tungsten

“Harvey Greenfield is Running Late”: Week 3 Part 1

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Photo by Jonnie Howard

Day 17

Our first location was a medical training ward populated by creepy dummies; we had a brief flashback scene to do around a hospital bed. When we arrived there was nice warm sunlight coming in through the frosted glass behind the bed, so we made sure that stuck around by putting an orange-gelled Aputure 600D out there. Inside we wrapped this with a FalconEyes and Stephen added some soft fill because I wanted the scene to feel romantic. To get some green into the frame (a calming colour in the film’s visual language) we stuck a couple of Nanlite PavoTubes into the background as practicals.

While Hamish (our new 1st AC) and Fifi were building the camera I faffed about with the Prosup Tango slider, trying to figure out a way to have the track go over the bed so we could pull straight back from Paul. It proved impossible simply because the track also ended up in frame, and instead we simply set it up beside the bed. It took a bit of clever blocking by director Jonnie to ensure that the camera could point directly along the axis of the track, rather than at an angle, which would have broken the established visual grammar of the film. This is the sort of thing that takes a bit of time to get back into after months away from the project, but it’s important to get it right.

Next we moved into the foyer, which we were playing as a bank. There was plenty of natural light but we made sure to keep that in the background, neg-filling behind the camera, and adding a key (a Rayzr MC 200) at 90° to the talent (Alex Wilber), who was partly facing towards a computer monitor on that side of camera anyway. A heavily dimmed 2K served as backlight.

After a brief panic when we thought we were missing our favourite lens, the 14mm, we moved to Cambridge 105’s studio a couple of blocks away. A special guest star played a Tony Blackburn-esque DJ and threw in some brilliant improvs.

We fought a battle against the high, bright sun that kept trying to come in the south-facing window, despite us having diffed a lot of it, and blacked out the whole top section, and having blinds partly lowered, and the windows having some special solar coating on them anyway. Once again we fired in the 600D, which probably did very little compared with that sun, and wrapped it inside with a FalconEyes, and added the PavoTubes into the background for colour. The DJ’s computer monitors were set to 60Hz, but I’d learnt my lesson from last year and immediately set the shutter to 144° to sort that out.

 

Day 18

We were at Anglia Ruskin University for the day, mostly in one of their media studios. Here we had to shoot a number of things against a black backdrop, mainly to cut into the climax of the film. These included a 180° camera move using the university’s track and dolly. I thought briefly about doing some elaborate lighting rig in which lamps would have to be dimmed up and down to maintain backlight and eliminate front-light as the camera circled, but then I came to my senses and we just fired a Source Four straight down onto the makeshift table that the two actors were hunched over so that it would bounce back up to them. I was using the Soft FX 1 to match the look of the Happy Place scenes from Day 3, which helped to take the harshness out of the highlights where the Source Four was directly hitting the cast.

A little later Jonnie started flinging things in front of the camera. Had he finally cracked? No, he just wanted some lovely slo-mo shots of key props arcing through a black void. We went to 120fps, the Red Gemini’s maximum 4K frame rate, and the higher native ISO of 3200. We were able to make a stop of somewhere between T4 and T5.6 by bouncing two 2Ks into an 8×4′ poly just out of frame, and using three triple banks of the uni’s linear cyc lights in the grid as backlight.

After lunch we came to a couple of crucial shots that were dropped from the night shoot on Day 10, meaning we had to replicate the lighting from Vinery Park. We used the cycs again, a Source Four on a stand as a special flaring backlight simulating the park’s streetlamp, and a couple of 2Ks through a diffusion frame as the key. Although we were back to 24fps we still needed loads of light because one of the set-ups was on an f/14 probe lens sliding into Harvey’s mouth! “It feels really weird,” Paul remarked. Yep. And sorry for bashing you in the teeth with it.

As our time on the campus ticked down we moved across to another building to shoot a call centre scene. We went for our 24mm “tableau” frame that we’ve used to establish all the characters who ring Harvey in their own environments, followed by a couple of other set-ups. We kept the talent’s (Kate Madison) eye-line between the camera and the windows for a nice short key, beefing it up with a FalconEyes, and added a dimmed 2K backlight and some warm PavoTubes in the background (orange being the stress colour in the film’s visual language).

 

Day 19

The good folks at BBC Breakfast were up bright and early, set up at the Granta beside Sheep’s Green, shooting live news footage of what was widely forecast to be a record-breakingly hot day. We were up pretty early too, watching from the banks of the Cam at 5:30am as the BBC drone flew over, and hoping that it wouldn’t ruin a take (which it didn’t).

We were shooting Harvey Greenfield‘s only stunt, which I probably shouldn’t spoil by describing. We’d given Stephen the day off, and my trusty 5-in-1 reflector was our only lighting gear, but of course there was no shortage of sunlight. I used the white side for most set-ups, running along beside the Steadicam later in the day to keep Paul’s face filled in when he wasn’t facing the sun.

There was an interesting moment when we had the sun in the background of a low-angle shot. As I’ve experienced before, the Soft FX filter reflected a rectangle of light onto the subject. But even when we took it out, the IRND filter did the same thing. Do all filters do it, I wonder? Must test that one day.

We wrapped a little after 3pm, as the heat was reaching its maximum. Despite all the dire warnings (and drone-worthy news coverage) it hadn’t been too hot to work. We were all sensible with hydration, shade and sunblock, and I even swam in the Cam a couple of times during the day to cool off. You don’t get to do that very often on a shoot!

