Lighting Design

Introduction

A lighting designer decides what a show looks like. Not what fixtures hang where -- that comes later, and it comes out of the decision rather than instead of it. The job is to look at a piece of work and say what the audience should see, feel and look at, and then to make a room full of equipment do that.

It is the one AV discipline judged entirely on taste, and that scares people off it. But taste in lighting is not mysterious. It is a small number of decisions -- where the light comes from, how much of it, what colour, when it changes -- made deliberately instead of by accident. Everything in this book is one of those decisions.

What this book covers

What the designer is responsible for and what they are not. The four things light does for a show and the four properties you can actually control. What each angle reveals, and how a look is built in layers. Colour as a choice rather than a habit. Choosing fixtures from a photometric cut sheet before you ever touch one. Developing a concept and serving the show. The light plot and the section, and the paperwork that has to travel with them. What a rig costs. The focus call, where the drawing becomes the design. Building cues, busking a show live, and surviving a festival changeover on somebody else's rig. Running the show, archiving it, and the route to doing this for a living.

It was measured against Richard Pilbrow's Stage Lighting Design, Gillette and McNamara's Designing with Light, Steven Louis Shelley's A Practical Guide to Stage Lighting, and the working practice of concert, festival and corporate lighting, so that nothing those teach a designer is missing here.

Who this is for

Anybody who can already hang, patch and run a rig and wants to decide what goes on it. Lighting technicians moving towards design, board operators who are handed a plot and want to understand why it is that shape, and designers from theatre moving into live events or the other way round.

This Book Does Not Make You a Lighting Designer

Design is judged by what it looks like. A book can tell you what the choices are, what each one does, and how professionals make them -- and it cannot tell you whether the thing you made is any good. That judgement is built by putting work in front of people who will be honest about it, and by looking at a great deal of light with your eyes open.

So read this, then go and light something. Then light it again differently. The designers worth learning from are the ones who can say why they made a choice, and that is a habit rather than a talent.

How to Use This Book

Read it in order. The chapters on the plot, the paperwork and the focus call are the ones people skip because they look like administration, and they are the difference between a design that exists on paper and one that appears in a room.

Keep a notebook

Write down looks you see and why they worked. Not "nice blue" -- where the light came from, what it did to the performer's face, what the background was doing at the time. A designer's eye is built out of noticed specifics, and the ones you do not write down are gone by the next morning.

Write down the fixtures you meet and what they actually did in the room, next to what the cut sheet said they would do. The gap between the paper and the floor is where judgement comes from.

Write down what things cost. A designer who does not know roughly what a rig rents for cannot design to a budget, and designing to a budget is most of the job outside the biggest shows.

A note on the words

Theatre, concert and corporate lighting use different words for the same objects. A profile is an ellipsoidal or a Leko; a fresnel is a fresnel nearly everywhere; a wash is a wash or a par. A cue in theatre is a stored state you go to on a word; in concert it is often a look you press and hold. A plot is a plan is a hookup depending on which document someone means.

None of it is worth arguing about. Learn the words used where you are, and when a drawing arrives, ask which document you are holding before you read it.

A note on safety

Design decisions become weight in the air and power on the floor. A designer who draws a position without asking what it hangs from, or specifies a rig the building's power cannot carry, has made a rigging and electrical problem and handed it to somebody else at load-in.

You do not have to be a rigger or an electrician. You do have to ask, before the plot is issued, what each position will carry and what power is available -- and to accept the answer when it is no. The other two disciplines are taught in their own books; what this book asks is that you never draw as if they do not exist.

What Lighting Design Is

Every show is lit by somebody. On a small job it is whoever is running the board; on a big one it is a person whose whole contribution is deciding what it looks like. This chapter is about what that person is actually responsible for, and about the four jobs light does whether anybody thought about them or not.

Designing what the audience sees and feels.

Designing with light

Lighting design is the craft of designing the light for a production — a concert, play, corporate show, broadcast, or event — shaping what the audience sees and how it feels. The lighting designer (LD) decides the visibility (what's lit and how), the focus (where the eye is drawn), the mood (the emotional feel), the colour, and the looks (the lighting states for each moment), creating the visual environment of the show with light. Where lighting operation runs the lighting, lighting design conceives it — the LD is the author of the show's light. The LD designs what the audience sees.

This is both a creative and a technical discipline: creative (an artistic vision for the light, serving the show's story and feel) and technical (realised through fixtures, control, and programming — from the Lighting Basics and Lighting Intermediate books). The LD combines artistry with craft to design light that serves the production. The LD is the artist and engineer of the show's light.

What light does

To design with light, the LD understands what light does for a show. Visibility — light lets the audience see the performers, the action, the set (the fundamental job). Selective focus — light guides the eye, drawing attention to what matters (a brighter area, a follow spot) and away from what doesn't. Modelling — light makes the performer look three-dimensional rather than flat, which is almost entirely a question of angle. And mood — light creates emotional atmosphere (warm and bright, cold and stark, dark and dramatic) that shapes how the show feels. These four functions — visibility, selective focus, modelling, mood — are the LD's palette, and with colour, angle and intensity they compose the stage picture of each moment. Understanding what light does is the foundation of designing it.

The LD uses these deliberately: making sure the audience can see, guiding their attention, setting the right mood, and composing beautiful, meaningful stage pictures, all in service of the show. Great lighting design is invisible in its craft but powerful in its effect — the audience feels and sees what the LD intends. Light is the LD's medium for shaping the audience's experience.

What the designer decides

The designer decides what the audience sees. That means the look of every moment, the order the looks come in, and the way one becomes another. Everything else -- which fixture, which position, which channel -- is a consequence of that decision, worked out afterwards.

The designer is also responsible for the design being buildable. A plot that cannot be hung, powered, focused in the time available or run by the crew who turn up is not a design, it is a wish. Knowing where that line is, and drawing inside it, is a large part of the skill.

