#include <3d.h>
Inheritance diagram for vu1122:
Public Member Functions | |
vu1122 () | |
constructor, | |
vu1122 (const vu1122 &inst) | |
copy constructor, performs a deep copy | |
virtual | ~vu1122 () |
destructor | |
vu1122 & | operator= (const vu1122 &rhs) |
assignment operator | |
dword | getDim1Size () const |
this will return the size of the dataset in the 1st diemnsion (ie., the number of increments that exist in the dataset along the first dimension). | |
dword | getDim2Size () const |
this will return the size of the dataset in the 2nd diemnsion (ie., the number of increments that exist in the dataset along the second dimension). | |
dword | getDim3Size () const |
this will return the size of the dataset in the 3rd diemnsion (ie., the number of increments that exist in the dataset along the third dimension). | |
Protected Attributes | |
dword | m_Dim1Size |
this is the size of the dataset in the first dimension (ie, the number of increments along the first dimension). | |
dword | m_Dim2Size |
this is the size of the dataset in the second dimension (ie, the number of increments along the second dimension). | |
dword | m_Dim3Size |
this is the size of the dataset in the third dimension (ie, the number of increments along the third dimension). |
Definition at line 11 of file Regular/Multimodal/3d/3d.h.
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constructor, This will set the size of each dimension to be 0. Definition at line 3 of file Regular/Multimodal/3d/3d.cpp. References m_Dim1Size, m_Dim2Size, and m_Dim3Size. |
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copy constructor, performs a deep copy
Definition at line 10 of file Regular/Multimodal/3d/3d.cpp. References m_Dim1Size, m_Dim2Size, and m_Dim3Size. |
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destructor
Definition at line 17 of file Regular/Multimodal/3d/3d.cpp. |
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this will return the size of the dataset in the 1st diemnsion (ie., the number of increments that exist in the dataset along the first dimension).
Definition at line 33 of file Regular/Multimodal/3d/3d.cpp. References dword. |
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this will return the size of the dataset in the 2nd diemnsion (ie., the number of increments that exist in the dataset along the second dimension).
Definition at line 38 of file Regular/Multimodal/3d/3d.cpp. References dword. |
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this will return the size of the dataset in the 3rd diemnsion (ie., the number of increments that exist in the dataset along the third dimension).
Definition at line 43 of file Regular/Multimodal/3d/3d.cpp. References dword. |
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assignment operator
Definition at line 21 of file Regular/Multimodal/3d/3d.cpp. References m_Dim1Size, m_Dim2Size, m_Dim3Size, and vu112::operator=(). |
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this is the size of the dataset in the first dimension (ie, the number of increments along the first dimension).
Definition at line 43 of file Regular/Multimodal/3d/3d.h. Referenced by operator=(), and vu1122(). |
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this is the size of the dataset in the second dimension (ie, the number of increments along the second dimension).
Definition at line 46 of file Regular/Multimodal/3d/3d.h. Referenced by operator=(), and vu1122(). |
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this is the size of the dataset in the third dimension (ie, the number of increments along the third dimension).
Definition at line 49 of file Regular/Multimodal/3d/3d.h. Referenced by operator=(), and vu1122(). |