Straight after wrap I went for another swim in Jesus Green Lido, whence a Channel 5 news crew were broadcasting live weather reports with the pool in the background. The presenter was positioned in the shade and they’d set up a 600D on either side of him to fill him in. Believe it or not, that would inspire the next day’s lighting.

 

Day 20

First up was a one-shot flashback scene at the Arts Picturehouse. We used the 600D as the “projector”, positioning it just barely out of the top of frame, and a 4×4′ poly armed over the camera as the screen bounce. During the takes Jeremy wiggled his hand in front of the 600D to create dynamics in the flare.

The day’s main scene was a fake advert starring a nineties keep-fit icon. The aim was a cheesy infomercial vibe, with a 4:3 aspect ratio and over-the-top acting. We cross-front-lit the scene with the Aputures 300D and 200X (thank you, Channel 5), with only a bit of diff on them. I over-exposed by a stop and took out the Soft FX filter to make the image even less filmic. I framed with a lot of headroom and even did a deliberately late tilt-down at one point. When the actual aerobics start, we went even more naff by adding two PavoTubes into the background and the Rayzr MC behind camera, all flashing nasty disco colours. It was great fun.

By the time we moved onto the last scene – another 24mm phone call, in a GP’s waiting room – it was at least 39°C in Cambridge and the UK’s temperature record had been broken.

There’ll be more from this shoot in next week’s post. In the meantime, you can read all the Harvey posts here. Note that the link will display them in reverse chronological order, so scroll down for the older ones.

“Harvey Greenfield is Running Late”: Week 3 Part 1

Corridors and Kitchens

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I’ve been shooting films for Rick Goldsmith and his company Catcher Media for over 20 years now. “That’s longer than I’ve been alive,” said the make-up artist on U & Me, Catcher’s latest, when I told her. Ouch.

Like most of the films I’ve done with Rick, U & ME is a drama for schools, about healthy relationships. These projects are as much about giving young people a chance to be involved in the making of a film as they are about the finished product. This means that we have to be pretty light on our feet as a crew – always a good challenge.

One of the main scenes was in the corridor of a school, or “academy” as they all seem to be called now (have we established yet that I’m old?). Rick had picked a corridor that was relatively quiet, though it was still impossible to film when kids were moving between lessons. It had a nice double-door fire exit at the end with diffuse glass. Any corridor/tunnel benefits from having light at the end of it. That’s not a metaphor; light in the deep background is a staple of cinematography, and this light kicked nicely off the shiny floor as well. Whenever framing permitted, I beefed up the light from the doors with one of Rick’s Neewer NL-200As, circular LED fixtures.

For the key light there was a convenient window above the hero lockers. The window looked into an office which – even more conveniently – was empty. In here I put an open-face tungsten 2K pointing at the ceiling. This turned the ceiling into a soft source that spilled through the window. I added another Neewer panel when I needed a bit more exposure.

I also wanted to control the existing overhead lights in the corridor. They couldn’t be turned off – I don’t think there were even any switches – so I flagged the ones I didn’t like using black wrap and a blackout curtain hung from the drop ceiling. I taped diffusion over another light, one that I didn’t want to kill completely.

It looked nice and moody in the end.

A brighter scene was shot in the kitchen of an AirBnB that doubled as accommodation for us crew. Here I used the 2K outside the window to fire in a hot streak of sunlight that spilt across the worktops, the actor’s clothes and the cupboards (bouncing back onto her face when she looked towards them).

The 2K would have been too hard to light her face with. Instead I fired one of the Neewers into the corner next to the window, creating a soft source for her key. The only other thing I did was to add another Neewer bouncing into the ceiling behind camera for later scenes, when the natural light outside was falling off and it was starting to look too contrasty inside.

It might not have been rocket science, but it was quite satisfying to get an interesting look out of ordinary locations and limited kit.

Corridors and Kitchens

“Annabel Lee”: Lighting the Arrival

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Last week, Annabel Lee – a short I photographed at the end of 2018 – won its sixth and seventh cinematography awards, its festival run having been somewhat delayed by Covid. I’ve previously written a couple of posts around shooting specific parts of Annabel Lee – here’s one about a Steadicam shot with a raven, and another about the church scene – and today I want to dissect the clip above. The sequence sees our two young refugees, Annabel and E, arriving at the Devonshire cottage where they’ll await passage to France.

I was a last-minute replacement for another DP who had to pull out, so the crew, kit list and locations were all in place when I joined. Director Amy Coop had chosen to shoot on an Alexa Mini with Cooke anamorphic glass, and gaffer Bertil Mulvad and the previous DP had put together a package including a nine-light Maxi Brute, a couple of 2.5K HMIs and some LiteMats.

The Brute is serving as the moon in the exteriors, backlighting the (special effects) rain at least when we’re looking towards the driver. (If you’re not familiar with Maxi Brutes, they’re banks of 1K tungsten pars. Ours was gelled blue and rigged on a cherry-picker.) The topography of the location made it impossible to cheat the backlight around when we shot towards Annabel and E; rain doesn’t show up well unless it’s backlit, so this was quite frustrating.

We didn’t have any other sources going on except the period car’s tungsten headlights. It was very tricky to get the cast to hit the exact spots where the headlights would catch them while not shadowing themselves as they held out their hands with umbrellas or brooches.