What the designer is not responsible for: the structure the rig hangs from, the electrical supply, and the safety of the people building it. Those belong to riggers and electricians. The designer's duty is to ask early and design to the answer.

Designer, programmer, operator, director

Four jobs, often confused, sometimes done by one person on a small show and never the same job.

• The designer decides what it looks like.
• The programmer makes the console produce it. On a large moving-light show this is a specialist craft and a full-time role.
• The operator runs it on the night, taking the cues.
• The director decides what the show is, and the designer serves that decision.

When one person does all four, the roles still exist. The failure mode of doing everything yourself is that the programming swallows the designing -- you end up building what the console makes easy instead of what the show needs.

The four things light does

Light does four jobs for a show, and it does all four whether or not anybody chose them.

• Visibility: the audience can see what they are meant to see. The floor of everything else.
• Selective focus: the audience looks where you want them to. Light is the strongest instruction you can give an audience without words.
• Modelling: the performer looks three-dimensional rather than flat. This is almost entirely a question of angle.
• Mood: the moment feels like something. Colour, level and contrast do most of this work.

Judge any look against these four. Most bad lighting fails the second or third -- everybody is visible, nothing is wrong, and there is nothing to look at.

The one question worth asking first

Before choosing anything, ask: where does the audience think this light is coming from? A window, a lamp, a fire, the sun, a follow spot that everyone accepts as a convention, or nowhere in particular. The answer sets angle, colour and level at once, and a design with a consistent answer reads as deliberate even when the audience could not say why.

The four functions, and what fails when one is missing

Useful as a diagnostic. Look at a state you are unhappy with and find which row is not being served.

How to do it

1. Stand where the audience sits, not at the board.
2. Name where the light appears to come from. If you cannot, that is the finding.
3. Check each of the four functions in turn, and say which is weak.
4. Name the angle doing the most work, and the one that is missing.
5. Say what you would change first, and why. One change, not five.

What goes wrong

Practice it

Do this in a room you did not light, at a show you are not working.

The Qualities of Light

There are only four things about light you can change, and every design decision is one of them. Everything else -- the fixture, the position, the console -- is a way of achieving one of the four.

Intensity, distribution, colour and movement

Intensity is how much. Distribution is where it comes from and what shape it makes when it lands. Colour is what colour. Movement is how any of the other three change over time.

That is the whole vocabulary. A designer who can say which of the four they are adjusting, and why, is designing. One who is pushing faders until it looks better is guessing, and cannot repeat the result.

Intensity is relative, not absolute. The audience reads contrast, not lux. A face at forty per cent against a black stage is brighter, to the eye, than the same face at eighty per cent against a white cyclorama.

What each angle reveals

Distribution is mostly angle, and each direction does a specific job that no other direction can do for it.

• Front light reveals the face. It also flattens: front light alone makes a performer look like a cut-out.
• Side light reveals movement and the body. It is what dance lighting is built from, because it shows the shape of a moving figure.
• Back light separates the performer from what is behind them. It is the single most useful angle and the one beginners leave out.
• Top light isolates and compresses. It puts a performer in a pool and cuts them off from the space.
• Low front light, from below, reads as unnatural -- it is the horror-film angle, because daylight never comes from underfoot.

Steep or shallow changes everything. The same fixture at forty-five degrees and at seventy degrees is two different instruments: one models a face, the other puts the eyes in shadow.

Building a look in layers

A look is assembled, not switched on. The working order is back, key, fill, then specials.

• Backlight first, for separation. Decide it before anything else and the rest gets easier.
• Key next -- the dominant source, the one that answers "where is the light coming from".
• Fill after that, to lift the shadows the key makes. Fill controls contrast; too much and the modelling you just built disappears.
• Specials last -- the accents, the practicals, the one fixture doing one job in one moment.

Built in that order, a look has structure you can adjust. A look assembled by turning things on until it seems right has no structure, and the first note from the director undoes it.

Movement, and when not to use it

Movement is the fourth quality and the easiest to overuse. Change draws the eye absolutely -- a moving light in a still picture is the only thing anybody looks at.

That makes it powerful and expensive. If everything moves, nothing reads as significant. The most common failing in concert lighting is continuous movement that means nothing; the fix is stillness, so that when something does move it matters.

Angle, and the job only it can do

How to do it

1. Decide where the light is supposed to be coming from.
2. Bring up backlight alone and set its level. Look at the shoulders.
3. Add the key from the direction your answer implies. Set it against the backlight, not on its own.
4. Add fill until the shadows open as far as you want, and stop before the modelling flattens.
5. Add specials only for things that need separate attention.
6. Walk to the audience position and look. Adjust from there.

What goes wrong

Practice it

One performer, one chair, whatever fixtures you can get. Do this with your hands, not on paper.

Colour

Colour is the choice most often made by habit. A designer reaches for the blue they always reach for, and the show ends up looking like every other show they have lit. This chapter is about choosing it on purpose.

What colour is doing

Colour does three jobs. It says what time of day it is and where the light is coming from. It says how the moment should feel. And it separates one thing from another -- a performer from a background, one area of the stage from the next.

A colour that is doing none of those is decoration, and decoration is what makes a design look busy without looking designed.

The palette

A palette is a small set of colours the whole show is built from, chosen before you start and kept to. Three or four is usually enough. It is what makes a show read as one piece rather than a sequence of unrelated looks.

Complementary pairs -- amber and blue, magenta and green -- give you contrast and modelling for free, because the two sides of a face can be lit differently without either looking wrong. Analogous palettes, colours next to each other, give cohesion and calm, and are harder to make interesting.

The discipline is the limit, not the choice. A designer with a gel swatch book and no palette will use thirty colours and the audience will remember none of them.

Colour temperature, and what white is

There is no such thing as white light. Tungsten is warm, around 3200K. Daylight is cold, around 5600K. An LED fixture set to "white" is whatever its manufacturer decided, and two fixtures from different makers set to the same number will not match.

