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convertMuPADNotebook cannot find the corresponding functionality in MATLAB.

Adjust the code so that it uses only the functionality that can be expressed in the MATLAB language. Alternatively, in the target .mlx file, some functionality can be replaced with MATLAB functionality, such as in statistics or file input-output.

The MATLAB airy function represents Airy functions of the first and second kind and their first derivatives. In MuPAD, airyAi(z,n) and airyBi(z,n) can represent second and higher derivatives of Airy functions, that is, n can be greater than 1.

Rewrite second and higher derivatives of Airy functions in terms of Airy functions and their first derivatives. Then convert the result to MATLAB code.

The MuPAD airyAi and airyBi functions return results in terms of Airy functions and their first derivatives. You can replace second and higher derivatives by their outputs in MuPAD, before converting the code to MATLAB.

Environment variables are global variables, such as HISTORY, LEVEL, ORDER, and so on, that affect the behavior of MuPAD algorithms.

In some cases, you can use name-value pair arguments in each function call, such as setting the value Order in the taylor function call.

In other cases, there is no appropriate replacement. Adjust the code so that it does not require a global setting.

MuPAD uses remember tables to speed up computations, especially when you use recursive procedure calls. The system stores the arguments of a procedure call as indices of the remember table entries, and the corresponding results as values of these entries. When you call a procedure using the same arguments as in previous calls, MuPAD accesses the remember table of that procedure. If the remember table contains the entry with the required arguments, MuPAD returns the value of that entry.

The remember tables created by the option remember or prog::remember are not available in MATLAB.

Adjust the code so that it does not use remember tables.

In MuPAD, the slot function defines methods and entries of data types (domains) or for defining attributes of function environments (domain type DOM_FUNC_ENV). These methods and entries (slots) let you overload system functions by your own domains and function environments.

Domains, function environments, and their slots are not available in MATLAB.

Adjust the code so that it does not use assignments to slots of domains and function environments.

MuPAD lets you use special coefficient rings that cannot be represented by arithmetical expressions. Specifying coefficient rings of polynomials is not available in MATLAB.

Adjust the code so that it does not use polynomials over special rings.

MuPAD uses the value complexInfinity. This value is not available in MATLAB.

Adjust the code so that it does not use complexInfinity.

MuPAD syntax has changed and the code uses obsolete syntax that is no longer supported.

Adjust the code so that it uses only the functionality that can be expressed in the MATLAB language and then run convertMuPADNotebook again.

Unable to translate a call to the function 'D' with more than one argument.

The indices in the first argument of D cannot be translated to variable names in MATLAB.

Use the MuPAD diff function instead of D.

Domains represent data types in MuPAD. They are not available in MATLAB.

Adjust the code so that it does not create or explicitly use domains and their elements.

Environment variables are global variables, such as HISTORY, LEVEL, ORDER, and so on, that affect the behavior of MuPAD algorithms.

convertMuPADNotebook cannot translate MuPAD environment variables because they are not available in MATLAB.

Adjust the code so that it does not require accessing MuPAD environment variables.

In MuPAD, a function call f(x), where x is a sequence of n operands, resolves to a call with n arguments.

MATLAB cannot resolve function calls with expression sequences to calls with multiple arguments.

Adjust the code so that it does not contain function calls with expression sequences as input arguments.

MuPAD recognizes infinite sets. For example, the solve function in MuPAD can return a solution as an infinite set: solve(sin(x*PI/2) = 0, x) returns $$\left\{2k|k\in \mathbb{Z}\right\}$$. You can create such sets by using Dom::ImageSet.

MATLAB does not support infinite sets.

Adjust the code so that it does not use infinite sets as inputs.

The MuPAD last function and its shortcut % typically let you access the last 20 commands stored in an internal MuPAD history table.

In MATLAB, ans lets you access only one most recent command.

Adjust the code so that it uses assignments instead of relying on last or %.

Libraries contain most of the MuPAD functionality. Each library includes a collection of functions for solving particular types of mathematical problems. While MuPAD library functions are translated to MATLAB code, the libraries themselves are not.

