superskeleton: Graphical representation of the structure combined with some...

In Sebastien-Le/MocapMineR: A package dedicated to the analysis of motion capture data

Description

With this function, you can represent either a singleton (one joint), a couple (the difference between two joints), a triplet (the angle between two vectors generated by the three joints). You can as well represent two singletons, two couples and two triplets.

Usage

superskeleton(
  joint,
  structure,
  sidekick,
  num.joint,
  num.frame,
  num.x,
  num.y,
  frame.index = NULL,
  body.part,
  color.part,
  plot.title,
  x.legend,
  y.legend,
  x.dilatation = 1,
  y.dilatation = 1,
  x.translation = 200,
  y.translation = 0,
  fps = 30
)

Arguments

joint	The joint dataset: the coordinates of the joints as a function of time
structure	The structure dataset: a first column with the segments composing the structure, two other columns defining the extremities of the segments
sidekick	A dataset formatted to be plotted with the superskeleton function, the sidekick information
num.joint	The index of the column associated with the joint variable
num.frame	The index of the column associated with the frame variable
num.x	The index of the column associated with the x-axis variable represented on the graphical output
num.y	The index of the column associated with the y-axis variable represented on the graphical output
frame.index	The index of the frame you want to represent (static representation)
body.part	The names of the segments you want to represent
color.part	The colour you want to use to represent the segments
plot.title	The title of the graphical output
x.legend	The legend on the x-axis
y.legend	The legend on the y-axis
x.dilatation	The dilatation coefficient on the x-axis
y.dilatation	The dilatation coefficient on the y-axis
x.translation	The translation coefficient on the x-axis
y.translation	The translation coefficient on the y-axis
fps	The number of frames per second

Value

An animation by default or a static representation for a given frame

Examples

## Not run: 
data(gaetan_apchagi)
data(human)

S1_right_ankle <- sidekick(joint=gaetan_apchagi, num.joint=2, num.name=8,
num.x=6, num.y=4, joint1="RIGHT_ANKLE", joint2=NULL)

superskeleton(joint=gaetan_apchagi, structure=human, sidekick=S1_right_ankle,
num.joint=2, num.frame=6, num.x=3, num.y=4,  frame.index=NULL,
body.part="RIGHT_ANKLE", color.part="orange",
plot.title="Gaetan - right ankle trajectory", x.legend="Frame",
y.legend="Trajectory in y (cm)")

## End(Not run)

data(gaetan_apchagi)
data(human)
S2_right_ankle_knee <- sidekick(joint=gaetan_apchagi, num.joint=2, num.name=8,
num.x=4, num.y=4, joint1="RIGHT_ANKLE", joint2="RIGHT_KNEE")

superskeleton(joint=gaetan_apchagi, structure=human, sidekick=S2_right_ankle_knee,
num.joint=2, num.frame=6, num.x=3, num.y=4,
frame.index=25, body.part=c("RIGHT_ANKLE","RIGHT_KNEE"),
color.part="orange",
plot.title="Gaetan - right ankle vs. knee trajectory", x.legend="Ankle - y (cm)",
y.legend="Knee - y (cm)")

Sebastien-Le/MocapMineR documentation built on Dec. 18, 2021, 1:03 p.m.