| Contents | Index |
The properties associated with fi objects are described in the following sections in alphabetical order.
Note The fimath properties and numerictype properties are also properties of the fi object. Refer to fimath Object Properties and numerictype Object Properties for more information. |
Stored integer value of a fi object in binary.
Numerical real-world value of a fi object.
Stored integer value of a fi object in decimal.
Real-world value of a fi object stored as a MATLAB® double.
fimath properties associated with a fi object. fimath properties determine the rules for performing fixed-point arithmetic operations on fi objects. fi objects can get their fimath properties from a local fimath object or the global fimath. The factory-default configuration of the global fimath has the following settings:
RoundMode: nearest
OverflowMode: saturate
ProductMode: FullPrecision
MaxProductWordLength: 128
SumMode: FullPrecision
MaxSumWordLength: 128
To learn more about fimath objects and the global fimath, refer to Working with fimath Objects. For more information about each of the fimath object properties, refer to fimath Object Properties.
Stored integer value of a fi object in hexadecimal.
Stored integer value of a fi object, stored in a built-in MATLAB integer data type. You can also use int8, int16, int32, int64, uint8, uint16, uint32, and uint64 to get the stored integer value of a fi object in these formats.
The numerictype object contains all the data type and scaling attributes of a fixed-point object. The numerictype object behaves like any MATLAB structure, except that it only lets you set valid values for defined fields. For a table of the possible settings of each field of the structure, see Valid Values for numerictype Structure Properties in the Fixed-Point Toolbox™ User's Guide.
Stored integer value of a fi object in octal.
![]() | Property Reference | fimath Object Properties | ![]() |

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