Cinderella 2019
.
| Cinderella 2019 | |
|---|---|
| Summary | |
| Dates Sat 7th Dec - Fri 13th Dec
| |
| Performance Course Third Year BA Acting
| |
| Location New Athenaeum Theatre
| |
| Creative Team | |
| Director Ali De Souza
| |
| Designer Ken Harrison
| |
| Sound Designer | |
| Lighting Designer | |
| Production Team | |
| Stage Manager | |
| Deputy Stage Manager | |
| Assistant Stage Manager | |
| Stage Supervisor | |
| Head of Flys | |
| Deputy Stage Supervisor | |
| Deputy Stage Supervisor | |
| Assitant Stage Supervisor | |
| Assitant Stage Supervisor | |
| Assitant Stage Supervisor | |
| Production Electrician | |
| Deputy Production Electrician | |
| Deputy Production Electrician | |
| Lighting Technician | |
| Lighting Technician | |
| Lighting Technician | |
| LX Programmer | |
| Production Sound Engineer | |
| Sound No.1 | |
| Sound No.3 | |
Stage Management
Stage Department
Ground Plan
Kinesys Lift
To access one of 4 balconies in this show we used a 4x4 piece of steel and our kinesys automation software to make a lift. This meant that we were maximizing the amount of space in the wings as when the platform was not in use we could fly it up out the way to allow set to pass below. To get the points in the grid where we wanted them we had to make up bridles to span between the beams and also remove grid panels. The bridles were made up using beam clamps, Shackles, Strops and clutch chains. Down on the piece of steel deck we attached handrails to 3 sides and had a gate made for the final so that when it was moving the people on it could not fall out and felt comfortable while they were in it. To reduce the swinging movement in the lift two guides were attached. The first guide was made using a 4000mm and 2000mm section of uni beam which was attached onto a scaff pole and out rigged on edge from the truss. Onto the track was a heavy duty scenery carrier which was bolted through the bolt hole on the steel deck. Down the other side of the deck was a tension line which ran from the grid straight to stage. An eye bolt and pulley were attached onto the steel deck platform using another bolt hole so that the pulley ran smoothly as the lift went up and down.
Truss Bridge
Fly plot
Set Images
Lighting
Lighting Plan
Lighting Practicals
Cinderella had 4 different lighting practical set pieces that needed to be may. They where:
Oven/Hearth
The brief we was given for this piece was to make it look like it was a working oven but also had to make a effect for when it entered for the first time. To achieve this we used a smoke machine that was mounted under the oven section so that a large smoke jet could be shot out of the grate for the first entrance. We also put a haze machine in the oven which allowed us when the door was closed to build up smoke which make it look like there had been something in the oven once the door was opened. We also mounted 4 birdies (Par 16) 2 in the oven and 2 in the hearth. We also mounted a Parnel in the hood. All of the lights had a split gel in them to try and create a fire effect. Adding to this fire effect we had a water projection light that we were able to change into an orange colour.
Tree
The idea for the tree was that it was to look like a normal tree until the fairy godmother arrives and performs her magic when it should light up. To create this effect we decided to use fibre optic. This meant that we would need to get a fibre source which we were able to get off eBay. To help protect the fibre and to make it look like it was fading in and out of the tree. We worked closely with the props team who took the fibre and weaved it into each layer of the fabric they were using to build up the tree. The only problem we found with using fibre was that the tree moved around the stage. this meant that we had to make the tree wireless. to do this we used wireless DMX for the control and for the power we used a 22 amp hour battery but the fibre source is AC power the battery is DC so we needed to use an inverter to convert the power form DC to AC.
Chest
The idea here was to just add a bit of light to the jewels in the chest. To do this we used velcro to attach a strip of RGBW LED tape to the top of the inside lid of the chest. This was also wireless which we achieved through the use of wireless DMX and a battery.
Bird cage chandelier
There where 2 of these which were a very interesting looking piece but was one of the more simple ones to make. They each had 12 brass button lamp fitting mounted to the underside of the cage. We went with brass fitting as they matched the colour of the cages. We wired one lamp fitting into the next and so on in the ring. This way for wiring does have a slight problem in that if one wire near the start slips out the fitting the rest of the lamps after that on will also not work. We used 15w lamps as we felt that was all we needed as they did not need to be used to light the stage, they were more for the look. We also worked closely with props again to help with the hiding of the wires.
Sound
x