__new__(cls, coords, system=CoordinateSystem(Cartesian3D, dimension=(None, 3), matrix=None), converter_options=None): 

__init__(self, coords, system=CoordinateSystem(Cartesian3D, dimension=(None, 3), matrix=None), converter_options=None): 

__array_finalize__(self, coords): 

__str__(self): 

__eq__(self, other): 

@property
multiconfig(self): 

Determines whether self.coords represents multiple configurations of the coordinates

• :returns: _

transform(self, tf): 

Applies a transformation to the stored coordinates

• tf: Any

  the transformation function to apply to the system

• :returns: _

convert(self, system, **kw): 

Converts across coordinate systems

• system: CoordinateSystem

  the target coordinate system

• :returns: CoordinateSet

  n e w _ c o o r d s

derivatives(self, function, order=1, coordinates=None, result_shape=None, **fd_options): 

Takes derivatives of function with respect to the current geometry

• function: Any

• order: Any

• coordinates: Any

• fd_options: Any

• :returns: _

jacobian(self, system, order=1, coordinates=None, converter_options=None, all_numerical=False, analytic_deriv_order=None, **fd_options): 

Delegates to the jacobian function of the current coordinate system.

• system: Any

• order: Any

• mesh_spacing: Any

• prep: Any

• coordinates: Any

• fd_options: Any

• :returns: _