Source

`vector`

Methods defined in vector

f `truediv(...)`

f `rmul(...)`

f `init(...)`

f `cross(...)`

The cross product of this vector and another.

f `abs(...)`

Return the length of this vector.

f `pos(...)`

Returns the vector itself.

f `itruediv(...)`

f `proj(...)`

The vector projection of this vector onto another.

f `len(...)`

f `mul(...)`

f `isub(...)`

f `getitem(...)`

f `comp(...)`

The scalar projection of this vector onto another.

f `idiv(...)`

f `norm(...)`

The unit vector of this vector.

f `setitem(...)`

f `diff_angle(...)`

The angle between this vector and another, in radians.

f `astuple(...)`

Convert this vector to a tuple. Same as tuple(vector), but much faster.

f `add(...)`

f `rotate(...)`

Rotate this vector about the specified axis through the specified angle, in radians

f `imul(...)`

f `clear(...)`

Zero the state of this vector. Potentially useful for reusing a temporary variable.

f `iadd(...)`

f `div(...)`

f `neg(...)`

f `sub(...)`

f `dot(...)`

The dot product of this vector and another.

Attributes

a `mag`

<property object at 0x015D18A0>

a `mag2`

<property object at 0x015D18C8>

a `x`

<property object at 0x015D1828>

a `y`

<property object at 0x015D1850>

a `z`

<property object at 0x015D1878>

a `__instance_size__`

See the source for more information.

vector

Methods defined in vector

f __truediv__(...)

f __rmul__(...)

f __init__(...)

f cross(...)

f __abs__(...)

f __pos__(...)

f __itruediv__(...)

f proj(...)

f __len__(...)

f __mul__(...)

f __isub__(...)

f __getitem__(...)

f comp(...)

f __idiv__(...)

f norm(...)

f __setitem__(...)

f diff_angle(...)

f astuple(...)

f __add__(...)

f rotate(...)

f __imul__(...)

f clear(...)

f __iadd__(...)

f __div__(...)

f __neg__(...)

f __sub__(...)

f dot(...)