This matters most when cameras are in the room, because the camera has one white balance and everything not sitting at it reads as coloured. It matters on stage too -- a warm key against a cold backlight is one of the most reliable looks there is, and it is entirely a colour-temperature decision.

Gel, LED and the difference

A gel is a filter. It takes white light and throws away everything that is not the colour you asked for, which is why a deep blue costs you most of your output. That loss is real and has to be designed around.

An LED fixture makes the colour instead of filtering it, so a saturated colour costs less output -- but the colour it makes is built from a handful of emitters, and some colours it simply cannot make well. Deep amber and clean white are where cheap fixtures fail most visibly.

Colour rendering is the thing nobody checks until skin looks wrong. A fixture can produce a convincing white wall and still make a face look grey, because it has nothing in the part of the spectrum skin needs.

What a colour choice is actually for

How to do it

1. Say in words what the show is about and what it should feel like.
2. Choose one colour that carries the show's normal state.
3. Choose one that opposes it, for the moments that break the normal.
4. Choose one accent for things that must be noticed.
5. Write them down and refuse to add a fourth without a reason.
6. Check every one of them on a face, not on a wall.

What goes wrong

Practice it

A face, two fixtures, and whatever colour you can make.

Fixtures, and Choosing Them on Paper

A designer chooses fixtures before touching one, from a page of numbers. This chapter is that page: what the families are for, and how to read a cut sheet well enough to know whether a fixture will do what you need from where you can hang it.

The families, and what each is for

• Profile, also called ellipsoidal or Leko: a hard-edged beam you can shape with shutters and put a gobo in. The instrument for anything that needs an edge.
• Fresnel: a soft-edged, adjustable beam. The instrument for covering an area with light that blends into the next one.
• PAR and wash: a fixed, soft, efficient wash. Colour and coverage rather than control.
• Moving head, spot or wash: any of the above, pointable, with colour and gobo changes in the fixture. Buys flexibility and costs money, weight and noise.
• Batten, bar and strip: rows of sources for cyc and backdrop washes, and for pixel-mapped effects.
• Followspot: a hard beam on a person, operated live.

Most designs are mostly conventional fixtures with a smaller number of moving lights doing the things only they can do. A plot made entirely of moving heads is usually a budget decision pretending to be a design one.

Reading a photometric cut sheet

Every manufacturer publishes the same three things, and together they answer whether a fixture will work from a given position.

• Beam angle and field angle. The beam angle is where the light is still at half its centre intensity; the field angle is where it has fallen to a tenth. Field angle is what you use to work out coverage, and beam angle is what you use to judge whether the middle will look hot.
• Output, in lumens for the fixture or lux and footcandles at a stated distance. Lumens tell you what it makes; lux and footcandles tell you what arrives.
• Throw distance tables. Most sheets give you a column of distances and the diameter and intensity at each. This is the fastest honest answer.

The arithmetic that matters: light falls off with the square of the distance. Double the throw and you have a quarter of the intensity over four times the area. A fixture that is beautiful at ten metres is a disappointment at twenty, and no amount of wanting changes it.

Choosing from the position you actually have

Start from where you can hang and how far that is from what you are lighting. That distance and the size of the area set the field angle you need. The required intensity sets the fixture class. Only then does the model matter.

Designers who choose the fixture first end up asking for positions that do not exist, and a plot full of those is how a design gets cut in a production meeting.

Lamps, sources and what is inside

A fixture is a housing around a source, and the source decides more than the housing does.

• Tungsten halogen: warm, dims beautifully and gets warmer as it dims, which is why a tungsten fade feels like sunset. Short lamp life, enormous heat, and the colour shifts with level.
• Discharge (arc): very bright, fixed colour temperature, cannot be dimmed electrically -- it is dimmed with a mechanical douser. Found in older moving lights and followspots.
• LED: efficient, cool, long-lived, dimmable to zero, and the colour is built rather than filtered. Quality varies enormously and the difference shows on skin before it shows on a wall.
• LED tape and pixel strip: linear sources for edges, coves, scenery and pixel-mapped surfaces. Cheap to buy and easy to underestimate -- the power supplies, the data and the addressing are the actual work.

Lamp life is a real budget item on tungsten, and a real reliability item on anything touring. A rig that eats lamps is a rig somebody is re-lamping at four in the afternoon.

Dimming curves differ by source and by fixture, and two units from different makers at forty per cent will not match. On a show that matters, check it rather than assume it.

What a fixture costs you besides money

Weight, which the rigging has to carry. Power, which the distribution has to supply. Noise, which matters enormously in theatre and not at all at a concert. Heat, which matters to anybody standing near it. Data, which needs a universe and a run. And time, because a fixture that needs focusing individually costs focus hours you may not have.

The families, by what they are for

What the numbers on a cut sheet mean

How to do it

1. Measure the throw from the position to the thing being lit.
2. Decide the diameter the pool has to cover.
3. Work the field angle that gives that diameter at that throw.
4. Read the cut sheet's intensity at that throw and compare it with what the rest of the rig is doing.
5. Check weight, power and noise against what the position will carry.
6. Only now choose a model, and write down why.

What goes wrong

Practice it

A cut sheet, a tape measure and a real room. No consoles.

Acting Areas and Wash Systems

Before a fixture is chosen, the stage is divided into areas and each direction of light is built as a system that covers them. It is the foundational practical skill of the craft.

Dividing the stage

A stage is lit in areas, not as one surface. An area is a patch of floor roughly the size of a person's working space -- in practice eight to twelve feet across on a conventional stage -- and the whole acting space is covered by a grid of them.

Most stages divide into six or nine: three across by two or three deep. Down centre, down left, down right, mid centre and so on. The number comes from the size of the space and the throw you have, not from a rule.

Areas overlap deliberately. A performer walking from one to the next must not pass through a dark seam, so each pool is sized to reach into its neighbour. Pools that merely touch leave a line on the floor that the audience will see every time somebody crosses it.

