Compute the length of a vector along the edge from the box centre that match the box "radius".
Compute the length of a vector along the edge from the box centre that match the box "radius".
The box first radius (width/2).
The box second radius (height/2).
The length of the radius along the edge vector.
Compute the length of a vector along the edge from the ellipse centre that match the ellipse radius.
Compute the length of a vector along the edge from the ellipse centre that match the ellipse radius.
The ellipse first radius (width/2).
The ellipse second radius (height/2).
The length of the radius along the edge vector.
Consider the edge as going from from
to to
.
Try to evaluate the "radius" of the edge target node shape along the edge.
Try to evaluate the "radius" of the edge target node shape along the edge. In other words this method computes the intersection point between the edge and the node shape contour. The returned length is the length of a line going from the centre of the shape toward the point of intersection between the target node shape contour and the edge.
The edge (it contains its target node).
The radius.
Compute if point p
is inside of the shape of elt
whose overall size is w
x h
.
Compute if point p
is inside of a rectangular shape of overall size w
x h
.
Compute if point p
is inside of a ellipsoid shape of overall size w
x h
.