Abstract: A method of facilitating a virtual conference includes determining that a first object is non-directional, the first object being presented within an original image on a first display within the virtual conference; based on determining that the first object is non-directional, reversing an appearance and a location of the first object to generate a reversed first object; determining that a second object is directional, the second object being presented within the original image on the first display within the virtual conference; based on determining that the second object is directional, transferring a location of the second object while maintaining an orientation of the second object to generate a transferred second object; and causing a second display to generate a transformed image, the transformed image including the reversed first object and the transferred second object.

Abstract: A method of facilitating a virtual conference includes determining that a first object is non-directional, the first object being presented within an original image on a first display within the virtual conference; based on determining that the first object is non-directional, reversing an appearance and a location of the first object to generate a reversed first object; determining that a second object is directional, the second object being presented within the original image on the first display within the virtual conference; based on determining that the second object is directional, transferring a location of the second object while maintaining an orientation of the second object to generate a transferred second object; and causing a second display to generate a transformed image, the transformed image including the reversed first object and the transferred second object.

Abstract: Systems and methods are described for determining a capture volume associated with image content captured by at least one camera, determining depths associated with the image content, defining a viewing range in which stereoscopic effects are depicted when viewing the image content, determining a depth conflict between the image content and a boundary associated with the viewing range, the determining including detecting that at least one portion of the image content extends beyond the boundary associated with the viewing range and resolving the depth conflict for the at least one portion using the viewing range and at least one user interface element and generating, for rendering, modified image content with the resolved depth conflict.

Abstract: A dampening translator for a sliding building closure comprising a housing having a longitudinal axis and a traveler track with a longitudinally extending portion having a first end. A traveler is carried by the housing and includes a body carrying track followers carried in the traveler track of the housing, and carrying longitudinally spaced walls extending away from the body and establishing a catch space therebetween. A retractor is carried by the housing and has a housing portion coupled to the housing and a traveler portion coupled to the traveler to bias the traveler in a direction toward the first end of the traveler track. A dampener is carried by the housing to decelerate the traveler.

Abstract: A building closure operator includes an operator arm pivotable about an arm axis from an arm closed position to an arm open position, an arm lock actuatable to lock the arm in different locked positions and releasable to release the arm, and an articulatable lever pivotable about a lever axis parallel to the arm axis, from a lever home position corresponding to the arm closed position, to a lever actuated position corresponding to the arm open position. The lever includes a lever coupling maintainable in the lever actuated position, and a lever handle pivotable with respect to the lever coupling back to the home position to actuate the arm lock to lock the arm in one of the different locked positions.

Abstract: A dampening translator for a sliding building closure. A housing extends along a longitudinal axis and includes a traveler track with a longitudinally extending portion having a first end. A traveler is carried by the housing and includes a body carrying track followers carried in the traveler track of the housing, and longitudinally spaced walls extending away from the body and establishing a catch space therebetween. A retractor is carried by the housing and has a housing portion coupled to the housing and a traveler portion coupled to the traveler to bias the traveler in a direction toward the first end of the traveler track. A dampener is carried by the housing to decelerate the translator.

Abstract: A building closure operator includes an operator arm pivotable about an arm axis from an arm closed position to an arm open position, an arm lock actuatable to lock the arm in different locked positions and releasable to release the arm, and an articulatable lever pivotable about a lever axis parallel to the arm axis, from a lever home position corresponding to the arm closed position, to a lever actuated position corresponding to the arm open position. The lever includes a lever coupling maintainable in the lever actuated position, and a lever handle pivotable with respect to the lever coupling back to the home position to actuate the arm lock to lock the arm in one of the different locked positions.

Abstract: A sill assembly includes an integral sill assembly having a sill base and an inclined threshold. The sill base is overmolded in an injection molding process onto the inclined threshold. A rail assembly is adjustably secured to the sill base.

Abstract: A sill assembly for a doorjamb assembly includes a sill assembly including a sill base and a threshold. The threshold provides an inclined top surface. A pair of jamb supports are formed in an injection molding process with one of the jamb supports being attached to one end of the sill assembly and the other of the jamb supports being attached to an opposite end of the sill assembly. The jamb supports protrude outwardly from the sill assembly and provide substantially flat jamb support surfaces that engage and support a respective one of the jamb members of a doorjamb assembly. The jamb support surfaces are positioned above the top surface of the threshold such that the jamb supports raise the jamb members above the top surface of the inclined threshold.

Abstract: The present application generally relates to door frame assemblies and door sill assemblies. One aspect relates to a door sill assembly having an open fluid receiving trough in its sub-sill. Another aspect relates to a door sill assembly having a tread structure that includes a lip for supporting a rectilinearly movable door panel with a groove adjacent the lip for guiding fluid on the tread structure to opposing ends thereof.