Function details for checkoptionsize

checkoptionsize (860 calls, 0.033 sec)
Generated 05-Aug-2011 13:03:54 using cpu time.
function in file /usr/local/MATLAB/R2011a/toolbox/shared/optimlib/checkoptionsize.m
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Parents (calling functions)

Function Name	Function Type	Calls
fmincon	function	860

Lines where the most time was spent

Line Number	Code	Calls	Total Time	% Time	Time Plot
22	if prod(optionsize) ~= numvars	860	0.011 s	33.3%
20	switch lower(option)	860	0.011 s	33.3%
21	case 'typicalx'	860	0 s	0%
All other lines			0.011 s	33.3%
Totals			0.033 s	100%

Children (called functions)
No children

Code Analyzer results
No Code Analyzer messages.

Coverage results
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Total lines in function	43
Non-code lines (comments, blank lines)	24
Code lines (lines that can run)	19
Code lines that did run	3
Code lines that did not run	16
Coverage (did run/can run)	15.79 %

Function listing

   time   calls  line
                  1 function checkoptionsize(option, optionsize, numvars, numfunelts)
                  2 %CHECKOPTIONSIZE Verify problem size dependent options 
                  3 %   CHECKOPTIONSIZE('OPTION', OPTIONSIZE, NUMVARS) verifies that the
                  4 %   specified option is of the correct size. Valid values for 'OPTION' are
                  5 %   'TypicalX' and 'HessPattern'. OPTIONSIZE is the size of the specified
                  6 %   OPTION. NUMVARS specifies the number of free variables (normally
                  7 %   numel(X0)).
                  8 %
                  9 %   CHECKOPTIONSIZE('JacobPattern', OPTIONSIZE, NUMVARS, NUMFUNELTS)
                 10 %   verifies that the option 'JacobPattern' is of the correct size.
                 11 %   NUMFUNELTS is the number of elements in the vector (or matrix) returned
                 12 %   by FUN.
                 13 %
                 14 %   This is a helper function for the Optimization Toolbox.
                 15 
                 16 %   Copyright 2008 The MathWorks, Inc.
                 17 %   $Revision: 1.1.6.1 $  $Date: 2008/02/29 13:09:38 $
                 18 
                 19 % Perform size checks
  0.01     860   20 switch lower(option) 
           860   21     case 'typicalx' 
  0.01     860   22         if prod(optionsize) ~= numvars 
                 23             ME = MException('optimlib:checkoptionsize:InvalidSizeOfTypicalX', ...
                 24                 'TypicalX must have the same number of elements as X0.');
                 25             throwAsCaller(ME);
                 26         end
                 27     case 'hesspattern'
                 28         expsize = [numvars numvars];
                 29         if ~isequal(optionsize, expsize)
                 30             ME = MException('optimlib:checkoptionsize:InvalidSizeOfHessPattern', ...
                 31                 ['User-defined Hessian pattern is not the correct size:\n' ...
                 32                 'the matrix HessPattern should be %d-by-%d.'],numvars,numvars);
                 33             throwAsCaller(ME);
                 34         end
                 35     case 'jacobpattern'
                 36         expsize = [numfunelts numvars];
                 37         if ~isequal(optionsize, expsize)
                 38             ME = MException('optimlib:checkoptionsize:InvalidSizeOfJacobPattern', ...
                 39                 ['User-defined Jacobian pattern is not the correct size:\n' ...
                 40                 'the matrix JacobPattern should be %d-by-%d.'],numfunelts,numvars);
                 41             throwAsCaller(ME);
                 42         end
                 43 end

Other subfunctions in this file are not included in this listing.