- Scilab Help
 - Compatibility Functions
 - firstnonsingleton
 - mstr2sci
 - mtlb_0
 - mtlb_a
 - mtlb_all
 - mtlb_any
 - mtlb_axis
 - mtlb_beta
 - mtlb_box
 - mtlb_close
 - mtlb_colordef
 - mtlb_cumprod
 - mtlb_cumsum
 - mtlb_dec2hex
 - mtlb_delete
 - mtlb_diag
 - mtlb_diff
 - mtlb_dir
 - mtlb_double
 - mtlb_e
 - mtlb_echo
 - mtlb_eval
 - mtlb_exist
 - mtlb_eye
 - mtlb_false
 - mtlb_fft
 - mtlb_fftshift
 - mtlb_find
 - mtlb_findstr
 - mtlb_fliplr
 - mtlb_fopen
 - mtlb_format
 - mtlb_fprintf
 - mtlb_fread
 - mtlb_fscanf
 - mtlb_full
 - mtlb_fwrite
 - mtlb_grid
 - mtlb_hold
 - mtlb_i
 - mtlb_ifft
 - mtlb_imp
 - mtlb_int16
 - mtlb_int32
 - mtlb_int64
 - mtlb_int8
 - mtlb_is
 - mtlb_isa
 - mtlb_isfield
 - mtlb_isletter
 - mtlb_isspace
 - mtlb_l
 - mtlb_legendre
 - mtlb_linspace
 - mtlb_logic
 - mtlb_logical
 - mtlb_lower
 - mtlb_max
 - mtlb_min
 - mtlb_more
 - mtlb_num2str
 - mtlb_ones
 - mtlb_plot
 - mtlb_prod
 - mtlb_rand
 - mtlb_randn
 - mtlb_realmax
 - mtlb_realmin
 - mtlb_s
 - mtlb_setstr
 - mtlb_size
 - mtlb_sort
 - mtlb_strcmp
 - mtlb_strcmpi
 - mtlb_strfind
 - mtlb_strrep
 - mtlb_sum
 - mtlb_t
 - mtlb_toeplitz
 - mtlb_tril
 - mtlb_triu
 - mtlb_true
 - mtlb_uint16
 - mtlb_uint32
 - mtlb_uint64
 - mtlb_uint8
 - mtlb_upper
 - mtlb_var
 - mtlb_zeros
 
Please note that the recommended version of Scilab is 2026.0.0. This page might be outdated.
See the recommended documentation of this function
mtlb_logic
Matlab logical operators emulation function
Description
Matlab and Scilab logical operator behave differently in some particular cases:
With complex operands: The
<,<=,>and>=operators can not be used into Scilab with complex operands, while in Matlab they can. And in this case, only real part of complex operands is compared.With empty matrices: For operators
==and~=, if at least one operand is an empty matrix, Matlab returns [] while Scilab returns a boolean value %T or %F.
The function mtlb_logic(A,symbol,B) (with "symbol" a character string
            containing the operator symbol) is used by mfile2sci to replace
            A symbol B when it was not  possible to know what were the operands
            while porting Matlab code to Scilab. This function will determine the correct semantic
            at run time. If you want to have a  more efficient code it is possible to replace
            mtlb_logic calls:
If both
AandBare not complex values nor empty matricesmtlb_logic(A,symbol,B)may be replaced byA symbol B.
![]()  | Caution:  mtlb_logic has not to be used for hand coded functions. | 
| Report an issue | ||
| << mtlb_linspace | Compatibility Functions | mtlb_logical >> | 
