## On this page

  

 

 # JoinSeparateMethod

 Last update: 10.09.2025 

<a id="ansys.meshing.prime.JoinSeparateMethod"></a>

### *class* ansys.meshing.prime.JoinSeparateMethod(value, names=None, \*values, module=None, qualname=None, type=None, start=1, boundary=None)

Join separation method to handle separated overlapped zonelets.

### Methods

NameDescription[`JoinSeparateMethod.conjugate`](ansys.meshing.prime.JoinSeparateMethod.conjugate.md#ansys.meshing.prime.JoinSeparateMethod.conjugate)Returns self, the complex conjugate of any int.[`JoinSeparateMethod.bit_length`](ansys.meshing.prime.JoinSeparateMethod.bit_length.md#ansys.meshing.prime.JoinSeparateMethod.bit_length)(/)Number of bits necessary to represent self in binary.[`JoinSeparateMethod.bit_count`](ansys.meshing.prime.JoinSeparateMethod.bit_count.md#ansys.meshing.prime.JoinSeparateMethod.bit_count)(/)Number of ones in the binary representation of the absolute value of self.[`JoinSeparateMethod.to_bytes`](ansys.meshing.prime.JoinSeparateMethod.to_bytes.md#ansys.meshing.prime.JoinSeparateMethod.to_bytes)(/\[, length, ...\])Return an array of bytes representing an integer.[`JoinSeparateMethod.from_bytes`](ansys.meshing.prime.JoinSeparateMethod.from_bytes.md#ansys.meshing.prime.JoinSeparateMethod.from_bytes)(/, bytes\[, ...\])Return the integer represented by the given array of bytes.[`JoinSeparateMethod.as_integer_ratio`](ansys.meshing.prime.JoinSeparateMethod.as_integer_ratio.md#ansys.meshing.prime.JoinSeparateMethod.as_integer_ratio)(/)Return a pair of integers, whose ratio is equal to the original int.[`JoinSeparateMethod.is_integer`](ansys.meshing.prime.JoinSeparateMethod.is_integer.md#ansys.meshing.prime.JoinSeparateMethod.is_integer)(/)Returns True.### Attributes

NameDescription[`JoinSeparateMethod.real`](ansys.meshing.prime.JoinSeparateMethod.real.md#ansys.meshing.prime.JoinSeparateMethod.real)the real part of a complex number[`JoinSeparateMethod.imag`](ansys.meshing.prime.JoinSeparateMethod.imag.md#ansys.meshing.prime.JoinSeparateMethod.imag)the imaginary part of a complex number[`JoinSeparateMethod.numerator`](ansys.meshing.prime.JoinSeparateMethod.numerator.md#ansys.meshing.prime.JoinSeparateMethod.numerator)the numerator of a rational number in lowest terms[`JoinSeparateMethod.denominator`](ansys.meshing.prime.JoinSeparateMethod.denominator.md#ansys.meshing.prime.JoinSeparateMethod.denominator)the denominator of a rational number in lowest terms[`JoinSeparateMethod.KEEPNONE`](ansys.meshing.prime.JoinSeparateMethod.KEEPNONE.md#ansys.meshing.prime.JoinSeparateMethod.KEEPNONE)Remove both overlapping zonelets after joining.[`JoinSeparateMethod.KEEPONE`](ansys.meshing.prime.JoinSeparateMethod.KEEPONE.md#ansys.meshing.prime.JoinSeparateMethod.KEEPONE)Keep one overlap zonelets after joining.[`JoinSeparateMethod.KEEPBOTH`](ansys.meshing.prime.JoinSeparateMethod.KEEPBOTH.md#ansys.meshing.prime.JoinSeparateMethod.KEEPBOTH)Keep both overlapping zonelets after joining.