What a system is

A system is one direction of light, covering every area, in one colour, controlled together. Not one fixture -- one complete coverage of the stage from one direction.

A modest show might have four: a warm front wash, a cool front wash, a back wash and a side wash. Each is six or nine fixtures, one per area, and each is a single thing you can bring up or take down as a unit.

This is why designers talk about systems rather than channels. When a director says "warmer and less from behind", you move two faders. A rig built fixture by fixture needs forty changes to do the same thing, and by the time you have made them the note has been forgotten.

Building each direction

• Front wash: one fixture per area from front of house, usually at forty-five degrees in plan and elevation, in two colours so you can shift the temperature of the whole stage. This is visibility, and it is built first.
• Back wash: one per area from upstage, higher and steeper. This is separation, and it is the system that makes a stage look three-dimensional.
• Side wash: from the wings, at head height or above. This is shape and movement, and in dance it is the principal system rather than a supporting one.
• Top wash or downlight: straight down, isolating and compressing. Useful for pools and for texture.
• Specials: not a system. Individual fixtures doing one job in one moment, added after the systems work.

Build the systems first and the specials last. A rig that is all specials cannot light a scene nobody planned for, and every show has one of those.

Checking coverage before it is hung

For each system, draw the pools on the groundplan at the size the throw and field angle give you. If there are gaps, the area grid is too coarse or the fixture is too narrow. If there is enormous overlap, you are paying for fixtures you do not need.

Then draw the section for at least the steepest and the shallowest fixture in the system. A front wash that works down centre and blinds the performer down left is a system that was checked in plan only.

Wash systems, and what each is for

How to do it

1. Mark the acting space on the groundplan and divide it into areas of roughly eight to twelve feet.
2. Size each pool so it reaches into its neighbours, not merely touches.
3. Choose the direction you are building and place one fixture per area.
4. Work the field angle each needs from its own throw — the corner areas are further away than the centre.
5. Draw the section for the steepest and the shallowest in the system.
6. Repeat for each direction, then add specials.

What goes wrong

Practice it

A groundplan, a pencil and a ruler. No fixtures needed.

Developing the Concept

A design begins as a sentence about the show, not a list of lights. This chapter is about getting to that sentence, and about the people whose show it also is.

Reading the show

Before anything, find out what the show is actually about. Read the script, listen to the album, watch a rehearsal, ask the director what they are trying to make somebody feel. A designer who starts from the rider rather than the show designs a rig, not a design.

Then find the moments. Most shows have a handful that matter -- the entrance, the turn, the quiet one, the end. Design those first and let the rest connect them. A show designed evenly is a show with no shape.

The one sentence

Write down, in one sentence, what the lighting is doing for this show. "Cold and institutional until she leaves, then warm." "Everything comes from one window." "The band are in a black box and the box occasionally disappears."

That sentence is the design. Everything afterwards is execution, and every choice can be checked against it. A designer who cannot write the sentence has not finished thinking.

References, and why a picture beats an adjective

"Moody" means nothing. A photograph means something. Collect images -- paintings, film stills, photographs, other people's shows -- and show them to the director rather than describing what you intend.

This is also how you find out you disagree, which is much cheaper in a meeting than at a technical rehearsal.

Serving the show, and the other departments

Lighting shares the stage with scenery, video, costume and the performers. It also shares power, rigging positions and sightlines. Every one of those is a negotiation, and a designer who treats them as obstacles loses all of them.

• Scenic: your positions and their structure are the same positions. Ask early.
• Video: LED and projection lose contrast the moment you spill light on them. This is the commonest fight in modern shows, and it is settled by agreeing angles, not by turning things down.
• Costume: a colour that is wrong under your palette is a problem you can fix in five minutes in week one and not at all in week four.
• Sound: their positions and yours compete for the same trim and the same truss.
• Performers: light in the eyes is a real problem, not a preference.

Designing for camera as well as the room

The moment a show is filmed or streamed, the design has two audiences with different requirements, and the camera is the less forgiving one.

A camera has far less dynamic range than an eye. Contrast that reads as dramatic in the room reads as blown highlights and empty black on screen. Faces need more light than the room needs, and backlight that looks generous live is often too much for camera.

Colour temperature matters more, because the camera has one white balance. Saturated colour on skin that looks rich to the eye can be unusable on screen. And anything flickering -- some dimming, some LED drivers -- will beat against the shutter and show as banding the audience in the room never sees.

None of this means designing for camera instead. It means asking which audience wins in each moment, and knowing that nobody will ask you until the stream is already out.

Who you are negotiating with, and over what

How to do it

1. Read, watch or listen to the thing itself before reading any paperwork.
2. List the five moments that matter most.
3. Write the one sentence.
4. Collect six images that show what you mean, and none that merely look nice.
5. Take the sentence and the images to the director before drawing anything.
6. Ask each other department what they need from the positions you want.

What goes wrong

Practice it

Pick a show you know well and have not lit.

The Plot and the Section

The plot is the drawing that tells a crew what to hang and where. The section is the drawing that proves it will reach. Together they are the design made buildable, and a design that exists only in your head is not one.

What a light plot is

A plan view of the venue with every fixture drawn where it hangs, on the position it hangs from, with its type, its purpose, its channel and its colour. A crew who have never met you should be able to hang the rig from it without asking a question.

It is drawn to scale, on the venue's own groundplan, with the positions the building actually has. A plot drawn on an idealised room is a wish.

What the section is for

A side view. It is where you find out whether the beam from that position actually reaches the performer at the angle you wanted, or whether it hits the balcony, the scenery or somebody's head first.

The section is the drawing designers skip and then regret at focus. Angle is the single most important property of a light, and the section is the only place you can see it before the fixture is in the air.

Reading somebody else's plot

You will be handed plots more often than you draw them. Read them in this order: the key and the legend, so you know what the symbols mean; then the positions, so you know the shape of the rig; then the channels, so you know what the console will control; then colour and purpose.

