#Numel matlab series#

Here the size of each dimension is assigned to a separate variable.Д«ut when the number of output variables is less than ndims(X): Here the size is output as a single vector. The size of the second dimension of rand(2,3,4) is 3. For a Java array of arrays, the result describes only the top level array.Д®xample 1. Size returns ones in the 'extra' variables, that is, those corresponding to ndims(X)+1 through n.ДЇor a Java array, size returns the length of the Java array as the number of rows. If n does not equal ndims(X), the following exceptions hold: Returns the size of the dimension of X specified by scalar dim.ДЇor n > 1, returns the sizes of the dimensions of the array X in the variables d1,d2,d3.,dn, provided the number of output arguments n equals ndims(X). Returns the size of matrix X in separate variables m and n. If X is a scalar, which MATLAB regards as a 1-by-1 array, size(X) returns the vector. Returns the sizes of each dimension of array X in a vector d with ndims(X) elements. Size (MATLAB Functions) MATLAB Function Reference CreateSpace Independent Publishing Platform. GNU Octave version 3.0.1 manual: a high-level interactive language for numerical computations. Eaton, David Bateman, and SГёren Hauberg (2009). R - Why does is.vector() return TRUE for list? - Stack Overflow answered by Andrie on May 17 2011. October 2004 Online only Revised for MATLAB 7.0.1 (Release 14SP1) March 2005 Online only Revised for MATLAB 7.0. R - Add a Column to a Dataframe From a List of Values - Stack Overflow answered by Matthew Plourde on Jun 21 2012. June 2004 First printing New for MATLAB 7.0 (Release 14). Would result from the indexing a(idx1, idx2. are supplied, return the number of elements that 'Return the number of elements in the R object x.

PgivenG: Present value given Gradient value (Engineering Economics).

#Numel matlab series#

PgivenFivary: 'Present equivalent of a series of future cash flows subject.

PgivenFcont: Present value given Future value (Engineering.

PgivenF: Present value given Future value (Engineering Economics).

PgivenAcont: Present value given Annual value (Engineering.

PgivenA1: Present value for geometric gradient series (Engineering.

PgivenA: Present value given Annual value (Engineering Economics).

numel: Number of elements (GNU Octave/MATLAB compatible).

ngivenPFi: To Find i Given F, n, and P (Engineering Economics).

nc4: Krishnamurthy and Christensen method for composite Manning's.

nc3: Lotter method for composite Manning's n numel matlabmatlab get numeratormatlab complex numberstransfer function get num and den matlabmatlab matrixmatlab syms functionmatlab make symbolic.

nc2: Einstein and Banks method for composite Manning's n.

nc1: Horton method for composite Manning's n.

Manningtri: Triangular cross-section for the Gauckler-Manning-Strickler.

Manningtrap: Trapezoidal cross-section for the Gauckler-Manning-Strickler.

Manningrect: Rectangular cross-section for the Gauckler-Manning-Strickler.

Manningpara: Parabolic cross-section for the Gauckler-Manning-Strickler.Manningcirc: Circular cross-section using the Gauckler-Manning-Strickler.length_octave: Length of R objects (GNU Octave/MATLAB compatible).igivenPFn: Interest rate given Future value, Number of periods, and.iemisc: iemisc: Irucka Embry's miscellaneous functions.FgivenPcont: Future value given Present value (Engineering.FgivenP: Future value given Present value (Engineering Economics).FgivenAcont: Future value given Annual value (Engineering.FgivenA: Future value given Annual value (Engineering Economics).EffInt: Effective Interest rate (Engineering Economics).CompIntPaid: Compound Interest Paid (Engineering Economics).benefitcost: Benefit-Cost Ratio (Engineering Economics).atan2d: 'Two-argument arc-tangent' (in degrees) [GNU Octave/MATLAB.AgivenPcont: Annual value given Present value (Engineering.AgivenP: Annual value given Present value (Engineering Economics).AgivenG: Annual value given Gradient value (Engineering Economics).AgivenFcont: Annual value given Future value (Engineering.AgivenF: Annual value given Future value (Engineering Economics).acotd: Inverse cotangent (in degrees).