A multi-view architectural lighting system comprising: a plurality of multi-view lights, wherein: each multi-view light consists of a single multi-view pixel, wherein the multi-view pixel includes a lens and an array of conventional pixels, wherein the conventional pixels have different angular orientation with respect to the lens such that the multi-view pixel is capable of generating a plurality of beamlets, each of which having a different emission direction from other of the beamlets of the plurality; a placement of each multi-view light with respect to a placement of each other multi-view light is not constrained to a plane; the multi-view architectural lighting system further comprising a controller for controlling the plurality of multi-view lights such that at least some beamlets of the plurality thereof are selectively generated and emitted so that, simultaneously and from the same plurality of multi-view lights: (i) a first lighting pattern generated by at least some of the selectively generated beamlets is perceivable at a first viewing zone of a viewing region; (ii) one of either: (a) a second lighting pattern generated by at least some other of the selectively generated beamlets is perceivable at a second viewing zone of the viewing region; or (b) no lighting pattern is perceivable at a second viewing zone of the viewing region because beamlets having an emission direction for causing a lighting pattern to be perceivable in the second viewing zone are not generated; (iii) the first viewing zone and the second viewing zone have a different viewing angle from one another with respect to the multi-view lights; and (iv) the first lighting pattern is not perceivable at the second viewing zone and, in case of (ii)(a), the second lighting pattern is not perceivable at the first viewing zone. a plurality of multi-view lights, wherein: each multi-view light consists of a single multi-view pixel, wherein the multi-view pixel includes a lens and an array of conventional pixels, wherein the conventional pixels have different angular orientation with respect to the lens such that the multi-view pixel is capable of generating a plurality of beamlets, each of which having a different emission direction from other of the beamlets of the plurality; a placement of each multi-view light with respect to a placement of each other multi-view light is not constrained to a plane; each multi-view light consists of a single multi-view pixel, wherein the multi-view pixel includes a lens and an array of conventional pixels, wherein the conventional pixels have different angular orientation with respect to the lens such that the multi-view pixel is capable of generating a plurality of beamlets, each of which having a different emission direction from other of the beamlets of the plurality; a placement of each multi-view light with respect to a placement of each other multi-view light is not constrained to a plane; the multi-view architectural lighting system further comprising a controller for controlling the plurality of multi-view lights such that at least some beamlets of the plurality thereof are selectively generated and emitted so that, simultaneously and from the same plurality of multi-view lights: (i) a first lighting pattern generated by at least some of the selectively generated beamlets is perceivable at a first viewing zone of a viewing region; (ii) one of either: (a) a second lighting pattern generated by at least some other of the selectively generated beamlets is perceivable at a second viewing zone of the viewing region; or (b) no lighting pattern is perceivable at a second viewing zone of the viewing region because beamlets having an emission direction for causing a lighting pattern to be perceivable in the second viewing zone are not generated; (iii) the first viewing zone and the second viewing zone have a different viewing angle from one another with respect to the multi-view lights; and (iv) the first lighting pattern is not perceivable at the second viewing zone and, in case of (ii)(a), the second lighting pattern is not perceivable at the first viewing zone. (i) a first lighting pattern generated by at least some of the selectively generated beamlets is perceivable at a first viewing zone of a viewing region; (ii) one of either: (a) a second lighting pattern generated by at least some other of the selectively generated beamlets is perceivable at a second viewing zone of the viewing region; or (b) no lighting pattern is perceivable at a second viewing zone of the viewing region because beamlets having an emission direction for causing a lighting pattern to be perceivable in the second viewing zone are not generated; (a) a second lighting pattern generated by at least some other of the selectively generated beamlets is perceivable at a second viewing zone of the viewing region; or (b) no lighting pattern is perceivable at a second viewing zone of the viewing region because beamlets having an emission direction for causing a lighting pattern to be perceivable in the second viewing zone are not generated; (iii) the first viewing zone and the second viewing zone have a different viewing angle from one another with respect to the multi-view lights; and (iv) the first lighting pattern is not perceivable at the second viewing zone and, in case of (ii)(a), the second lighting pattern is not perceivable at the first viewing zone.