Anything you cannot work out from the drawing is a defect in the drawing, not in you. Say so early.

What the rig costs

Every fixture on the plot has a price: a rental line, a weight the rigging carries, a circuit the distribution supplies, and a slice of the focus schedule. A designer who does not know roughly what a rig rents for cannot design to a budget, and designing to a budget is most of the job outside the largest shows.

Learn the shape of the numbers -- what a moving head costs against a conventional, what a follow spot costs with its operator, what an extra truss costs once you include the motors and the crew to fly it. You do not need to be right to the dollar. You need to know which of two choices is the expensive one before you commit to it in front of a producer.

When the rig is cut, and it will be, cut it yourself. A designer who hands back a considered smaller design keeps control of the show; one who makes the production manager choose loses the moments that mattered.

The two drawings, and what each answers

How to do it

1. Start from the venue's own groundplan and its real positions.
2. Place the key light for each area first; everything else is relative to it.
3. Draw the section for at least one fixture on every position, and more wherever the angle is tight.
4. Number channels in an order that makes sense at a console, not in the order you drew them.
5. Put a key, a legend, a scale and your name and the date on it.
6. Count it, price it roughly, and check it against the budget before issuing.

What goes wrong

Practice it

One position, one performer, one tape measure.

The Paperwork That Travels With the Plot

A plot alone does not get a rig focused or a show cued. The paperwork is what turns a drawing into a crew's working day, and it is the part of design that looks like administration right up until it is missing.

The magic sheet

A one-page picture of the rig arranged the way you think, not the way it hangs. Systems grouped, channels marked, so that during a cueing session you can find "warm front light from stage left" without reading a hookup.

It is the single most useful document a designer makes for themselves. A designer cueing from a channel hookup is reading a phone book while trying to have a conversation.

The hookup and the instrument schedule

The hookup lists every channel and what is patched to it. The instrument schedule lists every fixture, its position, its type, its purpose, its colour and its accessories. Between them they answer every question a crew has that the plot does not.

These are generated from the same drawing, which is why plots are drawn in software that will produce them. Hand-maintained paperwork drifts from the plot within a day.

The focus packet

What each fixture is pointed at, how big the pool should be, where the shutter cuts go and what it is for. Written before focus, not decided during it.

Focus is the most expensive hour of a build -- a whole crew, a lift, and a schedule everybody is waiting on. A designer who arrives knowing what each light is for focuses three times faster than one who is deciding as they go.

Cue paperwork, and the archive

The cue list -- what each cue is, when it happens, how long it takes and what it is for. It travels to the stage manager, who calls it, and to the operator, who runs it.

Afterwards, the show file, the paperwork and a note of what was actually changed become the archive. It is what lets the show be revived, toured into a different building, or handed to somebody else. A show that exists only on one console in one venue is a show that dies when that console is wiped.

The packet, and who each piece is for

How to do it

1. Issue the plot, the hookup and the instrument schedule together, dated.
2. Walk the head electrician through the positions and the intent, not just the paper.
3. Say which parts you expect to be difficult, before they find them.
4. Give the focus packet before focus starts, not during.
5. Name the one person who decides when the drawing and the room disagree, and make it clear it is you.
6. After the show, archive the file and the paperwork together.

What goes wrong

Practice it

Take any rig you can see, however small.

The Shop Order, Cuts and Changes

A plot is a drawing until somebody rents the equipment on it. This chapter is how a design becomes a shop order, what happens when it comes back too expensive, and how to lose the right things.

The parameters

Before any of it: what are you working inside? The budget, the venue's existing rig and positions, the crew and hours available for the build, the power the building has, the production's schedule, and what the show actually needs.

These are the parameters, and they are established by asking, not assuming. A designer who draws before asking produces a design that has to be redone, which costs more than the asking would have.

The shop order

The shop order is the list sent to the rental house: every fixture by type and quantity, every accessory, every cable, every dimmer or node, the colour, the gobos, the spares.

It is generated from the plot and the instrument schedule, which is why those have to be right. It also includes things that are on no drawing -- spare lamps, extra colour, a couple of units more than the plot needs because something always fails in transit.

Send it early. A shop order that arrives late gets filled with whatever is left on the shelf, and the substitutions will be yours to live with.

Cuts and changes

The number comes back too high. This is normal. It happens on nearly every show and it is not a failure of the design.

Cut it yourself. A designer who returns a considered smaller design keeps control of what survives; one who makes a production manager choose loses the moments that mattered, because a production manager cuts by price and not by meaning.

Cut in this order: spares and luxuries first, then whole systems you can live without, then quantity within a system, and only last the moments the show is about. Never cut so that a system covers the stage unevenly -- half a wash is worse than no wash, because it looks like a mistake rather than a choice.

And record every change. A plot revised three times with no version numbers is how a crew hangs last week's drawing.

The order to cut in

How to do it

1. Confirm the parameters in writing — budget, positions, power, crew, hours.
2. Generate the equipment list from the plot and instrument schedule.
3. Add spares, extra colour and consumables that appear on no drawing.
4. Send it early, dated and versioned.
5. When the number comes back high, cut it yourself in the order above.
6. Reissue the plot with a new version number and say out loud what changed.

What goes wrong

Practice it

Take any plot, real or drawn for the exercise.

Focus

Focus is where the drawing becomes the design. Everything up to now has been paper; this is the first time the light is in the room, and it is the most expensive hour on the schedule.

What focus actually is

Pointing each fixture where it belongs, sizing its pool, cutting its edges off what should not be lit, and checking it does what you drew it to do. On a conventional rig it is done fixture by fixture with a crew and a lift; on a moving-light rig most of it happens at the console instead.

It is a physical, sequential, expensive process with a whole crew standing in it. The single biggest thing a designer can do for a build is to focus fast, and focusing fast is entirely a matter of having decided beforehand.

