def __pow__(self, value):
if value != 2:
raise ValueError('Only the value "2" is supported.')
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(operators.math, "sqr"):
op = operators.math.sqr(self, server=self._server)
else:
op = dpf_operator.Operator("sqr", server=self._server)
op.connect(0, self)
return op
def __pow__(self, value):
if value != 2:
raise ValueError('DPF only the value is "2" supported')
from ansys.dpf.core import dpf_operator
from ansys.dpf.core import operators
if hasattr(operators, "math") and hasattr(operators.math, "sqr_fc"):
op = operators.math.sqr_fc(server=self._server)
else:
op = dpf_operator.Operator("sqr_fc", server=self._server)
op.connect(0, self)
op.connect(1, value)
return op
def __sub__(self, fields_b):
"""Subtract two fields or two fields containers.
Returns
-------
minus : operators.math.minus_fc
"""
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(operators.math, "minus_fc"):
op = operators.math.minus_fc(server=self._server)
else:
op = dpf_operator.Operator("minus_fc", server=self._server)
op.connect(0, self)
op.connect(1, fields_b)
return op
def __add__(self, fields_b):
"""Add two fields or two fields containers.
Returns
-------
add : operators.math.add_fc
"""
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(operators.math, "add_fc"):
op = operators.math.add_fc(self, fields_b, server=self._server)
else:
op = dpf_operator.Operator("add_fc", server=self._server)
op.connect(0, self)
op.connect(1, fields_b)
return op
def __sub__(self, fields_b):
"""Subtract two fields.
Returns
-------
:class:`ansys.dpf.core.operators.math.minus.minus`
"""
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(operators.math, "minus"):
op = operators.math.minus(server=self._server)
else:
op = dpf_operator.Operator("minus", server=self._server)
op.connect(0, self)
op.connect(1, fields_b)
return op
def __add__(self, field_b):
"""Add two fields.
Returns
-------
:class:`ansys.dpf.core.operators.math.add.add`
"""
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(operators.math, "add"):
op = operators.math.add(server=self._server)
else:
op = dpf_operator.Operator("add", server=self._server)
op.connect(0, self)
op.connect(1, field_b)
return op
def __mul__(self, value):
"""Multiply two fields or two fields containers.
Returns
-------
mul : operators.math.generalized_inner_product_fc
"""
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(
operators.math, "generalized_inner_product_fc"):
op = operators.math.generalized_inner_product_fc(
server=self._server)
else:
op = dpf_operator.Operator("generalized_inner_product_fc",
server=self._server)
op.connect(0, self)
op.connect(1, value)
return op
def __mul__(self, value):
"""Multiplies two fields.
Returns
-------
:class:`ansys.dpf.core.operators.math.generalized_inner_product.generalized_inner_product`
"""
from ansys.dpf.core import dpf_operator, operators
if hasattr(operators, "math") and hasattr(operators.math,
"generalized_inner_product"):
op = operators.math.generalized_inner_product(server=self._server)
else:
op = dpf_operator.Operator("generalized_inner_product",
server=self._server)
op.connect(0, self)
op.connect(1, value)
return op
def _min_max(self):
from ansys.dpf.core import dpf_operator
op = dpf_operator.Operator("min_max", server=self._server)
op.connect(0, self)
return op
