Fog and mist offer photographers an exceptional opportunity to create deeply atmospheric, moody, and mysterious imagery. By embracing these unique weather conditions, you can transform ordinary scenes into captivating visual stories filled with depth, emotion, and intrigue. Here’s how to effectively harness fog and mist to elevate your photography. Understanding the Appeal of Fog and Mist Fog and mist naturally diffuse light, softening contrasts and textures within a scene. This soft diffusion creates a dreamlike ambiance and adds emotional depth to photographs, often evoking feelings of tranquility, solitude, or mystery. By obscuring and revealing elements selectively, fog and mist invite viewers to engage deeply with the visual narrative, filling in unseen details with imagination. Ideal Conditions and Timing The most atmospheric fog and mist usually occur during early mornings or evenings, especially near bodies of water or in valleys and lowlands. Paying close attention to weather forecasts can help you predict ideal conditions. Early preparation and scouting locations ahead of time ensure you’re ready when the perfect atmospheric conditions arise. Composition Techniques for Foggy Scenes Creating impactful foggy compositions involves thoughtful techniques: Layers and Depth: Use the fog’s varying densities to emphasize depth. Layering foreground, midground, and background elements adds visual complexity and interest. Silhouettes and Shapes: Fog reduces detail, emphasizing strong shapes and silhouettes. Compose your images around distinctive shapes, trees, or structures to anchor your photograph. Simplify the Frame: Minimalism is especially effective in foggy conditions. Embrace simplicity by isolating single elements or subjects against misty backdrops for dramatic effect. Lighting and Exposure Considerations Fog significantly impacts exposure and lighting conditions: Soft Light: The diffused, gentle lighting conditions in fog and mist reduce harsh shadows, creating flattering, ethereal images. Exposure Compensation: Fog often tricks camera meters into underexposing scenes. Consider slightly increasing your exposure compensation to accurately capture the brightness and subtle details of foggy conditions. Creative Opportunities with Fog and Mist Fog and mist open diverse creative possibilities: Black-and-White Photography: Foggy conditions lend themselves exceptionally well to monochrome photography, highlighting contrasts, textures, and shapes dramatically. Color Tones and Mood: Color images in foggy conditions can carry gentle pastel tones or cool hues, enhancing the atmospheric and emotional impact of your imagery. Enhancing Foggy Images Through Post-Processing Post-processing can refine foggy scenes: Contrast and Clarity Adjustments: Fine-tune contrast and clarity subtly to maintain the softness and mood without losing important detail. Selective Sharpening: Apply selective sharpening to key elements or subjects, ensuring they stand out within the foggy environment without diminishing the atmospheric quality. Fog and mist provide photographers with unique conditions to craft images rich in mood, narrative, and visual intrigue. By thoughtfully considering composition, timing, lighting, and post-processing, you can harness the power of fog and mist to produce atmospheric photography that deeply resonates with viewers. Embrace these ethereal elements, and transform everyday scenes into extraordinary visual stories. Extended reading: Alpine views: 12 breathtaking mountainscapes to celebrate the chilly season The post Crafting Atmospheric Images with Fog and Mist appeared first on 500px.

Scholars of gender and sexuality have been exploring ‘queer spaces’ for over six decades. While for many years homes and domesticity remained out of focus or at the margins of queer space research, a recent ‘domestic turn’ has brought queer people’s homes to the foreground. Queer Spaces (2022), a recollection of case studies of queer domestic spaces edited by Joshua Mardell and Adam Nathaniel Furman, is just one significant work within the recent shift to explore the intersection of queer identities and domesticity, for example. Disobedient Dollhouse No.1, 2023, Photography by Sophie Percival Over the past four years I have documented the homes of LGBTQ+ people and come to understand how they inhabit them through interviews, detailed spatial drawings and the creation of dollhouses. This methodology deliberately subverts traditional architectural model-making conventions, emphasising narrative over spatial clarity, interior qualities over façades, and incorporating elaborate details that standard architectural models typically avoid. While this may feel like a rather unusual pursuit for an architect, it’s also one I feel is necessary and urgent. Disobedient Dollhouse No.1, 2023, Photography by Sophie Percival My current research builds upon years of professional practice in London and scrutinises the limitations of standardised design approaches. Through interviews and detailed spatial surveys, I am examining how queer families navigate living spaces designed according to the London Plan’s Housing Design Guide.Advertisement Early findings from my field work show a chasm between the queer daily lives of some of London’s LGBTQ+ families and the rigid homes the standard produces. In cases where spatial flexibility is available within domestic architecture, wonderful, innovative, caring and radical uses of domestic space emerge, enabling queer forms of raising children or coexisting with current and former lovers. These are not just joyful nice-to-haves, but essential for my participants to live their queerness at home, in full. Homes should not just be where queer folk feel safe; they must also be spaces where our queerness flourishes. Disobedient Dollhouse No.1, 2023, Photography by Sophie Percival The housing emergency in the UK and most of the Western world has urged architects, planners and developers to focus on an increased delivery of ‘units of housing’. Perhaps unsurprisingly, my