Running a focus call

• Work position by position, not idea by idea. The lift moves in straight lines and every move costs minutes.
• Stand where the light is aimed, not at the board. You focus by looking at what the audience will see.
• Say the same words every time — "up, down, left, right, bigger, softer, cut the top" — so the crew stop having to interpret.
• Set the pool, then cut it, then check the colour and the edge against the fixture next to it.
• Let the crew work. A designer who takes the wrench is a designer who is not looking at the stage.

Getting what you drew

Some of it will not be possible. The position is not where the drawing said, the beam hits the balcony, the scenery moved. That is normal and is why the designer is in the room.

Decide fast and say it out loud. A designer who deliberates at focus costs the whole crew their schedule; one who says "leave it, we will fix it in cue" keeps the build moving and pays a smaller price later.

Notes, and the second look

Take a note of everything you accepted but did not like. Focus notes get cleaned up in a session of their own, usually at night, with two people and no lift. That session is where a good rig becomes a sharp one.

The vocabulary, and what it means

How to do it

1. Work the positions in the order the lift can reach them.
2. For each fixture, state its purpose before its adjustment.
3. Set size, then position, then cuts, then edge.
4. Check it against its neighbour before moving on.
5. When something is impossible, decide immediately and note it.
6. Keep a running focus-note list for the night session.

What goes wrong

Practice it

One profile, one person, one wall you do not want lit.

Cues and Looks

A cue is a stored state and a show is a sequence of them. This chapter is about building states that mean something, and about the timing that decides whether an audience notices the change or only its effect.

What a cue stores

Every parameter of every fixture at that moment: intensity, colour, position, gobo, focus, and how long it takes to get there. Go to the cue and the rig assumes that state.

Two cues that look identical on stage can be built completely differently underneath, and the difference shows the moment somebody asks for a change. A cue built from systems is editable; a cue built fixture by fixture is a photograph.

Time is the cue

The fade time does more work than the state. The same two looks with a half-second fade and a twenty-second fade are two different pieces of theatre.

A slow fade is invisible while it happens and obvious afterwards -- the audience never sees the change, only that the world is now different. A fast one is an event in itself. Choose which you want; do not let the console's default choose for you.

Split times, where the up-fade and down-fade differ, are how you make a change feel natural. Light arriving faster than it leaves reads as dawn; the reverse reads as something being taken away.

Building looks that can be changed

Build from systems -- the front wash, the backlight, the side, the specials -- rather than from individual fixtures. When the director asks for "more of him and less of the back", you want to change two faders, not forty channels.

Record what you mean, not what happens to be on. A cue that stores the entire rig because you did not track it is a cue that fights every cue after it.

Cueing with a director in the room

Cueing sessions are slow and everybody is watching. Work in the order the show runs. Get something on stage quickly, even if it is wrong, because a director cannot respond to an empty stage but can respond to a bad look in seconds.

Learn to take a note without defending the previous version. The fastest cueing sessions are the ones where the designer changes it, shows it, and asks.

What a fade time is actually saying

How to do it

1. Decide what the cue is for, in words, before touching a fader.
2. Build it from systems rather than from individual fixtures.
3. Set the level relationships first, the absolute levels second.
4. Choose the time deliberately, and split it if the change should feel natural.
5. Record it, then look at it from the audience position.
6. Write on the cue list what it is for, not what it contains.

What goes wrong

Practice it

Two looks on whatever rig you can reach.

Busking, Festivals and the Live Show

Not every show is cued. A great deal of live work is played in real time, on a rig somebody else built, for an act whose set list changed an hour ago. This chapter is that job.

Busking, and why it is a craft

Busking is running the show live -- pressing looks, chases and effects in response to what the band actually does, rather than to a cue list. It is the normal way concerts, clubs, corporate parties and most one-off events are lit.

It is not a lesser form of cueing. A busked show responds to the room in a way a cued one cannot, and a good busk looks composed even though nothing was written down.

Building a busk rig

The preparation is everything. Before the show you build a set of looks and effects laid out on the console so your hands can find them without looking: colours on one row, positions on another, intensity and strobe where you can reach them fast.

Group by what you will want, not by what the fixtures are. In the middle of a song you want "everything warm and slow", not "channels 41 to 68".

Build fewer, better executors. A busk rig with two hundred buttons is a rig where you press the wrong one.

Playing the show

Watch the stage and the audience, not the desk. Change on the music -- the section change, the chorus, the drop -- rather than at random intervals. Stillness is a tool: if everything moves all the time, nothing reads as a moment.

Know the songs if you can. A busking operator who knows the set is doing lighting design in real time; one who does not is reacting, always a half-beat late.

Festivals and a shared rig

A festival is one rig, many acts, and twenty minutes of changeover. You will not get a focus call, the rig is somebody else's design, and the visiting operator may arrive with a show file and no time to load it.

What matters is the house look -- a good, neutral, flattering state that works for an act nobody advanced, available instantly. And the advance: what each act needs, gathered before the day, because nothing can be discovered at changeover.

Be generous with visiting operators. You will be one next week, on somebody else's rig, and the reputation moves faster than the tour does.

Cued against busked

How to do it

1. Get the set list and listen to the material, even once.
2. Build a palette of four to six looks that cover the show's range.
3. Lay colour, position, intensity and effects where your hands can find them blind.
4. Build one blackout and one full-stage bright you can hit instantly.
5. Decide what the still look is, so that movement means something.
6. Ask the act's representative what they hate. It is a faster question than what they want.

What goes wrong

Practice it

Any rig, any three songs you know well.

What Different Shows Need

The craft is the same everywhere; what a show asks of it is not. A designer who only knows one kind of show is surprised by all the others, usually in the room, in front of a client.

Theatre

Cued, rehearsed and repeatable. Time to focus, time to cue, and a director who will discuss a single moment for an hour. The design serves text and the audience is close enough to read a face.

Quiet matters -- a fixture's fan is audible in a scene. Front light matters, because faces carry the play. And the show has to run identically for weeks with an operator who did not build it.

