用于编程和数据类型的函数

用于按位运算、数据类型运算符和工具以及程序控制的函数

对 fi 对象执行按位操作，操作 fi 对象的数据类型，并使用支持定点数据类型的函数开发算法。

函数

`bitand`	两个 `fi` 对象的按位 `AND`
`bitandreduce`	Reduce consecutive slice of bits to one bit by performing bitwise `AND` operation
`bitcmp`	`fi` 对象的按位补码
`bitconcat`	串联 `fi` 对象的位
`bitget`	Get bits at certain positions
`bitor`	Bitwise `OR` of two `fi` objects
`bitorreduce`	Reduce consecutive slice of bits to one bit by performing bitwise `OR` operation
`bitreplicate`	Replicate and concatenate bits of `fi` object
`bitrol`	Bitwise rotate left
`bitror`	Bitwise rotate right
`bitset`	Set bit at specific location
`bitshift`	将位移动指定位数
`bitsliceget`	Get consecutive slice of bits
`bitsll`	逻辑左移位
`bitsra`	算术右移位
`bitsrl`	逻辑右移位
`bitxor`	两个 `fi` 对象的按位 XOR
`bitxorreduce`	Reduce consecutive slice of bits to one bit by performing bitwise exclusive `OR` operation
`getlsb`	最低有效位
`getmsb`	最高有效位

`cast64BitFiToInt`	Cast `fi` object types that can be exactly represented to a 64-bit integer data type (自 R2020a 起)
`cast64BitIntToFi`	Cast 64-bit integer types to an equivalent `fi` object type (自 R2020a 起)
`castFiToInt`	Cast fi object to equivalent integer data type (自 R2020a 起)
`castFiToMATLAB`	Cast `fi` object type to an equivalent built-in MATLAB data type (自 R2020a 起)
`castIntToFi`	Cast an integer data type to equivalent `fi` type (自 R2020a 起)
`num2str`	将数值转换为字符数组
`reinterpretcast`	转换定点或整数数据类型而不更改基础数据
`rescale`	Change scaling of `fi` object
`storedInteger`	`fi` 对象的存储整数值
`storedIntegerToDouble`	Convert stored integer value of `fi` object to built-in double value
`stripscaling`	Stored integer of `fi` object

`eps`	`fi` 或 `quantizer` 对象的量化相对精度
`intmax`	可由 `fi` 对象的 `numerictype` 表示的最大存储正整数值
`intmin`	可由 `fi` 对象的 `numerictype` 表示的最小存储整数值
`realmax`	最大正定点值或量化数
`realmin`	正的最小正规化定点值或量化数

`fixed.extractNumericType`	Extract numeric type from input (自 R2021a 起)
`isboolean`	确定输入是否为布尔值
`isdouble`	确定输入是否为双精度数据类型
`isfi`	确定变量是否为 `fi` 对象
`isfimath`	确定变量是否为 `fimath` 对象
`isfimathlocal`	确定 `fi` 对象是否具有局部 `fimath`
`isfipref`	确定输入是否为 `fipref` 对象
`isfixed`	确定输入是否为定点数据类型
`isnumerictype`	确定输入是否为 `numerictype` 对象
`ispropequal`	Determine whether properties of two `fi` objects are equal
`isquantizer`	确定输入是否为 `quantizer` 对象
`isscaleddouble`	Determine whether input is scaled double data type
`isscaledtype`	Determine whether input is fixed-point or scaled double data type
`isscalingbinarypoint`	Determine whether input has binary point scaling
`isscalingslopebias`	Determine whether input has nontrivial slope and bias scaling
`isscalingunspecified`	Determine whether input has unspecified scaling
`issigned`	确定 `fi` 对象是否为有符号
`issingle`	确定输入是否为单精度数据类型
`isslopebiasscaled`	Determine whether `numerictype` object has nontrivial slope and bias scaling

`filter`	1-D digital filter of `fi` objects
`for`	用来重复指定次数的 `for` 循环