vector

class granoo3.lib.vector

Bases: Boost.Python.instance

an euclidean vector

Attributes Summary

x	x component
y	y component
z	z component

Methods Summary

clear(arg1)	clear the vector
get_x(arg1)	get x component value
get_y(arg1)	get y component value
get_z(arg1)	get z component value
is_nan(arg1)	check if the vector contains a NaN
is_null(arg1)	check if the vector is null
norm(arg1)	compute the norm of the vector
normalize(arg1)	normalizing the vector
orthogonal_vec(arg1)	get an othogonal vector
project_on_axis(arg1, arg2)	project on a given axis
project_on_plane(arg1, arg2)	project on a given plane
squared_norm(arg1)	compute the squared norm of the vector
to_point(arg1)	cast the vector to a point
unit(arg1)	computes and returns the unit vector

Attributes Documentation

x

x component

y

y component

z

z component

Methods Documentation

clear((vector)arg1) → None[STATIC]

clear the vector

get_x((vector)arg1) → float[STATIC]

get x component value

get_y((vector)arg1) → float[STATIC]

get y component value

get_z((vector)arg1) → float[STATIC]

get z component value

is_nan((vector)arg1) → bool[STATIC]

check if the vector contains a NaN

is_null((vector)arg1) → bool[STATIC]

check if the vector is null

norm((vector)arg1) → float[STATIC]

compute the norm of the vector

normalize((vector)arg1) → float[STATIC]

normalizing the vector

orthogonal_vec((vector)arg1) → vector[STATIC]

get an othogonal vector

project_on_axis((vector)arg1, (vector)arg2) → None[STATIC]

project on a given axis

project_on_plane((vector)arg1, (vector)arg2) → None[STATIC]

project on a given plane

squared_norm((vector)arg1) → float[STATIC]

compute the squared norm of the vector

to_point((vector)arg1) → point[STATIC]

cast the vector to a point

unit((vector)arg1) → vector[STATIC]

computes and returns the unit vector