functions.hh File Reference

#include "utility.hh"
#include "local.hh"

Go to the source code of this file.

Namespaces

namespace  RVL

Classes

class  RVL::RVLCopy< Scalar >
 This BFO copies the second LDC onto the first. More...
class  RVL::RVLCopy< float >
class  RVL::RVLCopy< double >
class  RVL::RVLScale< Scalar >
 This UFO scales an LDC. More...
class  RVL::RVLMax< Scalar >
 This UFOSR and Accumulation finds the maximum element of an LDC. More...
class  RVL::RVLMin< Scalar >
 This UFOSR and Accumulation finds the minimum element of an LDC Works of course only for Scalar types that have a min function. More...
class  RVL::RVLL2innerProd< Scalar >
 This BFOSR and Accumulation computes the inner product of two LDCs. More...
class  RVL::RVLL2innerProd< complex< Scalar > >
 Complex specialization of L2 Inner Product. More...
class  RVL::RVLAddAccumulate< Scalar >
 This BFO does v += w. More...
class  RVL::RVLAssignConst< Scalar >
 This UFO sets all elements of a LDC to a constant value. More...
class  RVL::RVLRandomize< Scalar >
 Assigns random values in [a, b] to each entry in the LDC where the defaults are a = 0, b = 1. More...
class  RVL::RVLRandomize< complex< Scalar > >
 Assigns random values in [a, b] to each entry in the LDC where the defaults are a = 0, b = 1. More...
class  RVL::RVLRandomize< int >
 Specialization for assigning random integers in [0, RAND_MAX]. More...
class  RVL::ASCIIReader< Scalar >
 Read a vector from a text file, where the first line is expected to contain data on the dimension of the vector. More...
class  RVL::ASCIIWriter< Scalar >
 Write an LDC to a file, where the first line is expected to contain data on the dimension. More...
class  RVL::BinaryReader< Scalar >
 Read a vector from a binary file, where the first entry in the file is element first (in bytes) from SEEK_SET. More...
class  RVL::BinaryWriter< Scalar >
 Dumps binary data in memory to a binary file 16.12.06: starting at file position first, setable via seek(int). More...
class  RVL::RVLBoxMaxStep< Scalar >
 Given a maximum and minimum vectors which define a box constraint, find the largest scalar so that $x+\alpha dx$ is not outside the box. More...
class  RVL::ElementwiseMultiply< Scalar >
 Performs an elementwise multiplication. More...
class  RVL::ElementwiseDivision< Scalar >
 Performs an elementwise safeguarded division. More...
class  RVL::ElementwiseSqrtAbs< Scalar >
 Performs an elementwise square root of absolute value $u = sqrt(abs(v))$. More...


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