The Late Cue in the Warehouse
A touring company performs a 70-minute one-act in a converted warehouse with a low, exposed steel roof. The lighting operator, who has run the show twice, must trigger a 4-second blackout at the moment the lead drops a glass. The sound cue (a 2-second shatter) follows the blackout by half a second. On night one the blackout came 1.5 seconds late; the glass shatter played over a still-lit stage, and the audience laughed. The stage manager reports the operator was watching the stage, not the script, and that the cue is called verbally over a shared comms channel that also carries backstage chatter. The director wants the moment 'fixed' before the next performance without changing the artistic choice of a sudden blackout.
1. Diagnose the likely cause of the late cue and propose the smallest change that addresses it, justifying your choice.
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The lateness is a cue-calling system problem, not a lighting-design problem. The operator was watching the stage because the verbal call was unreliable: a shared comms channel with chatter competes with the cue call, and a 4-second blackout gives little margin. The smallest effective change is to separate the cue channel and make the call a standby-then-go sequence: the stage manager says 'standby LX blackout' well before the drop, then 'go' on the drop. This gives the operator a predictable trigger and removes chatter from the channel. Changing the cue length or adding a visual trigger would alter the artistic choice; re-rehearsing without fixing the channel would repeat the failure. The half-second gap to the shatter is a design decision and should stay, because the shatter was not the problem; the light was.
2. The director proposes making the blackout 8 seconds to 'cover' the timing. Evaluate this against the artistic goal and the audience response.
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Lengthening the blackout treats a symptom. The audience laughed because the shatter played on a lit stage, breaking the intended shock. An 8-second blackout would still start late if the trigger remains unreliable, and it would stretch a sudden beat into a pause, changing the rhythm the director wants. It also widens the window in which the shatter must land, but the shatter is cued to the blackout, so a longer blackout does not fix a late start; it only delays the shatter further. The better test is whether the cue fires on the drop. If it does, 4 seconds is enough. If the operator still cannot hit it, the problem is the calling system, not the duration.