Inside the cottage it’s a story point that the electricity doesn’t work, so until E lights the oil lamp we could only simulate moonlight and the headlights streaming in through the window. These latter were indeed a simulation, as we didn’t have the picture car at the time we shot inside. There was a whole sequence of bad luck that night when the camera van got stuck on the single-lane dirt track to the cottage, stranding certain crucial vehicles outside and sealing us all inside for three hours after wrap, until the RAC arrived and towed the camera van. So the “headlights” were a couple of tungsten fresnels, probably 650s, which were panned off and dimmed when the car supposedly departs. We also tried to dim them invisibly so that we could get more light on E as he comes in the door and avoid the Close Encounters look when the window comes into shot, but after a few takes of failing to make it undetectable we had to abandon the idea.

We also didn’t have the rain machine for the interiors, so as E opens the door you might briefly glimpse water being poured from an upstairs window by the art department, backlit by an LED panel. We put one of the HMIs outside a window that’s always off camera left to give us some “moonlight” in the room, create colour contrast with the tungsten headlights and the flame of the oil lamp, and ensure that we weren’t left in complete darkness when the “car” departs. Annabel looks right into it as she hugs E.

When the action moves upstairs, an HMI shines in through the window again. I remember it gave us real camera-shadow problems at the end of the scene, because Steadicam operator Rupert Peddle had to end with his back to that window and the talent in front of him (though the clip above cuts off before we get to that bit). The practical oil lamp does a lot of the work making this scene look great. I was sad that I had to put a little fill in the foreground to make E’s bruises at least a tiny bit visible; this was a LiteMat panel set to a very low intensity and bounced off the wall right of camera.

It’s worth mentioning the aspect ratio. My recollection is that I framed for 2.39:1, which is normal for anamorphic shooting. With the Alexa Mini in 4:3 mode, 2x anamorphic lenses produce an 8:3 or 2.66:1 image, which you would typically crop at the sides to 2.39 in post. When I arrived at the grade Annabel Lee was all in 2.66:1 and Amy wanted to keep it that way. I’m not generally a fan of changing aspect ratios in post because it ruins all the composition I worked hard to get right on set, but there’s no denying that this film looks beautiful in the super-wide ratio.

Finally, let me say a huge thank you to all the people who helped make the cinematography the award-winning success it has become, crucially drone operators Mighty Sky, underwater DP Ian Creed and colourist Caroline Morin. I’m sure the judges for these awards were swayed more by the beautiful aerial and aquatic work than the stuff I actually did!

“Annabel Lee”: Lighting the Arrival

Time Up for Tungsten?

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Poppy Drayton, in “The Little Mermaid”, lit by a tungsten 1K bounced off poly

Last October, rental house VMI retired all of its tungsten lighting units as part of its mission to be a Net Zero company by 2030. I know this mainly because I am currently writing an article for British Cinematographer about sustainability in the film and TV industry, and VMI’s managing director Barry Bassett was one of the first people I interviewed.

Barry is very passionate about helping the environment and this is reflected in numerous initiatives he’s pioneered at VMI and elsewhere, but in this post I just want to discuss the tungsten issue.

I love tungsten lighting. There’s no better way to light a human face, in my opinion, than to bounce a tungsten light off a poly-board. (Poly-board is also terrible for the planet, I’ve just learnt, but that’s another story.) The continuous spectrum of light that tungsten gives out is matched only by daylight.

Dana Hajaj lit by another tungsten 1K bounced off poly

Tungsten has other advantages too: it’s cheap to hire, and it’s simple technology that’s reliable and easy to repair if it does go wrong.

But there’s no denying it’s horribly inefficient. “Tungsten lighting fixtures ought to be called lighting heaters, since 96% of the energy used is output as heat, leaving only 4% to produce light,” Barry observed in a British Cinematographer news piece. When you put it that way, it seems like a ridiculous waste of energy.

Without meaning to, I have drifted a little away from tungsten in recent years. When I shot Hamlet last year, I went into it telling gaffer Ben Millar that it should be a tungsten heavy show, but we ended up using a mix of real tungsten and tungsten-balanced LED. It’s so much easier to set up a LiteMat 2L on a battery than it is to run mains for a 2K, set up a bounce and flag off all the spill.

Shirley MacLaine lit by a tungsten book-light in “The Little Mermaid”

I admire what VMI have done, and I’ve no doubt that other companies will follow suit. The day is coming – maybe quite soon – when using tungsten is impossible, either because no rental companies stock it any more, or no-one’s making the bulbs, or producers ban it to make their productions sustainable.

Am I ready to give up tungsten completely? Honestly, no, not yet. But it is something I need to start thinking seriously about.

Time Up for Tungsten?

“Harvey Greenfield is Running Late”: Week 2

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Day 6

I think the director is turning into Harvey Greenfield. This morning Jonnie burst unexpectedly out of a hedge apologising for being slightly late.

Our first location was a surprisingly busy park in the village of Exning. We shot under the trees lining the edge of the park, keeping the camera on the same side of the eye-line as this handy arboreal negative fill, allowing the open sky of the park proper to light the actors’ off-camera sides. It’s great when blocking works out in your favour like this.

Then we moved around the corner to Wests Garage. First up here was a 24mm tableau shot to establish Barry the mechanic when he first calls Harvey, just as we have done to introduce the other supporting characters. We placed Barry in an office with a window behind him showing the workshop. Stephen arranged our four Astera tubes (in tungsten mode) around the workshop as practical work-lights, clamping some to pillars and placing others on the floor; wherever possible we are adding orange splashes of light (Harvey’s stress colour) into the background of these tableaux.

Next we shot outside around a car (a Rover I think – they all look the same to me), getting a nice slider shot parallel to the vehicle. Shades of Wes Anderson again. The trouble with all these straight-on shots of windows and shiny cars is hiding all the reflections. Stephen had to build a wall of floppy flags to disguise the slider.