Concert and touring

Busked or partly busked, loud, fast, and built around the performer's presence rather than a text. Back and side light do most of the work; haze makes the beams themselves the design.

Time is the constraint: the rig hangs in the morning and the show is tonight, in a different building tomorrow. Designs that depend on precise focus do not survive touring; designs built on systems and positions do.

Corporate and conference

A speaker on a stage, a screen behind them, and a camera. The job is almost entirely visibility and separation without spilling on the screen, and it is judged by whether the client can read the slides and see the face.

The design constraint is nearly always the screen. Every decision about angle is an argument with the video department, and it is settled at plot stage or not at all.

Dance

Side light is the principal system, not a supporting one. The body in motion is the subject, and light from the wings at several heights is what shows it. Front light is used sparingly because it flattens exactly what dance is about.

Floor matters, sightlines matter, and booms in the wings compete for the same space the dancers exit into.

Broadcast and streamed

The camera is the audience, and it has far less range than an eye. Faces need more light, contrast needs compressing, colour temperature has to be consistent, and anything that flickers will show as banding.

When a show is both live and streamed, somebody has to decide which audience wins in each moment. If nobody decides, the room wins by accident and the stream looks like a mistake.

What each kind of show asks for

How to do it

1. Ask what the show is judged on, and by whom.
2. Ask which system carries the work in this genre, and build that first.
3. Ask what the hard constraint is — a screen, a schedule, wing space, a camera.
4. Ask how the show is run, and design something that can be run that way.
5. Ask who decides when two departments disagree.

What goes wrong

Practice it

Pick a genre you have never worked in.

Running, Archiving and Getting Better

The design is finished; the show is not. This chapter is what happens every night after opening, what survives afterwards, and how a designer actually improves.

Running the show

The show has to happen the same way without you. That means an operator who understands the intent rather than only the cue numbers, paperwork they can work from, and a plan for the night a fixture dies mid-act.

Watch it from the audience periodically, not from the board. Shows drift -- levels creep, a fixture loses focus, somebody "improves" a cue -- and nobody sees it from inside.

Archiving

When it closes, archive the show file, the final plot and paperwork, the cue list with its notes, and a record of what actually changed during the run. Off the console, somewhere that will still exist next year.

The test is simple: could somebody else revive this show without you? A show that lives on one desk in one venue dies when that desk is wiped, and touring or reviving it becomes a redesign.

Getting better

Design is judged by what it looks like, and taste is built rather than born. Three habits do most of the work.

• Look at a great deal of light, and write down why something worked. Not "nice" -- where it came from, what it did to the face, what the background was doing.
• Put work in front of people who will be honest, and ask what they would have done instead.
• Assist. Watching a designer you respect make decisions under pressure teaches more in one production than a year of your own small shows.

The route to doing this for a living

Almost nobody starts as a designer. The normal route is technician, then programmer or operator, then associate, then designer -- and each step is somebody trusting you with more of their show.

Programmers and associates are close to designers for years before they design, and that proximity is the actual apprenticeship. It is also paid, which the alternative usually is not.

Keep a portfolio of what you actually did, honestly labelled. In a trade this small, a reputation for overstating a credit costs more than the credit was worth.

What has to survive the closing night

How to do it

1. Take a final plot reflecting what was actually hung.
2. Export the show file and store it off the console.
3. Annotate the cue list with what each cue was for.
4. Write down what changed during the run, and why.
5. Put all of it in one place with the production's name and the year.
6. Ask yourself what you would do differently, and write that down too.

What goes wrong

Practice it

Go and watch something you did not light.

The Concept

Design light that serves the production.

Developing a concept

Lighting design starts with a concept — the LD's overall vision for the light, developed from understanding the production (the show, its story, its style, its needs) and collaborating with the director and other designers. The concept answers: what should this show look and feel like, and how will light achieve it? It guides every later decision (the rig, the looks, the cues). A strong concept gives the design coherence and purpose — the light serves a clear vision rather than being arbitrary. Developing a concept that serves the production is the creative foundation of lighting design. The concept is the design's guiding vision.

This requires understanding the production deeply and collaborating with its creative team (the LD is one of several designers serving the director's vision), then forming a lighting vision that fits. The concept is the LD's creative contribution — how light will serve and shape this particular show. A design built on a clear concept is purposeful and effective; one without is unfocused. Developing the concept is central to lighting design. The LD's vision for the light starts with the concept.

Serving the show and collaborating

A core principle of lighting design is that it serves the show — the light exists to support the production (the performance, the story, the message, the other elements), not to show off. The LD designs light that enhances the show, working in collaboration with the director, set, costume, sound, and video designers so all the elements work together. This service-and-collaboration mindset is essential: the best lighting design makes the whole show better, integrated with everything else, in service of the production's goals. Serving the show and collaborating is central to being a lighting designer. The LD's light serves the production and the team.

This means the LD listens to the director's vision, fits the lighting to the show and the other designs, and contributes light that elevates the whole. Lighting that ignores the show or clashes with other elements fails, however clever; lighting that serves and integrates succeeds. The LD is a collaborative artist serving a shared production. Great lighting design serves the show as part of a team.

The Rig & The Looks

Plan the rig and build the design's moments.

Planning the rig (the plot)

To realise the design, the LD plans the rig — choosing the fixtures and their positions to create the looks the design needs. This is captured in the lighting plot (the plan/drawing showing every fixture, its type, position, and purpose). The LD selects the right fixtures (the kinds of light needed — washes, spots, moving heads, effects) and places them (the angles and positions that create the design's visibility, focus, and looks), planning a rig that can produce the whole design. The plot is the blueprint of the design's hardware. Planning the rig via the plot is central to realising a lighting design. The rig is the instrument the design is played on.

