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SLIMMER
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Templated Base Class for Vectors. More...
#include <SimpleBaseTVec.h>
Public Member Functions | |
| SimpleBaseTVec () | |
| Default Constructor. | |
| SimpleBaseTVec (const SimpleBaseTVec< T, TS > &tmp) | |
| Copy Constructor. | |
| virtual | ~SimpleBaseTVec () |
| Destructor. | |
| virtual void | ReSize (const TS s) |
| Change Size/Dimension of vector (only works for variable length vectors) | |
| virtual void | IncreaseSize (const TS s) |
| Increase Size/Dimension of vector and Preserve Current Values (only works for variable length vectors) | |
| virtual TS | Size () const |
| Return Size/Dimension of vector. | |
| virtual T & | operator[] (const TS &i) |
| Return reference to given element (allows modification) | |
| virtual T & | operator[] (const int &i) |
| Return reference to given element (allows modification) | |
| virtual T | operator() (const int &) const |
| Return copy of a given element (class constant) | |
| virtual T | operator() (const TS &) const |
| Return copy of a given element (class constant) | |
| virtual T | operator[] (const TS &) const |
| void | Set (const char *s) |
| Set Element values to string of numbers. | |
| void | SetAll (const T &v0) |
| Set All Elements to a given Value. | |
| void | Null () |
| Set All Elements to Zero. | |
| bool | HasNAN () |
| Check for presence of NAN in elements. | |
| void | Unit () |
| Set All Elements to One. | |
| void | Random (const T &max=T(1.0), const T &min=T(0), long int seed=1234551662) |
| Set Elements to Random Value with even distribution over given range. | |
| void | RandomNormal (const T &mean=T(1.0), const T &stddev=T(0), long int seed=1234551662) |
| Set Elements to Random Value with Normal/Gaussian distribution. | |
| bool | operator== (const SimpleBaseTVec< T, TS > &v2) const |
| bool | operator!= (const SimpleBaseTVec< T, TS > &v2) const |
| bool | lessAny (SimpleBaseTVec< T, TS > &v2) |
| Returns true if any element is less than the counterpart of v2. | |
| template<typename T2 > | |
| void | lessThan (T val, SimpleBaseTVec< T2, TS > &v2) |
| Sets v2 1 if the corresponding element is less than val, 0 if not. | |
| template<typename T2 > | |
| void | greaterThan (T val, SimpleBaseTVec< T2, TS > &v2) |
| Sets v2 1 if the corresponding element is greater than val, 0 if not. | |
| void | Convolve (SimpleBaseTVec< T, TS > &v2) |
| VECTOR Convolve. | |
| void | Correlation (SimpleBaseTVec< T, TS > &v2) |
| VECTOR Correlation. | |
| template<typename T2 > | |
| T | dot (const SimpleBaseTVec< T2, TS > &v2) const |
| DOT PRODUCT-----------------------------. | |
| template<typename TIN1 , typename TIN2 > | |
| void | cross (const SimpleBaseTVec< TIN1, TS > &v1, const SimpleBaseTVec< TIN2, TS > &v2) |
| generalized cross product | |
| virtual T | Sum () const |
| Return Sum. | |
| template<typename T2 > | |
| T2 | Sum (T2 &tot) const |
| Return Sum. | |
| T | Avg () const |
| Return Average. | |
| template<typename T2 > | |
| T | SumElemValMask (TS &cnt, const SimpleBaseTVec< T2, TS > &mask, const T2 maskThresh) const |
| Return Sum of Element Values in Mask. | |
| template<typename T2 > | |
| T | AvgElemValMask (const SimpleBaseTVec< T2, TS > &mask, const T2 maskThresh) const |
| Return Average Element Values in Mask. | |
| T | Median () const |
| Return Median. For even number of elements retained for backwards compatibility. | |
| T | MedianElemVal () const |
| Return Median. For even number of elements, returns the n/2-th element, not the average. | |
| T | Var () const |
| Return Variance. | |
| T | StDev () const |
| Return Standard Deviation. | |
| T | Length () const |
| Length Of Vector. | |
| T | SqLength () const |
| Squared Length. | |
| void | UpperThreshold (T const val) |
| Force Upper Threshold on Element Values. | |
| void | LowerThreshold (T const val) |
| Force Lower Threshold on Element Values. | |
| void | Threshold (T const val) |