Adjust the code so that it does not use MuPAD library names as identifiers.

Unable to map a function to objects of this class.

Objects of this class do not have an equivalent representation in MATLAB. The mapping cannot be translated.

In the target .mlx file, implement the mapping by writing a loop.

MuPAD provides a few different approaches for creating a matrix. You can create a matrix from an array, list of elements, a nested list of rows, or a table. Also, you can create a matrix by specifying only the nonzero entries, such as A[i1,j1] = value1, A[i2,j2] = value2, and so on.

Some of these approaches cannot be translated to MATLAB code.

Adjust the code so that it defines matrices by using an array, list of elements, or a nested list of rows.

Cannot translate division with respect to several variables.

Polynomial division with respect to several variables is not available in MATLAB.

Adjust the code so that it does not use polynomial division with respect to several variables.

Unable to translate nested indexed assignment.

Nested indexed assignment is not available in MATLAB.

Replace the nested indexed assignment with multiple assignments.

Unable to create a polynomial from a coefficient list.

Cannot translate polynomial creation from the given coefficient list.

Make the first argument to poly an arithmetical expression instead of a list.

For code that you want to execute repeatedly, MuPAD lets you create procedures by using the proc command.

convertMuPADNotebook can translate simple procedures to anonymous functions. Simple procedures do not contain loops, assignments, multiple statements, or nested functions where the inner function accesses variables of the outer function.

More complicated procedures cannot be translated to MATLAB code.

Adjust the code so that it does not use complicated procedures.

convertMuPADNotebook cannot translate the MuPAD global table of properties, PROPERTIES, because this functionality is not available in MATLAB.

Set assumptions as described in Use Assumptions on Symbolic Variables.

MuPAD lets you set a separate seed value for each random number generator. MATLAB has one seed value for all random number generators. See rng for details.

Adjust the code so that it does not rely on individual seed values for different random number generators.

The MuPAD rewrite function can rewrite an expression in terms of the following targets: andor, arccos, arccosh, arccot, arccoth, arcsin, arcsinh, arctan, arctanh, arg, bernoulli, cos, cosh, cot, coth, diff, D, erf, erfc, erfi, exp, fact, gamma, harmonic, heaviside, inverf, inverfc, lambertW, ln, max, min, piecewise, psi, sign, sin, sincos, sinh, sinhcosh, tan, tanh.

The MATLAB rewrite function supports fewer targets: exp, log, sincos, sin, cos, tan, cot, sqrt, heaviside, asin, acos, atan, acot, sinh, cosh, tanh, coth, sinhcosh, asinh, acosh, atanh, acoth, piecewise.

Adjust the code so that it uses the target options available in MATLAB. If needed, use a sequence of function calls to rewrite with different target options.

Unable to translate slots of domains and function environments.

Slots and domains are not available in MATLAB.

Adjust the code so that it does not use slots or domains.

Unable to substitute only one occurrence of a subexpression.

Substituting only one occurrence of a subexpression is not available in MATLAB.

In the target .mlx file, break up the expression using the function children to get the subexpression, and then substitute for it using the function subs.

MuPAD code contains a syntax error, for example, a missing bracket.

Check and correct the MuPAD code that you are translating.

The MuPAD test environment is not available in MATLAB.

Adjust the code so that it does not use the MuPAD test environment.

Most likely, a custom domain or library is used and cannot be translated.

Check and correct the MuPAD code that you are translating.

The function is not available in MuPAD.

Check and correct the MuPAD code that you are translating.

The function is a valid MuPAD function, but the function call is invalid. For example, the number of input arguments or types of arguments can be incorrect.

Check and correct the MuPAD code that you are translating.

The functions of this library are available in MuPAD, but there are no corresponding functions in MATLAB.

Adjust the code so that it does not use the functions of this library.

The MuPAD function does not have an equivalent function handle in MATLAB.

Adjust the code to use a function that has an equivalent in MATLAB.

Most likely, this option is available in MuPAD, but there are no corresponding options in MATLAB.

Adjust the code so that it does not use this option.

Most likely, the function call in the MuPAD code has an error.

Check and correct the MuPAD code that you are translating.