By the time we wrapped the heat was getting to us all, and there was nothing for it but to try out the local pub.

But that was closed for a private party so we went to the other local pub instead.

 

Day 7

Jonnie was wearing Harvey’s jacket. Definitely turning into him.

We were at Othersyde, part of the Cambridge Museum of Technology, for the biggest day of the shoot: 12 scenes and nine pages of script to cover.

We began in a tent – Amanda had kindly found an orange one at my request – which we flagged on one side, adding the Aputure 300D to the other side to bring some shape to the lighting.

Then we moved into one of the venue’s toilet cubicles, where we simply added a skirt of black wrap to the existing overhead light fitting to reduce the light on the walls and add contrast. (Stephen and spark daily James also had to build a black-out tent around the door so that it could be open for the camera to see in without admitting daylight.)

Then we jumped into the bar of the Engineer’s House to grab a one-shot flashback scene. We lit through two windows (the Aputure and the Litemat 2S, I think) and added fill (a CTB-gelled 2K bounced off poly) and a couple of other sources inside (an Aladdin into a dark corner; a tungsten lamp shining down some background stairs). The shot required some well-timed whip-pans – always good for comedy. These require great skill as a camera operator when executed on sticks, but fortunately for me this one was handheld which makes the muscle-memory involved much easier.

Next we were in another toilet cubicle. Again we skirted the ceiling light and tented around the door, but this time another character had to come in. Here we used an LED fixture which Stephen built himself, gelling it with Urban Sodium as this shot is part of a sequence that has a stressy, streetlamp look to it.

By this time it was getting towards evening and we set up for a slider shot at the front of the site, overlooking the River Cam and shooting towards the low sun. Thanks to Helios Pro – a sun tracking app – we managed to time this just right. A 4×4 poly bounce either side of camera was all that was needed to supplement the beautiful natural light.

Sounds like all that would be enough for one day, doesn’t it? But oh no, the big scene was still to come. With 20 or 30 extras we staged a wedding reception under Othersyde’s marquee. Stephen keyed the wedding party at the head table with the Aputure bounced off poly (both rigged to the marquee’s ceiling) and we backlit them with a tungsten 1K firing out of an upper window of the Engineer’s House. A character off to one side was lit with an Aladdin rigged to the roof of the bar. The aim was to keep the lighting fairly warm overall, but to make those warm foreground colours pop we added blue-gelled 300W fresnels uplighting the Engineer’s House and a 1K in the deep background, gelled with Steel Blue, for a hint of moonlight. All of this was supplemented by the venue’s existing string lights, bar lights, LED uplighters in the flower beds and candles which Amanda placed on the tables.

Although we didn’t quite make the call sheet, we only dropped one brief scene – a pretty amazing result and one for the whole team to be proud of. Our welcome reward was a selection of Othersyde’s finest pizzas.

 

Day 8

The morning was spent with a beautiful horse-drawn hearse (featuring more fun reflective surfaces!) while the afternoon took place around an off-camera grave in Ely Cemetery. Some brief scenes with the child actors, faking a corner of the cemetery as a park, completed a damp but straightforward day for cinematography.

 

Day 9

About a third of Harvey Greenfield is Running Late takes its title very literally, seeing Paul Richards’ character hurrying to his next appointments as he makes phone calls and talks to camera. Today was the first day dedicated to capturing these scenes.

The first few scenes were shot as Annie Hall-esque wides in the streets and parkland around of Ely. (Much as Hot Fuzz filmed in Wells but painted out the cathedral, we framed out Ely Cathedral to avoid it becoming an identifiable landmark.)

To get a shot of Harvey looking down at a piece of litter, we put the empty beer can on top of two peli cases. Using the lovely wide 14mm lens we were then able to shoot up past it to Harvey and even rack focus to the can. I never usually hire anything wider than an 18mm but I have certainly learnt to appreciate what a 14mm can do on this shoot, even if it does make lighting and boom-operating more challenging.

Our Steadicam operator Rupert joined us again for the rest of the day, bringing along a rickshaw to enable him to track Harvey more smoothly. This drew plenty of attention from the general public, particularly when we moved down to Ely’s picturesque riverside. Most people were very friendly and kindly stayed out of frame if asked to, but a couple of self-styled pirates seemed determined to get an unscripted cameo. Nevertheless we managed to pull off a long and complicated shot which begins with Harvey approaching camera down a tree-lined car park and then tracks him in profile as he pelts along the riverbank.

 

Day 10

The morning was spent filming outside a house in Romsey – a short walk from home for me – which was standing in for Harvey’s. There was yet more fun with reflections when we had to shoot Harvey’s neighbour looking out of his window. No matter how tight the budget is, I will never ever take a polarising filter off my kit hire list again.

In the afternoon we captured more Steadicam running scenes around Romsey Park, before moving onto the nearby streets when it got dark. Here the Gemini’s low light mode saw use again, allowing us to rely mostly on the existing streetlamps (not pretty, but it works for the story). Stephen rigged an Aladdin to the rickshaw so that Harvey would have a little fill light moving with him.

Finally we moved back into the park, where Stephen had cross-lit the kids’ playground with tungsten sources. This formed the background of the scene, with the action taking place under a streetlamp in front of the play area. As the streetlamp was naturally very toppy, we fired in a Litemat (gelled with Urban Sodium) from above the camera to make sure that we would see Paul’s face for this critical performance scene.

There will be more on Harvey Greenfield‘s second week in my next post. In the meantime you can follow the film’s official Instagram account or Facebook page.

