node_xset

class granoo3.lib.node_xset

Bases: Boost.Python.instance

extended version of set with additional features

Methods Summary

centroid(arg1)

return current centroid of set

clear_kinematic(arg1)

clear_kinematic of all item

closest(arg1, arg2)

get closest node from a given direction

farthest(arg1, arg2)

get farthest node from a given direction

force(arg1)

return the sum of external forces

heaviest(arg1)

get heaviest node

init(arg1)

init all item

lightest(arg1)

get lightest node

max_disp(arg1)

get maximal displacement of the whole set

mean_disp(arg1)

get mean displacement of the whole set

mean_disp_x(arg1)

get mean displacement of the whole set on x

mean_disp_y(arg1)

get mean displacement of the whole set on y

mean_disp_z(arg1)

get mean displacement of the whole set on z

mean_pos(arg1)

get mean position of the whole set

mean_pos_x(arg1)

get mean position of the whole set on x

mean_pos_y(arg1)

get mean position of the whole set on y

mean_pos_z(arg1)

get mean position of the whole set on z

min_disp(arg1)

get minimal displacement of the whole set

normal(arg1)

return a normal least square plane computed from current set

std_disp_x(arg1)

get std dev of displacement of the whole set on x

std_disp_y(arg1)

get std dev of displacement of the whole set on y

std_disp_z(arg1)

get std dev of displacement of the whole set on z

std_pos(arg1)

get standard deviation of the position of the whole set

std_pos_x(arg1)

get std dev of position of the whole set on x

std_pos_y(arg1)

get std dev of position of the whole set on y

std_pos_z(arg1)

get std dev of position of the whole set on z

translate(arg1, arg2)

translate all the item of the current set

Methods Documentation

centroid((node_xset)arg1) point[STATIC]

return current centroid of set

clear_kinematic((node_xset)arg1) None[STATIC]

clear_kinematic of all item

closest((node_xset)arg1, (vector)arg2) node[STATIC]

get closest node from a given direction

farthest((node_xset)arg1, (vector)arg2) node[STATIC]

get farthest node from a given direction

force((node_xset)arg1) vector[STATIC]

return the sum of external forces

heaviest((node_xset)arg1) node[STATIC]

get heaviest node

init((node_xset)arg1) None[STATIC]

init all item

lightest((node_xset)arg1) node[STATIC]

get lightest node

max_disp((node_xset)arg1) vector[STATIC]

get maximal displacement of the whole set

mean_disp((node_xset)arg1) vector[STATIC]

get mean displacement of the whole set

mean_disp_x((node_xset)arg1) float[STATIC]

get mean displacement of the whole set on x

mean_disp_y((node_xset)arg1) float[STATIC]

get mean displacement of the whole set on y

mean_disp_z((node_xset)arg1) float[STATIC]

get mean displacement of the whole set on z

mean_pos((node_xset)arg1) vector[STATIC]

get mean position of the whole set

mean_pos_x((node_xset)arg1) float[STATIC]

get mean position of the whole set on x

mean_pos_y((node_xset)arg1) float[STATIC]

get mean position of the whole set on y

mean_pos_z((node_xset)arg1) float[STATIC]

get mean position of the whole set on z

min_disp((node_xset)arg1) vector[STATIC]

get minimal displacement of the whole set

normal((node_xset)arg1) vector[STATIC]

return a normal least square plane computed from current set

std_disp_x((node_xset)arg1) float[STATIC]

get std dev of displacement of the whole set on x

std_disp_y((node_xset)arg1) float[STATIC]

get std dev of displacement of the whole set on y

std_disp_z((node_xset)arg1) float[STATIC]

get std dev of displacement of the whole set on z

std_pos((node_xset)arg1) vector[STATIC]

get standard deviation of the position of the whole set

std_pos_x((node_xset)arg1) float[STATIC]

get std dev of position of the whole set on x

std_pos_y((node_xset)arg1) float[STATIC]

get std dev of position of the whole set on y

std_pos_z((node_xset)arg1) float[STATIC]

get std dev of position of the whole set on z

translate((node_xset)arg1, (vector)arg2) None[STATIC]

translate all the item of the current set