
'Ride the Cyclone'
Planning
I spoke with the group and asked:
What will the seating layout be?
How long is the show?
How many head mics are needed?
Seats surrounding a walkway on the floor
1.5 hours
6
What is the style/aesthetic of the show in consideration of lighting?
Any extra technical requirements?
Pre-Death - Bright, vibrant, colourful
Post-Death - Dark, eerie, murky
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Projection Screen
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Floor LEDs - Lining Walkway
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Smoke Machine
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Voiceovers
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Autotuned Rap
Considerations this information creates are:​
Problem
Setting up the projection screen, smoke machine and extra LEDs on show day is a tight time constraint for that amount of work, how can I best avoid this creating issues on show day?
Solution
I can draw up a lighting plan, so I know where every light is going, how it will be powered and what its DMX address will be. I can delegate certain jobs amongst any technicians I have helping me, as well as exploring the possibility of whether anything can be set up on the Friday before.
Problem
Have they recorded voiceovers or will I need to take them into studio?
Solution
In rehearsals, they have been using recordings off their phones, however these are best recorded with a proper vocal mic in the studio as they will be coming through a quality PA.
Problem
How can I safely position floor LEDs without creating health and safety risks?
Solution
These LEDs will be running around the edge of a walkway surrounded by seating, so I will have to leave a reasonable gap to the seats for people to safely walk by and sit down, and ensure everything is very neatly and tightly taped.
Problem
How can the autotuned rapping best be achieved with the available ?
Solution
Our sound desk has no autotune on its built-in FX library. Could the mic be routed through a scarlet box into LogicPro, autotune plug-in applied and somehow routed back to the desk? This will require EXPERIMENTATION to solve.
w/c 5th May
Autotune Experimenation
My initial thought was to plug the jack from the receiver into a scarlet box, send it through Logic and then out to the desk. I did briefly attempt this setup, but found it was difficult to setup and took a lot of leads and hardware, as well as finding issues in getting signal out to the desk.
Instead of spending any more time problem solving what I knew wasn't an ideal setup, I had a rethink and came to the realisation that much like I had seen at the Theatre by the Lake, I could utilise the fact this is a digital Allen and Heath desk and use USB connection.
I had to make it that the signal went from the receiver into a channel on the desk, then from the desk to Logic, then back into a different channel on the desk. I was able to achieve this with a lot of systematically working through and playing with settings, keeping in consideration the signal path. This helped in solving the problem that arose in which Logic's input being the mics channel meant the channel had to be coming through the main LR to go into Logic. My solution was to create a separate mix only for Logic featuring only the mic and setting this as Logic's USB input by selecting the input channel and changing it to the mix in the setup menu, under I/O Path, USB Audio.
The other major issue I faced was Logic refusing to apply the Pitch Correction plug-in onto the input monitoring. I discovered this was due to the latency being too high, so I worked through various things to reduce this such as reducing the buffer and running Logic in Rosetta, which was the main fix.
Creating the exaggerated autotune sound was much simpler, as I just had to completely reduce the response time and greatly reduce the tolerance.
While it took a while to refine, I ultimately created the best quality and most efficient result I could've hoped for with my available software and hardware.
Final Solution
ON DESK
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Select any channel
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Press 'Fn' for Source
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Ensure the channel intended to be wet signal is set to 'USB'
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​Selet 'Setup', 'I/O Patch', 'USB Audio' and set whichever channel Logic uses as input to 'Mix *no.*'
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On Mix *no* raise only the fader for the mic intended for autotune
​
ON MAC
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Connect to desk via USB
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Open Logic, ensuring it runs in Rosetta
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Lower the buffer to lower the latency but DO NOT select 'Low Latency Mode'
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Ensure 'Software Monitoring' is selected
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Qu-24 should be both input and output
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Set channel input as whichever channel Mix *no.* was patched to
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Set channel output to Mono > Output *no*, this should be the same as the channel that had Source set as USB
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Apply 'Pitch Correction' plug-in​​












16th May
The day was divided into two, with the morning being spent recording and editing the voiceover lines, and the afternoon beginning the light plot.
Recording Voiceover
I used an AKG C414 and made sure to use a pop shield, and with there being so many lines to record we agreed the best way to do it was just hit record and allow him to go through all of his lines, leaving gaps between them, and then afterwards I would cut them into individual clips. Before exporting them, I did a small amount of mixing. I applied some compression, used Channel EQ to make slight low and high end cuts, used a DeEsser to reduce sibilance, added a noise gate to get rid of any background noise during pauses, and finally applied some reverb to provide a bit of atmosphere and presence to the voice, as the character is supposed to be a large god-like machine. I exported them as regions so each clip I had cut became a separate file, amassing to 70 voice lines that I numbered and named ready to be put into QLab alongside the tracks.
Light Plot
I collaborated with the students to begin the lighting plot, where we were able to work through around half of the show. After setting out the LEDs lining the walkway as planned, we realised during the plot that they were not going to be ideal for lighting the performers faces as they were floor lights, so I thought of a solution to this problem. I am going to add a T-bar which I can rig a spot and LED to, that can act as a better and more effective wash, and retain the walkway LEDs for highlighting and effect.
SHOW DAY
9th June






