Updated help

woolgathering · Jul 9, 2019 · eeb3c20 · eeb3c20
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diff --git a/HelpSource/Classes/Boids2D.schelp b/HelpSource/Classes/Boids2D.schelp
@@ -1,7 +1,7 @@
 TITLE:: Boids2D
 summary:: A 2D-optimized flocking algorithm
 categories:: Collective Motion
-related:: Classes/BoidUnit2D, Classes/Boids3D, Classes/BoidUnit3D, Guides/Boids2D_spatializerGuide
+related:: Classes/BoidUnit2D, Classes/Boids3D, Classes/BoidUnit3D, Classes/BoidsND, Guides/Boids2D_spatializerGuide
 
 DESCRIPTION::
 Boids2D is an implementation of the Reynolds boids algorithm, optimized for two dimensions. Flock-properties, such as maximum velocity or the weights for the three rules, are Gaussian-distributed such that the mean is the value provided and the standard deviation is that 5% of the mean.

diff --git a/HelpSource/Classes/Boids3D.schelp b/HelpSource/Classes/Boids3D.schelp
@@ -1,7 +1,7 @@
 TITLE:: Boids3D
 summary:: A 3D-optimized flocking algorithm
 categories:: Collective Motion
-related:: Classes/BoidUnit3D, Classes/Boids2D, Classes/BoidUnit2D
+related:: Classes/BoidUnit3D, Classes/Boids2D, Classes/BoidsND, Classes/BoidUnit2D
 
 DESCRIPTION::
 Boids3D is an implementation of the Reynolds boids algorithm, optimized for three dimensions. Flock-properties, such as maximum velocity or the weights for the three rules, are Gaussian-distributed such that the mean is the value provided and the standard deviation is that 5% of the mean.

diff --git a/HelpSource/Classes/BoidsND.schelp b/HelpSource/Classes/BoidsND.schelp
@@ -1,7 +1,7 @@
 TITLE:: BoidsND
 summary:: An N-dimensional Reynolds flocking algorithm
 categories:: Collective Motion
-related:: Classes/BoidsND, Classes/BoidUnit3D, Classes/Boids2D, Classes/BoidUnit2D
+related:: Classes/Boids3D, Classes/BoidUnit3D, Classes/Boids2D, Classes/BoidUnit2D
 
 DESCRIPTION::
 BoidsND is an implementation of the Reynolds boids algorithm for an arbitrary number of dimensions. Flock-properties, such as maximum velocity or the weights for the three rules, are Gaussian-distributed such that the mean is the value provided and the standard deviation is that 5% of the mean.