fibomat.linalg.vectors package

fibomat.linalg.vectors.VectorLike

vector-like objects for type hints

alias of Union[Vector, Iterable[float]]

fibomat.linalg.vectors.DimVectorLike

dim-vector-like objects for type hints

alias of Union[DimVector, Quantity]

fibomat.linalg.vectors.angle_between(vec_1: Vector | Iterable[float] | DimVector | Quantity, vec_2: Vector | Iterable[float] | DimVector | Quantity) → float

Returns the the angle between two vectors.

Args:

vec_1 (VectorLike): first vector vec_2 (VectorLike): second vector

Returns:

float

fibomat.linalg.vectors.signed_angle_between(vec_1: Vector | Iterable[float] | DimVector | Quantity, vec_2: Vector | Iterable[float] | DimVector | Quantity)

Returns the signed the angle between two vectors. The angle is positive if the rotation from vec_1 to vec_2 is in positive direction using the smaller angle between them.

https://stackoverflow.com/a/16544330

Args:

vec_1 (VectorLike): first vector vec_2 (VectorLike): second vector

Returns:

float

Submodules

• fibomat.linalg.vectors.dim_vector module
  • DimVector
    • DimVector.__init__()
    • DimVector.vector
    • DimVector.unit
    • DimVector.normalized()
    • DimVector.vector_as()
    • DimVector.angle_about_x_axis
    • DimVector.close_to()
    • DimVector.count()
    • DimVector.cross()
    • DimVector.dot()
    • DimVector.index()
    • DimVector.length
    • DimVector.mag
    • DimVector.magnitude
    • DimVector.mirrored()
    • DimVector.normalized_to()
    • DimVector.phi
    • DimVector.projected()
    • DimVector.r
    • DimVector.rotated()
    • DimVector.x
    • DimVector.y
• fibomat.linalg.vectors.vector module
  • Vector
    • Vector.__init__()
    • Vector.angle_about_x_axis
    • Vector.close_to()
    • Vector.count()
    • Vector.cross()
    • Vector.dot()
    • Vector.index()
    • Vector.length
    • Vector.mag
    • Vector.magnitude
    • Vector.mirrored()
    • Vector.normalized()
    • Vector.normalized_to()
    • Vector.phi
    • Vector.projected()
    • Vector.r
    • Vector.rotated()
    • Vector.x
    • Vector.y
• fibomat.linalg.vectors.vector_base module
  • VectorValueError
    • VectorValueError.__init__()
    • VectorValueError.args
    • VectorValueError.with_traceback()
  • VectorBase
    • VectorBase.__init__()
    • VectorBase.x
    • VectorBase.y
    • VectorBase.r
    • VectorBase.phi
    • VectorBase.length
    • VectorBase.magnitude
    • VectorBase.mag
    • VectorBase.angle_about_x_axis
    • VectorBase.close_to()
    • VectorBase.normalized()
    • VectorBase.normalized_to()
    • VectorBase.rotated()
    • VectorBase.mirrored()
    • VectorBase.projected()
    • VectorBase.dot()
    • VectorBase.cross()
    • VectorBase.count()
    • VectorBase.index()