_Current. Referenced by clone_(). |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 353 of file T_Histograms_3D.h. References clone(). |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 351 of file T_Histograms_3D.h. References clone(). |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 435 of file T_Histograms_3D.h. |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 427 of file T_Histograms_3D.h. |
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Definition at line 309 of file T_Histograms_3D.h. References HTLlimits::classify(), HTLlimits::isFinite(), T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >::mapped_bin(), and Weighted_Bin::put(). |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. |
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Definition at line 332 of file T_Histograms_3D.h. References Index, and H_Statistics::mean(). Referenced by rms(). |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 433 of file T_Histograms_3D.h. |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 409 of file T_Histograms_3D.h. |
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Definition at line 334 of file T_Histograms_3D.h. References Index, mean(), and H_Statistics::rms(). |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 431 of file T_Histograms_3D.h. |
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Reimplemented from T_Histo_3D< T_Lifetime< Weighted_Bin >, Weighted_Bin, double, T_Uneven_Partition, double, T_Uneven_Partition, double, T_Uneven_Partition >. Definition at line 391 of file T_Histograms_3D.h. |
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