“Harvey Greenfield is Running Late”: Week 2

The Cinematography of “Alder”

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Back in February 2019 I spent a long day in Black Park, a forest behind Pinewood Studio, shooting a short film called Alder for director Vanda Ladeira. A little late perhaps, but here are my reflections on the cinematography and general experience of making this experimental fairytale.

The film is about a forager (Odne Stenseth) who does not realise he is being watched by the very spirit of the forest, the titular Alder (Libby Welsh). As he cuts a sprig of holly, or steps on a mushroom, he is unknowingly causing her pain. Meanwhile a group of ghosts – Alder’s former victims? – cavort in the woodland, and strips of film made with ground-up human bone reach out from the trees to ensnare the forager.

Vanda contacted me after seeing my work on Ren: The Girl with the Mark. She was keen for Alder’s lair to have the same feel as Karn’s house in that series. We had a number of meetings to discuss the tone, visuals and the logistics of the shoot, which initially was going to take place over two days but was eventually compressed to one.

In October 2018 we conducted a recce in a forest that we ultimately weren’t able to use. I remember at the time that I was considering shooting the project on celluloid, tying in with the plot point about Alder making film from her victims’ bones. I dropped the idea after taking light readings on that recce – when it was very overcast – and realising just how dark it could be under the tree canopy.

We ultimately shot on a Blackmagic Ursa Mini and Xeen primes, provided along with the lighting kit by gaffer Jeremy Dawson. The Blackmagic sensors seem to do very well with earthy tones, as I noticed on the village set of Ren, and the Ursa rendered the browns of the bracken, the soil and the forager’s costume nicely. Jeremy also provided us with a jib which enabled us to underscore the forager’s action with some definite moves: an introductory crane down; a dramatic pull up as he drives his knife into a tree; and a frantic boom down with him as he searches for his lost compass. In Alder’s lair we kept the camera drifting from side to side or up and down to bring energy to her more static scenes.

Lighting for the forager’s scenes was all natural, with just a little bounce or negative fill from time to time to keep some shape to the image. An Artem smoke gun, operated by Claire Finn, was used on almost every shot to give the forest some life and mystery, and also to keep the backgrounds from getting too busy; the grey wall of smoke serves to fade the background slightly, keeping the eye focused on the foreground action.

As there was no dialogue, I was free to change the frame rate expressively. Examples include: over-cranking close-ups of the forager’s feet and hands in contact with nature, emphasing the sensuality of his unwitting connection to Alder; over-cranking the dance of the ghosts to make their movements even more beautiful and supernatural; and under-cranking the forager slightly to enhance his panic when he finds himself lost and surrounded.

Alder’s lair was a set built by Denisa Dumitrescu in the forest. I took broadly the same approach to lighting it as I had for the reference scene from Ren, making some holes in the branch-covered roof and shining a blinder (a bank of four LED spotlights) through it to produce dappled shafts of sunlight. On the floor around Alder were a number of candles; we beefed up the light from these by skipping an 800W tungsten lamp off a bounce board on the floor.

The biggest challenge was the meeting between the two main characters, a scene scripted for daylight which we were forced to shoot after dark due to running behind schedule. It was the longest and most important scene in the film and suddenly the cinematography had to be completely improvised. We did not have anywhere near the lighting package that a woodland night exterior normally calls for – just 800W tungsten lamps, a few LED fixtures, and a generator only powerful enough to run one of each.

What I ended up doing was putting an 800 in the background, ostensibly as a setting sun, and bouncing a blinder off poly-board as fill. We shot the whole scene through in a single handheld shot, once with smoke and once without, then picked up a few close-ups.I tried to hide the lack of light in the background by allowing the 800 to flare the lens and render the smoke almost impenetrable at times. Vanda and her editor, Tom Chandler, leant into the strange, stylised look and bravely intercut the smoky and smokeless takes. The result is much more magical and expressive than what we would have shot if we had still had daylight.

You can watch the finished film here. It won me Best Cinematographer at the New York Cinematography Awards (August 2019) and Film Craft Award: Cinematography at Play Short International Film Awards (2019).

The Cinematography of “Alder”

“Above the Clouds”: The Spoiler Blogs

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During 2016-2017 I blogged about the production of Above the Clouds, a comedy road movie which I shot for director Leon Chambers. It premiered at Raindance in 2018, closely followed by Austin Film Festival, where it won the audience award for Best Narrative Feature, the first of four gongs it would collect.

In two decades of filmmaking, Above the Clouds is easily in the top five productions I’m most proud of. Since this January it has been available on Amazon, iTunes, Google Play and other platforms, and I highly recommend you give it a watch. DO NOT continue reading this blog unless you have, because what follows are two blog entries that I held back due to spoilers.

 

DAY 14

(from Week 3)

The script calls for Charlie to be seen sitting in the window seat of a plane as it rises quite literally above the clouds. This is another micro-set filmed in Leon’s living room, in fact half in the living room and half in the hall, to leave enough room for the lights beyond.

Although the view out of the window will be added in post, I need to simulate the lighting effect of bursting through the clouds. My plan involves a 1.2K HMI, and a 4×4 poly board held horizontally with a triple layer of 4×4 Opal sheets hanging from one edge.

We start with the HMI pointed straight into the window and the poly board held high up so that the Opal hangs in front of the lamp. As the plane supposedly rises through the cloud layer, Colin lowers the poly until it is below the level of the lamp, while Gary tilts the HMI down so its light skips off the poly (like sun skipping off the top of clouds) and bounces back up into the window. Gary then tilts the HMI back up to point straight into the window, to suggest further banking or climbing of the aircraft. This direct light is so hot that it bounces off the armrest of Charlie’s seat and gives a glow to her cheek which syncs perfectly with a smile she’s doing.

