#include <4d.h>
Inheritance diagram for vu1223:
Public Member Functions | |
vu1223 () | |
constructor | |
vu1223 (vu1223 &inst) | |
copy constructor | |
virtual | ~vu1223 () |
destructor | |
vu1223 & | operator= (vu1223 &rhs) |
assignment operator | |
void | setDim1Size (int val) |
This will set the range of the dataset in the first dimension to be val. | |
int | getDim1Size (void) |
This will return the range of the first dimension of the dataset. | |
void | setDim2Size (int val) |
This will set the range of the dataset in the second dimension to be val. | |
int | getDim2Size (void) |
This will return the range of the second dimension of the dataset. | |
void | setDim3Size (int val) |
This will set the range of the dataset in the third dimension to be val. | |
int | getDim3Size (void) |
This will return the range of the third dimension of the dataset. | |
void | setDim4Size (int val) |
This will set the range of the dataset in the fourth dimension to be val. | |
int | getDim4Size (void) |
This will return the range of the fourth dimension of the dataset. | |
Protected Attributes | |
int | m_Dim1Size |
this is the range of the first dimension of the dataset | |
int | m_Dim2Size |
this is the range of the second dimension of the dataset | |
int | m_Dim3Size |
this is the range of the third dimension of the dataset | |
int | m_Dim4Size |
this is the range of the fourth dimension of the dataset |
Definition at line 11 of file Rectilinear/Multimodal/4d/4d.h.
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constructor
Definition at line 3 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim1Size, m_Dim2Size, m_Dim3Size, and m_Dim4Size. |
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copy constructor
Definition at line 11 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim1Size, m_Dim2Size, m_Dim3Size, and m_Dim4Size. |
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destructor
Definition at line 19 of file Rectilinear/Multimodal/4d/4d.cpp. |
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This will return the range of the first dimension of the dataset.
Definition at line 41 of file Rectilinear/Multimodal/4d/4d.cpp. |
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This will return the range of the second dimension of the dataset.
Definition at line 51 of file Rectilinear/Multimodal/4d/4d.cpp. |
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This will return the range of the third dimension of the dataset.
Definition at line 61 of file Rectilinear/Multimodal/4d/4d.cpp. |
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This will return the range of the fourth dimension of the dataset.
Definition at line 71 of file Rectilinear/Multimodal/4d/4d.cpp. |
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assignment operator
Definition at line 23 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim1Size, m_Dim2Size, m_Dim3Size, m_Dim4Size, and vu122::operator=(). |
Here is the call graph for this function:
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This will set the range of the dataset in the first dimension to be val.
Definition at line 36 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim1Size. |
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This will set the range of the dataset in the second dimension to be val.
Definition at line 46 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim2Size. |
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This will set the range of the dataset in the third dimension to be val.
Definition at line 56 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim3Size. |
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This will set the range of the dataset in the fourth dimension to be val.
Definition at line 66 of file Rectilinear/Multimodal/4d/4d.cpp. References m_Dim4Size. |
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this is the range of the first dimension of the dataset
Definition at line 43 of file Rectilinear/Multimodal/4d/4d.h. Referenced by operator=(), setDim1Size(), and vu1223(). |
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this is the range of the second dimension of the dataset
Definition at line 45 of file Rectilinear/Multimodal/4d/4d.h. Referenced by operator=(), setDim2Size(), and vu1223(). |
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this is the range of the third dimension of the dataset
Definition at line 47 of file Rectilinear/Multimodal/4d/4d.h. Referenced by operator=(), setDim3Size(), and vu1223(). |
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this is the range of the fourth dimension of the dataset
Definition at line 49 of file Rectilinear/Multimodal/4d/4d.h. Referenced by operator=(), setDim4Size(), and vu1223(). |