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Increase the cap radius if necessary to include the given cap.
Increase the cap radius if necessary to include the given point.
Return the complement of the interior of the cap.
Returns a new S2Cap decoded from the given input stream.
Return an empty cap, i.e. a cap that contains no points.
Create a cap given its axis and the cap opening angle, i.e. maximum angle between the axis and
a point on the cap.
Create a cap given its axis and its area in steradians.
Creates a cap where the radius is expressed as an S1ChordAngle.
Create a cap given its axis and the cap height, i.e. the maximum projected distance along the
cap axis from the cap center.
Return a full cap, i.e. a cap that contains all points.
Computes a bounding cap for the input geometry provided.
Returns a spherical cap that bounds this loop.
Returns a spherical cap that bounds this loop.
Return a bounding spherical cap.
Return a bounding spherical cap.
Increase the cap radius if necessary to include the given cap.
boolean
Return true if and only if this cap contains the given other cap (in a set containment sense,
e.g. every cap contains the empty cap).
void
Like GetCovering(), except that this method is much faster and the coverings are not as tight.
boolean
Return true if and only if the interior of this cap intersects the given other cap.