 

DAY 25

(from February 2017 pick-ups)

Today’s set is a dark room. A photographer’s dark room, that is. Not just a random dimly-lit room.

We begin with only the red safe-light in play. The wall-mounted practical has a 15W bulb, so it needs some serious help to illuminate the room. Micky rigs a 1K pup with Medium Red gel and fires it over the top of the set, above the practical. The effect is very convincing. Pure red light can make everything look out of focus on camera, which is why I chose the slightly magenta Medium Red gel, rather than the more realistic Primary Red. The colourist will be able to add some green/yellow to correct this.

During the scene, Naomi pulls a cord and the normal lights come on. These are two hanging practicals, fitted with dimmed 100W tungsten globes. In a very similar set-up to yesterday, we use a 2K with a chimera, poking over the set wall on the camera’s down-side, to enhance and soften the practicals’ light.

To read all the Above the Clouds blogs from the start, click here.

“Above the Clouds”: The Spoiler Blogs

“The Little Mermaid”: Lighting from the Back

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So far, this blog series about my cinematography of The Little Mermaid has covered the biggest and most complex scenes in the movie. Today I’m going to look at some smaller scenes, and how I employed the cinematography tenet of lighting from the back to quickly build a look for these which has depth, mood and drama.

Many of these examples are specifically cross-backlighting, something I covered in my Lighting Techniques series, but I’ll quickly recap since it has so much relevance here. It involves lighting two characters facing each other with two sources, on the far side of the eye-line (short key), crossed so that each source keys one character and often backlights the other too.

So with that in mind, let’s proceed to the examples from my shooting diary.

 

Day 1

The first week is pretty much all in houses with just a few principals, so an easy start. Day 1’s schedule is tight though. We start in a third floor bedroom – no way lamps are getting up to those windows from outside, so I’m relying on natural light augmented with a bit of cross-backlight cheated inside the room. (There’s a Kino Flo shining at Elle over Cam’s right shoulder, for example.) Once the haze is in it looks great. After we get the main coverage, we head out to the garden for the next scene, while the ‘B’ camera team steps in to pick up a couple of inserts…

 

Day 3

…It’s a night scene and the grips have tented the window. To get a nice blue glow coming in, I have two 4×4 Kino Flos set either side of the window (outside), and they give a great wrapping backlight to the actors and the set dressing. Smoke and a cool white balance of 3,200K (the Kinos are tubed for 5,600K) complete the look. It owes a lot to a scene from Hook, one of Blake’s (director Blake Harris) reference movies which I watched during preprod. This stuff definitely filters in and inspires things!

 

Day 13

Our first day on stage. It’s weird to be back at the former supermarket I spent five weeks of preproduction in. The first set, Locke’s chamber, is very confined and the walls don’t wild, so it’s quite slow-going to work in there. We fire a 5K fresnel through the stained glass window at the back of the set. Then I fall back on the tried and tested method of cross-backlighting even though I know that it will be hard to hide the lamps (a 650W fresnel in both of the upper rear corners of the set) from camera. In the end I have the art department dress drapes in front of them. For the villain’s single I leave the light hard, but for the hero’s single we use bounce boards to wrap the light around his face more…

 

Day 28

We start with the fortune-teller’s tent, another small set constructed on stage. In fact, it’s just an Easy-Up artfully draped with fabrics. Initially there’s nowhere to get light in from except the front, but I know that this will leave the scene looking flat and fake, so I work with the art department again to make holes in the top rear corners. Through those we shine tungsten-bubbled “Fat Boy” Kino Flos. (These 2ft 4-bank units are giving the dual kickers on Cam in the centre, and the beautiful down-light on the background fabrics, bringing out the ruching. Each one also provides a little key-light on the two ladies.) The other sources are “moonlight” coming in through the entrance, linking us to the circus exteriors, and a stylised slash of light across Thora’s eyes from a Source Four, suggested by Jason (key grip Jason Batey). Adding foreground practicals is an important final touch to expand the depth and scale of the set…

 

Day 31

It’s the last day of principal photography. Our big scene of the day is the newspaper office where Cam works, which is a set in the front of the studio, using the building’s real windows. We fire the 12K in and gel it with half CTS for a nice morning sunlight effect. We’re shooting towards the windows, which have blinds, so we get some nice shafts of light, though sometimes it’s a little too smokey. Running haze is a pretty skilled and tricky job, and involves considering the lens length and backlight, which both affect how much the smoke shows up on camera. When we get it right, combined with the dark wood period furniture, it totally sells the 1937 setting. Apparently people at video village are loving it, saying it looks like Mad Men….

Next week, in the final part of my blog series on The Little Mermaid, I’ll share my experiences of shooting the sunset denouement while up to my waist in the Atlantic Ocean.

“The Little Mermaid”: Lighting from the Back

6 Tips for Making DIY Lighting Look Pro

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Good lighting can boost the production values of a film tremendously, making the difference between an amateur and a professional-looking piece. For filmmakers early in their careers, however, the equipment typically used to achieve these results can be prohibitively expensive. Far from the Hollywood productions attended by trucks full of lights, a micro-budget film may be unable to rent even a single HMI. Do not despair though, as there are ways to light scenes well without breaking the bank. Here are my top six tips for lighting on the cheap.

