- Scilab help
- Elementary Functions
- Bitwise operations
- Discrete mathematics
- Elementary matrices
- Floating point
- Integer representation
- Matrix manipulation
- Matrix operations
- Search and sort
- Set operations
- Signal processing
- Symbolic
- Trigonometry
- abs
- amell
- and
- &
- cat
- cell2mat
- cellstr
- char
- delip
- diff
- exp
- imag
- imult
- inttrap
- isdef
- isempty
- isequal
- isequalbitwise
- isreal
- isvector
- log
- log10
- log1p
- log2
- logm
- lstsize
- max
- min
- modulo
- ndims
- norm
- or
- |
- pertrans
- real
- sign
- signm
- size
- sqrt
- sqrtm
- squarewave
- toeplitz
- typeof
Please note that the recommended version of Scilab is 2025.0.0. This page might be outdated.
See the recommended documentation of this function
typeof
object type
Calling Sequence
[t]=typeof(object)
Arguments
- object
Scilab object
- t
string
Description
t=typeof(object)
returns one of the following
strings:
- "constant"
if object is a real or complex constant matrix.
- "polynomial"
if object is a polynomial matrix.
- "function"
if object is a function (Scilab code).
- "handle"
if object is an handle.
- "string"
if object is a matrix made of character strings.
- "boolean"
if object is a boolean matrix.
- "list"
if object is a list.
- "rational"
if object is a rational matrix (transfer matrix).
- "state-space"
if object is a state-space model (see syslin).
- "sparse"
if object is a (real) sparse matrix.
- "boolean sparse"
if object is a boolean sparse matrix.
- "hypermat"
if object is an hypermatrix (N-dimension array with N >=3).
- "st"
if object is a structure array.
- "ce"
if object is a cell array.
- the first string in the first list entry
if object is a tlist or mlist.
- "fptr"
if object is a Scilab intrinsic (C or Fortran code).
- "pointer"
if object is a pointer (See lufact).
- "size implicit"
if object is a size implicit polynom used for indexing.
- "library"
if object is function library.
- "int8" or "uint8" or "int16" or "uint16" or "int32" or "uint32"
if object is a matrix of [unsigned] integers stored on 8, 16 or 32 bits. See int8)
Examples
See Also
<< toeplitz | Elementary Functions | Linear Algebra >> |