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- Compatibility Functions
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- mtlb_linspace
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- mtlb_rcond
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- mtlb_s
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- mtlb_sort
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- mtlb_strcmpi
- mtlb_strfind
- mtlb_strrep
- mtlb_sum
- mtlb_t
- mtlb_toeplitz
- mtlb_tril
- mtlb_triu
- mtlb_true
- mtlb_uint16
- mtlb_uint32
- 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 This page might be outdated.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_legendre
Matlab legendre emulation function
Calling Sequence
P = mtlb_legendre(n,X) P = mtlb_legendre(n,X[,normflag])
Arguments
- X
- a scalar, vector, matrix or hypermatrix with elements in [-1,1] 
- n
- a positive scalar integer 
- normflag
- a string ('sch' or 'norm') 
Description
Matlab and Scilab legendre behave differently in some
            particular cases:
- Scilab - legendre(m,n,X)evaluates the- legendrefunction of degree n and order n for the- Xelements. Matlab- legendre(n,X)evaluates the Legendre functions of degree- nand order- m=0,1,...,n. (emulated by mtlb_legendre) for the- Xelements.
- The option normflag= - 'sch'does not exist for Scilab legendre (emulated)
- If - Xis a hypermatrix then Scilab- legendre(n,X)does not work (emulated)
The function mtlb_legendre(n,X[,normflag]) is used by
            mfile2sci to replace legendre(n,X[,normflag])
            when it was not possible to know what were the inputs 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_legendre call:
- If - Xis a scalar, a vector or a matrix- mtlb_legendre(n,X[,'norm'])may be replaced by- legendre(n,0:n,X[,'norm'])
|  | Caution:  mtlb_legendrehas not to be used for hand coded functions. | 
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