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Validate Fortran Data

Determine type or characteristic of array data

Use these functions to validate input arguments.

Fortran Functions

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mxIsDoubleDetermine whether mxArray represents data as double-precision, floating-point numbers
mxIsSingleDetermine whether mxArray represents data as single-precision, floating-point numbers
mxIsComplexDetermine whether data is complex
mxIsNumericDetermine whether mxArray is numeric
mxIsInt64Determine whether mxArray represents data as signed 64-bit integers
mxIsUint64Determine whether mxArray represents data as unsigned 64-bit integers
mxIsInt32Determine whether mxArray represents data as signed 32-bit integers
mxIsUint32Determine whether mxArray represents data as unsigned 32-bit integers
mxIsInt16Determine whether mxArray represents data as signed 16-bit integers
mxIsUint16Determine whether mxArray represents data as unsigned 16-bit integers
mxIsInt8Determine whether mxArray represents data as signed 8-bit integers
mxIsUint8Determine whether mxArray represents data as unsigned 8-bit integers
mxIsCharDetermine whether input is mxChar array
mxIsLogicalDetermine whether mxArray is of type mxLogical
mxIsSparseDetermine whether input is sparse mxArray
mxIsStructDetermine whether mxArray is structure
mxIsCellDetermine whether mxArray is cell array
mxIsClassDetermine whether mxArray is object of specified class
mxIsInfDetermine whether input is infinite
mxIsFiniteDetermine whether input is finite
mxIsNaNDetermine whether input is NaN (Not-a-Number)
mxIsEmptyDetermine whether mxArray is empty
mxIsFromGlobalWSDetermine whether mxArray was copied from MATLAB global workspace

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