| Threshold elements to a Given Value. | |
| void | ThresholdBIN (T const val, T const valA, T const valB) |
| Threshold and Binarize elements to one of two values. | |
| void | Norm () |
| Normalise Length of Vector to 1.0. | |
| void | NormP () |
| Normalize Sum of Vector to 1.0 (probability normalization) | |
| void | abs () |
| Set All Elements to Be Positive. | |
| void | intFloor () |
| T | MaxElemVal () const |
| Return Max Element Value. | |
| T | MinElemVal () const |
| Return Min Element Value. | |
| TS | MaxElement () const |
| Return Element Index to Largest Element. | |
| TS | MinElement () const |
| Return Element Index to Smallest Element. | |
| TS | MaxAbsElement () const |
| TS | MinAbsElement () const |
| void | MaxNorm () |
| bool | Contains (const T &it) const |
| Test If vector Contains a Given value. | |
| TS | ReplaceValue (const T &origval, const T &newval) |
| Replace All Voxel Values with New Values. | |
| TS | ReplaceValueRange (const T &origvalMin, const T &origvalMax, const T &newval) |
| Replace All Voxel Values over a Range with New Values. | |
| TS | Count (const T &it) const |
| Count number of elements with Given Value. | |
| void | ReflectInPlace () |
| Reflect in Place. | |
| void | Sort (SimpleBaseTVec< int, TS > &IDX, int order=0) |
| Simple sorting: return order index into vector elements using bubble sort. | |
| void | Print (FILE *fp=stderr, char *name=NULL) const |
| Print Elements to File. | |
| void | Print (const int w, const int p=0, FILE *fp=stderr) const |
| Print Elements in with given precision to File. | |
| int | ElementDataType () |
| template<> | |
| void | Null () |
| template<> | |
| void | Null () |
| template<> | |
| short | Avg () const |
| template<> | |
| short | Avg () const |
| template<> | |
| const char | _versionID [] |
| template<> | |
| const char | _versionID [] |
| template<> | |
| const char | _versionID [] |
Static Public Attributes | |
| static const char | _versionID [] |
Friends | |
| ostream & | operator<< (ostream &out, const SimpleBaseTVec< T, TS > &v) |
Templated Base Class for Vectors.
Contains functions for use in Fixed and Variable Sized Vectors
| T SimpleBaseTVec< T, TS >::dot | ( | const SimpleBaseTVec< T2, TS > & | v2 | ) | const [inline] |
DOT PRODUCT-----------------------------.
Dot Product Note: Allows two different types Depends on * being defined between element types
| TS SimpleBaseTVec< T, TS >::MaxAbsElement | ( | ) | const [inline] |
Return Element Index to Largest Absolute Element Note: Assumes fabs is defined for element type or cast to float exists
| void SimpleBaseTVec< T, TS >::MaxNorm | ( | ) | [inline] |
Normalize so Max element has size 1.0 Note: Assumes fabs is defined for type T
| TS SimpleBaseTVec< T, TS >::MinAbsElement | ( | ) | const [inline] |
Return Element Index to Smallest Absolute Element Note: Assumes fabs is defined for element type or cast to float exists
| void SimpleBaseTVec< T, TS >::Random | ( | const T & | max = T(1.0), |
| const T & | min = T(0), |
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| long int | seed = 1234551662 |
||
| ) | [inline] |
Set Elements to Random Value with even distribution over given range.
Note: for integer data there is a rounding problem: cast always rounds down
| void SimpleBaseTVec< T, TS >::RandomNormal | ( | const T & | mean = T(1.0), |
| const T & | stddev = T(0), |
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| long int | seed = 1234551662 |
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| ) | [inline] |
Set Elements to Random Value with Normal/Gaussian distribution.
Note: for integer data there is a rounding problem: cast always rounds down
| void SimpleBaseTVec< T, TS >::Set | ( | const char * | s | ) | [inline] |
Set Element values to string of numbers.
======= Set elements to values in a string
assumes double/int/float values separated by space
eg:
Set("10 20 30");
no test for unterminated string in char array!!
only works for elements types that can be made from doubles.
1.7.4