Good rig design comes from knowing what looks the design needs and what fixtures and positions create them (drawing on fixture knowledge from the Lighting Basics and Lighting Intermediate books): the LD works backward from the desired looks to the rig that achieves them, within the venue and budget. A well-planned rig makes the design achievable; a poorly planned one limits it. The LD plans the rig to serve the design. Planning the rig is the bridge from concept to realisable design. The plot turns the design vision into a buildable rig.

Building looks and cues

With a rig, the LD builds the looks — the specific lighting states for each moment of the show (the opening look, the ballad look, the big chorus look, the blackout), composing each with the fixtures, colours, intensities, and angles to create the intended visibility, focus, and mood. These looks are sequenced into cues (the lighting changes that happen through the show, in order, on the right moments). The LD creates and arranges the looks and cues so the lighting tells the show's visual story moment by moment. Building looks and cues is where the design becomes the actual lighting of the show. The looks and cues are the design realised moment by moment.

This is the heart of the creative craft: composing each look to be beautiful and purposeful, and sequencing the cues so the lighting flows with the show (the changes timed and shaped to the performance). The LD builds the looks and cues that the audience will actually see. Great looks and well-built cues make a show's lighting sing; poor ones make it flat or jarring. Building the looks and cues is central to lighting design. The design lives in its looks and cues.

Programming, Documenting & Running

Bring the design to life and record it.

Programming the design

The looks and cues are programmed into the lighting console — recording each look and cue so they can be played back to run the show (building on the programming in the Lighting Intermediate book). The LD (or a programmer working with the LD) translates the design into the console's cues, so that running the show is a matter of executing the programmed sequence. Programming turns the design into a runnable show. Good programming makes the design reliable and repeatable (the looks and cues play back correctly every show); it is the technical realisation of the creative design. Programming the design into the console is central to delivering it. The console holds the programmed design.

This is where creative design meets technical execution: the LD's looks and cues become console data that runs the show. The LD often works closely with a programmer (or programs themselves) to get the design into the console accurately. A well-programmed design runs smoothly; a poorly programmed one is unreliable. Programming realises the design as a runnable show. Programming is essential to delivering the lighting design. The design becomes real when it's programmed and can be run.

Documenting and running the show

A lighting design is documented — the plot, the fixture schedule, the cue list, the paperwork that records the design so it can be built, reproduced, and toured. This documentation lets the design be realised by a crew, recreated in another venue, and maintained. And the design is run — the cues executed live through the show (by the LD or an operator), bringing the design to life for the audience each performance. Documenting the design and running it complete the LD's work. The documented design can be built and run; the run show is the design delivered. The design exists on paper and lives in performance.

Documentation makes the design professional and portable (a touring show's lighting can be set up the same in each city from the paperwork); running delivers it to the audience. Combining concept, rig, looks, cues, programming, documentation, and running is lighting design. The LD designs, builds, documents, and delivers the light that shapes the audience's experience. This is the design craft at full demand. The LD's complete design is conceived, built, documented, and performed.

The Lighting Designer

A creative leadership role — and an artistic craft.

The complete lighting designer

Pulling it together, the lighting designer authors the light of a show — developing a concept that serves the production, planning the rig, building the looks and cues, programming, documenting, and running the design to shape what the audience sees and feels. The complete LD combines artistic vision (the creative design) with technical craft (rig, programming) and collaboration (serving the show and the team). This makes the LD a creative leader of the production's visual experience, and it is a respected, senior creative role in entertainment and events. Lighting design mastered is shaping the audience's experience through the art and craft of light.

The LD is one of the key creative authors of a show — their light is a major part of what the audience experiences, integrated with the direction, set, sound, and video. A great LD elevates a production with light that serves it beautifully. Mastering lighting design — concept, rig, looks, programming, collaboration — is a valued, artistic, senior craft across concerts, theatre, events, and broadcast. The LD is the artist of the show's light.

Developing as a lighting designer

Developing as a lighting designer means building strong lighting craft (fixtures, control, programming — from the Lighting Basics and Lighting Intermediate books), developing your artistic eye (composition, colour, mood, watching and learning from great lighting), designing real shows (often building from operation and programming roles up), and learning to collaborate and serve productions. It is an artistic craft developed through doing and seeing. The best LDs have a strong creative vision, deep technical command, and great collaborative instincts, built over many shows. Deliberately developing these is the path forward, alongside real design experience.

From here, growing as an LD means designing more and bigger, more varied shows, developing a personal style and reputation, and building towards senior design roles across the industry. It is a respected, artistic, senior creative career — the author of a show's light. The skills this book brings together — concept, rig, looks, programming, collaboration — are the foundation; mastery comes from designing many shows and developing your artistry. Keep designing, keep building your craft and eye, and you grow into a lighting designer who shapes shows with light.

Glossary

Practical sign-off

Design is learned designing real shows. The learner develops a concept, plans a rig, builds looks and cues, programs, documents, and runs the design. A mentor signs off when the learner can design a show's lighting.

• Developed a lighting concept that serves the production
• Planned a rig (plot) to realise the design
• Built looks and cues and programmed them
• Documented and ran a lighting design for a show

What the gear actually looks like

Every device named in this book, in one place. Recognition is the whole point of Chapter 4 — use this page to attach a picture to each name before you meet it on a dock at six in the morning.

Audio

Dynamic microphone

Condenser microphone

Wireless handheld

Radio rack

Mixing console

Stage box / snake

Power amplifier

Main loudspeaker

Subwoofer

Stage monitor wedge

In-ear monitors

DI box

Video

Camera

Video switcher

Scaler / processor

Projector

LED wall panel

Confidence monitor

Lighting & control

Conventional fixture

Moving-head fixture

Lighting console

Dimmer

Show controller

Media server

Networking & infrastructure

Network switch

Patch bay

Equipment rack

Power distribution

Cable tester

A properly coiled cable

Connectors, close up

XLR

TRS / TS ¼-inch

SDI on BNC

HDMI

Cat5e / Cat6 (RJ45)

Fiber optic

DMX (5-pin XLR)

AC power — not signal