 

1. Make the most of natural light

Checking my compass at the stone circle
Guesstimating the sun path on location

The hardest shots to light without the proper equipment are wide shots. Where a fully-budgeted production would rig Maxi Brutes on cherry-pickers, or pound HMIs through windows, a filmmaker of limited means simply won’t have access to the raw power of such fixtures. Instead, plan your day carefully to capture the wide shots at the time when natural light gives you the most assistance. For a day interior, this means shooting when the sun is on the correct side of the building.

See also: “Sun Paths”

 

2. Keep L.E.D.s to the background

£2 LED camping light
£2 LED camping light

There are a plethora of LED fixtures on the market, designed for all kinds of applications, some of them very reasonably priced. It might be tempting to purchase some of these to provide your primary illumination, but I advise against it. Cheap LED units (and fluorescents) have a terrible Colour Rendering Index (CRI), making for unnatural and unappealing skintones. Such units are therefore best restricted to backgrounds, accent lighting and “specials”. For example, I purchased a little LED camping light from a charity shop for about £2, and I often use it to create the blue glow from computer screens or hang it from the ceiling to produce a hint of hair-light.

See also my article on LEDs from my “Know Your Lights” series.

 

3. Key with tungsten or halogen

Worklight
Halogen floodlight

By far the best solution for a high output, high CRI, low cost key is a halogen floodlight; 500W models are available for as little as £5. Their chief disadvantage is the lack of barn doors, making the light hard to control, though if you can stretch to a roll of black wrap you can fashion a kind of snoot. Alternatively, consider investing in a secondhand tungsten movie fixture. With many people switching to LEDs, there are plenty of old tungsten units out there. Try to get a reputable brand like Arri or Ianiro, as some of the unbranded units available on Ebay are poorly wired and can be unsafe.

See also: “DIY Interview Lighting for the ‘Ren’ EPK”

 

4. Control the light

Lace curtains used to break up light in a Camerimage workshop last year

Flooding a halogen light onto a scene is never going to look good, but then the same is often true of dedicated movie fixtures. Instead it’s more how you modify the light that creates the nuanced, professional look. Improvise flags from pieces of cardboard to stop the light spilling into unwanted places – but be VERY careful how close you put them to a tungsten or halogen source, as these get extremely hot. For example, when shooting indoors, flag light off the background wall (especially if it’s white or cream) to help your subject stand out.

See also “Lighting Micro-sets” for an example of this.

 

5. Soften the light

Almost all cinematographers today prefer the subtlety of soft light to the harshness of hard light. You can achieve this by bouncing your fixture off a wall or ceiling, or a sheet of polystyrene or card. Or you could hang a white bedsheet or a shower curtain in front of the light as diffusion, but again be sure to leave a safe distance between them. Professional collapsible reflectors are available very cheaply online, and can be used in multiple ways to diffuse or reflect light.

Hot tub cover = bounce board
Hot tub cover = bounce board. Towel = flag

See also: “How to Soften Harsh Sunlight with Tinfoil and a Bedsheet”; and to read more about the pictured example: “Always Know Where Your Towel Is”

 

6. Make use of practicals

Black-wrapped ceiling light
Black-wrapped ceiling light

Finally, don’t be afraid to use existing practical lighting in your scene. Turning on the main overhead light usually kills the mood, but sometimes it can be useful. You can generate more contrast and shape by covering up the top of the lampshade, thus preventing ceiling bounce, or conversely use the ceiling bounce to give some ambient top-light and cover the bottom of the lampshade to prevent a harsh hotspot underneath it. Table lamps and under-cupboard kitchen lights can add a lot of interest and production value to your backgrounds. If possible, swap out LED or fluorescent bulbs for conventional tungsten ones for a more attractive colour and to eliminate potential flickering on camera.

See also: “5 Tips for Working with Practicals”, and for an example of the above techniques, my blog from day two of the Forever Alone shoot.

6 Tips for Making DIY Lighting Look Pro

The Inverse Square Law

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If you’ve ever read or been taught about lighting, you’ve probably heard of the Inverse Square Law. It states that light fades in proportion to the square of the distance from the source. But lately I started to wonder if this really applies in all situations. Join me as I attempt to get to the bottom of this…

 

Knowing the law

The seed of this post was sown almost a year ago, when I read Herbert McKay’s 1947 book The Tricks of Light and Colour, which described the Inverse Square Law in terms of light spreading out. (Check out my post about The Tricks of Light and Colour here.)

But before we go into that, let’s get the Law straight in our minds. What, precisely, does it say? Another excellent book, Gerald Millerson’s Lighting for Television and Film, defines it thusly:

With increased distance, the light emitted from a given point source will fall rapidly, as it spreads over a progressively larger area. This fall-off in light level is inversely proportional to the distance square, i.e. 1/d². Thus, doubling the lamp distance would reduce the light to ¼.

The operative word, for our purposes, is “spreads”.

If you’d asked me a couple of years ago what causes the Inverse Square Law, I probably would have mumbled something about light naturally losing energy as it travels. But that is hogwash of the highest order. Assuming the light doesn’t strike any objects to absorb it, there is nothing to reduce its energy. (Air does scatter – and presumably absorb – a very small amount of light, hence atmospheric haze, but this amount will never be significant on the scale a cinematographer deals with.)

In fact, as the Millerson quote above makes clear, the Inverse Square Law is a result of how light spreads out from its source. It’s purely geometry. In this diagram you can see how fewer and fewer rays strike the ‘A’ square as it gets further and further away from the source ‘S’:

Illustration by Borb, CC BY-SA 3.0

Each light ray (dodgy term, I know, but sufficient for our purposes) retains the same level of energy, and there are the same number of them overall, it’s just that there are fewer of them passing through any given area.

