Re: How using a vector index to select el. The find () function returns a vector containing the data. Logical indexing is usually preferable and this works great if you just have a scalar k as in the question. The generic operator() can also takes as input an arbitrary list of row or column indices stored as either an ArrayXi, a std::vector, std::array.![]() Med vänliga hälsningar (thats swedish for 'Best Regards') Using the find () function you can find the indices and the element from the array. 6 Answers Sorted by: 30 Another alternative without setdiff () is vector (1:end k) Share Improve this answer Follow answered at 22:29 ChaoticByNature 401 3 3 Good call. are orthonormal p-dimensional vectors that span the projection plane. A fair amount of Matlab programming involves the use of matrix or vector indices to select submatrices or subvectors. used to replace a runtime computation with a simpler array indexing operation. TstmtVector.obj - 4 error(s), 0 warning(s) One is the chi-square index developed in Posse 1995a, 1995b. Can I index > the lut using integer type instead of a stdlogicvetor. No mystery here: a vector in MATLAB (as elsewhere) is a one-dimensional array of elements of the same data type. No user-defined-conversion operator available that can perform this conversion, or the operator cannot be calledÄ:\utv\tmp\mtvector\tstmtvector\tstmtvector.cpp(62) : error C2064: term does not evaluate to a functionÄ:\utv\tmp\mtvector\tstmtvector\tstmtvector.cpp(63) : error C2664: 'const int &_thiscall mtVector::operator ()(const unsigned long &) const' : cannot convert parameter 1 from 'class mtVector' to 'const unsigned long &'Ä:\utv\tmp\mtvector\tstmtvector\tstmtvector.cpp(63) : error C2064: term does not evaluate to a function ![]() Reason: cannot convert from 'class mtVector' to 'const unsigned long' ![]() IntVector newVector = iv2(indexVector) //this is what I want to do!Ä®rror C2664: 'const int &_thiscall mtVector::operator ()(const unsigned long &) const' : cannot convert parameter 1 from 'class mtVector' to 'const unsigned long &' a 19345 Generally, you can access a particular element of a two-dimensional matrix with the indices i and j, where i denotes the row and j denotes the.
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