Conceptual name of the function or operation being replaced. Can name a math operation, function, BLAS operation, CBLAS operation, net slope fixed-point operation, semaphore or mutex entry, or customization entry.

Name of the implementation (replacement) function.

Number of input arguments.

Data type of a conceptual input argument.

Data type of a conceptual output argument.

The entry match priority, relative to other entries of the same name and to the conceptual argument list within the selected code replacement library. The priority can range from 0 to 100, with 0 being the highest priority. The default is 100. If the library provides two implementations for a function or operator, the implementation with the higher priority shadows the one with the lower priority.

Conceptual name of the function or operation being replaced. Can name a math operation, function, BLAS operation, CBLAS operation, net slope fixed-point operation, semaphore or mutex entry, or customization entry.

Computation or approximation algorithm configured for a function or operation being replaced. For example, you can configure:

Names of input and output arguments of function or operation being replaced. Conceptual arguments observe naming conventions (y1, u1, u2, ...) and data types familiar to the code generator.

Data type of a selected input or output argument of the function or operation being replaced. Conceptual arguments observe data types familiar to the code generator.

Whether the selected input or output argument of the function or operation being replaced is real or complex.

Whether the selected input or output argument of the function or operation being replaced is a scalar value or a matrix. If you select Matrix, parameters for specifying range dimensions, and for replacement of MATLAB code, array layout appear.

Vector that specifies the lower range of the matrix dimensions.

Vector that specifies the upper range of the matrix dimensions.

Order in which array elements are stored in memory. Row-major layout can improve performance for certain algorithms and ease integration with external code or data that uses the row-major layout.

Whether you want the data types for your implementation arguments to be the same as the conceptual argument types. For example, most ANSI-C functions operate on and return double data. Clear the check box if want to map the conceptual representation of a function or operation to an implementation representation that specifies an argument and return value. For example, clear the check box to map the conceptual representation of the function sin to an implementation representation that specifies an argument and return value of type single (single sin(single)).

Name of the replacement function.

Namespace of the replacement function.

Whether your implementation function returns void.

Names of input and output arguments of your replacement function.

Data type of a selected input or output argument of your replacement function.

Whether a selected argument of your replacement function is an input or output argument.

Whether to apply the const type qualifier to a selected argument of your replacement function.

Whether a selected argument of your replacement function is a pointer.

Whether the selected input or output argument of the replacement function is real or complex.

Saturation mode supported by the replacement function.

Rounding modes supported by the replacement function.

Whether your replacement function accepts expression inputs. If you select the parameter, the code generator integrates an expression input into the generated code rather than inserting a temporary variable in place of the expression input.

Whether your replacement function modifies variables representing internal or global state.

Header file for the replacement function (for example, my_rep_func.h).

Source file for the replacement function (for example, my_rep_func.c).

Names and paths of additional header files to include for the replacement function (for example, support_files.h and matlab\customization\mylib\include).

Names and paths of additional source files to include for the replacement function (for example, support_files.c and matlab\customization\mylib\src).

Names and paths of link object files to use for the replacement function (for example, support_files.o and matlab\customization\mylib\bin).

Link flags to use for the replacement function (for example, -MD -Gy).

Compile flags to use for the replacement function (for example, -Zi -Wall).

Whether the code generator copies files from external folders to the build folder before starting the build process.