So far, so good.

 

Taking the Law into my own hands

During season two of my YouTube series Lighting I Like, I discussed Dedo’s Panibeam 70 HMI. This fixture produces collimated light, light of which all the waves are travelling in parallel. It occurred to me that this must prevent them spreading out, and therefore render the Inverse Square Law void.

This in turn got me thinking about more common fixtures – par cans, for example.

 

Par lamps are so named for the Parabolic Aluminised Reflectors they contain. These collect the light radiated from the rear and sides of the filament and reflect it as parallel rays. So to my mind, although light radiated from the very front of the filament must still spread and obey the Inverse Square Law, that which bounces off the reflector should theoretically never diminish. You can imagine that the ‘A’ square in our first diagram would have the same number of light rays passing through it every time if they are travelling in parallel.

Similarly, fresnel lenses are designed to divert the spreading light waves into a parallel pattern:

Even simple open-face fixtures have a reflector which can be moved back and forth using the flood/spot control, affecting both the spread and the intensity of the light. Hopefully by now you can see why these two things are related. More spread = more divergence of light rays = more fall-off. Less spread = less divergence of light rays = more throw.

So, I wondered, am I right? Do these focused sources disobey the Inverse Square Law?

 

Breaking the law

To find the answer, I waded through a number of fora.

Firstly, and crucially, everyone agrees that the Law describes light radiated from a point source, so any source which isn’t infinitely small will technically not be governed by the Law. In practice, says the general consensus, the results predicted by the Law hold true for most sources, unless they are quite large or very close to the subject.

If you are using a softbox, a Kinoflo or a trace frame at short range though, the Inverse Square Law will not apply.

The above photometric data for a Filmgear LED Flo-box indeed shows a slower fall-off than the Law predicts. (Based on the 1m intensity, the Law predicts the 2m and 3m intensities as 970÷2²=243 lux and 970÷3²=108 lux respectively.)

A Flickr forum contributor called Severin Sadjina puts it like this:

In general, the light will fall off as 1/d² if the size of the light source is negligible compared to the distance d to the light source. If, on the other hand, the light source is significantly larger than the distance d to the light source, the light will fall off as 1/d – in other words: slower than the Inverse Square Law predicts.

Another contributor, Ftir, claims that a large source will start to follow the Law above distances equal to about five times the largest side of the source, so a 4ft Kinoflo would obey the Law very closely after about 20ft. This claim is confirmed by Wikipedia, citing A. Ryer’s The Light Measurement Handbook.

But what about those pesky parallel light beams from the pars and fresnels?

Every forum had a lot of disagreement on this. Most people agree that parallel light rays don’t really exist in real life. They will always diverge or converge, slightly, and therefore the Law applies. However, many claim that it doesn’t apply in quite the same way.

Diagram from a tutorial PDF on light-measurement.com showing a virtual point source behind the bulb of a torch.

A fresnel, according to John E. Clark on Cinematography.com, can still be treated as a point source, but that point source is actually located somewhere behind the lamp-head! It’s a virtual point source. (Light radiating from a distant point source has approximately parallel rays with consequently negligible fall-off, e.g. sunlight.) So if this virtual source is 10m behind the fixture, then moving the lamp from 1m from the subject to 2m is not doubling the distance (and therefore not quartering the intensity). In fact it is multiplying the distance by 1.09 (12÷11=1.09), so the light would only drop to 84% of its former intensity (1÷1.09²=0.84).

I tried to confirm this using the Arri Photometrics App, but the data it gives for Arri’s fresnel fixtures conforms perfectly with an ordinary point source under the Law, leaving me somewhat confused. However, I did find some data for LED fresnels that broke the Law, for example the Lumi Studio 300:

As you can see, at full flood (bottom graphic) the Law is obeyed as expected; the 8m intensity of 2,500 lux is a quarter of the 4m intensity of 10,000 lux. But when spotted (top graphic) it falls off more rapidly. Again, very confusing, as I was expecting it to fall off less rapidly if the rays are diverging but close to parallel.

A more rapid fall-off suggests a virtual point source somewhere in front of the lamp-head. This was mentioned in several places on the fora as well. The light is converging, so the intensity increases as you move further from the fixture, reaching a maximum at the focal point, then diverging again from that point as per the Inverse Square Law. In fact, reverse-engineering the above data using the Law tells me – if my maths is correct – that the focal point is 1.93m in front of the fixture. Or, to put it another way, spotting this fixture is equivalent to moving it almost 2m closer to the subject. However, this doesn’t seem to tally with the beam spread data in the above graphics. More confusion!

I decided to look up ETC’s Source Four photometrics, since these units contain an ellipsoidal reflector which should focus the light (and therefore create a virtual point source) in front of themselves. However, the data shows no deviation from the Law and no evidence of a virtual point source displaced from the actual source.

 

I fought the law and the law won

I fear this investigation has left me more confused than when I started! Clearly there are factors at work here beyond what I’ve considered.

However, I’ve learnt that the Inverse Square Law is a useful means of estimating light fall-off for most lighting fixtures – even those that really seem like they should act differently! If you double the distance from lamp to subject, you’re usually going to quarter the intensity, or near as damn it. And that rule of thumb is all we cinematographers need 99% of the time. If in doubt, refer to photometrics data like that linked above.

And if anyone out there can shed any light (haha) on the confusion, I’d be very happy to hear from you!

The Inverse Square Law