early findings suggest that this sense of urgency risks under-delivering on quality and space. Housing standards have codified aesthetic, functional, and spatial homogeneity. They reproduce conservative ideals of housing and family at a time when families are growing more and more diverse. All the while, with the expansion of permitted development rights, they are failing to deliver an overall improvement in size and quality of the UK’s housing stock. Disobedient Dollhouse No.1, 2023, Photography by Sophie Percival The need for an alternative, open-ended and, perhaps, queer toolkit to design homes – one that expands the ethical and aesthetic horizons of housing design – has never been more urgent. I am therefore also working on developing my ‘disobedient dollhouse making’ as a design tool. One that puts future users at the centre, allowing them to fabulate a different horizon for housing design. My aim is to use dollhouses as a ‘serious’ design game that enables participants to explore the true possibilities of housing beyond the ‘straightjacket’ of the standard. Follow Daniel Ovalle Costal’s research at @QueerDomCanon on Instagram 2025-06-03 Fran Williams comment and share

Outlets 8, Conghua | © Wu Siming In the landscape of contemporary Chinese urbanism, few typologies encapsulate the contradictions of late-capitalist development more vividly than the pseudo-European commercial complex. These replicated enclaves, constructed en masse in the early 2000s, were once marketed as symbols of international sophistication. Over time, however, many were abandoned, becoming architectural vestiges of speculative urbanism. Outlets 8 in Conghua, Guangzhou, is one such project that has undergone a radical architectural reinterpretation. Originally completed in 2018 but long dormant, it has been reimagined by E Plus Design in collaboration with URBANUS/LXD Studio. Through a precise, light-touch intervention, the project avoids wholesale demolition and reprograms space through color, rhythm, and landscape strategy. Outlets 8, Conghua Technical Information Architects1-14: E Plus Design Central Plaza Design: URBANUS / LXD Studio Location: Conghua District, Guangzhou, China Gross Area: 80,882 m2 | 870,000 Sq. Ft. Project Years: 2022 – 2023 Photographs: © Wu Siming This approach is like a contemporary remix of classical music. The four blocks correspond to four movements. Without extensive demolition or altering the European-style architectural rhythm, we reinterpreted the emotional tones, chords, and cadenzas. Through a blend of color and modern gestures, the outdated and disproportionate ‘faux-antique’ complex has been reorchestrated into a contemporary architectural symphony. – Li Fu, Chief Architect at E Plus Design Outlets 8, Conghua Photographs Aerial View | © Wu Siming © Wu Siming © Wu Siming © Wu Siming © Wu Siming © Wu Siming © Wu Siming © Chen Liang Liu Shan © Chen Liang Liu Shan © Chen Liang Liu Shan Outlets 8 Context and Typological Challenge Outlets 8 was initially conceived as a 110,000-square-meter faux-European outlet village. Despite its scale and investment, it struggled to resonate with local cultural dynamics and remained idle. The typology itself, rooted in nostalgic mimicry, was already facing obsolescence. The challenge, then, was not only architectural but also conceptual: how to resuscitate a typology that had become both spatially and culturally inert. The design team chose a strategy of minimal physical intervention coupled with maximal perceptual impact. Rather than demolish or drastically reconstruct, they aimed to re-signify the existing structures. This approach reflects a growing trend in urban renewal across China, where sustainability, cost-efficiency, and cultural specificity take precedence over spectacle. Spatial Transformation Through Chromatic Reprogramming After | © Wu Siming Before | Original Facade, © E+ At the intervention’s core is using color as a spatial and psychological agent. The ornament-heavy facades were stripped of their polychromatic excess and repainted in low-saturation hues. This chromatic cleansing revealed the formal rhythms of the architecture beneath. By doing so, the design avoids mimicry and opts for abstraction, reintroducing clarity to the site’s visual language. The design framework is structured as a musical metaphor, with each of the four blocks conceived as a separate movement in a visual symphony. The street-facing facades, now unified through a golden “variation,” establish a new urban frontage that is both legible and symbolically rich. A ribbon-like golden band traces across the main elevations, creating continuity and contrast between old and new volumes. In contrast, the sports block adopts a cooler, blue-toned palette, offering a different spatial and functional rhythm. New architectural insertions are rendered in transparent materials, signaling temporal and programmatic distinctions. At the center, the elliptical plaza becomes a spatial crescendo, defined by a sculptural intervention inspired by Roman aqueducts. This feature functions as a landmark and a temporal break, juxtaposing historical references with performative landscape elements. Rewriting Landscape as Urban Ecology After | © Wu Siming Before | Original Facade, © E+ Water, derived from the nearby Liuxi River, serves as the thematic and material backbone of the landscape design. Its integration is not symbolic but functional. Water flows through constructed channels, interactive fountains, and sculptural cascades that encourage observation and participation. These elements create a multisensory environment that enhances the spatial experience while reinforcing ecological awareness. The planting strategy emphasizes native species capable of withstanding Guangzhou’s subtropical climate. The design maximizes greenery wherever regulatory conditions allow, particularly along the main entrance, central corridors, and arcaded walkways. The result is a layered landscape that balances visual density with ecological resilience. Integrating landscape and architecture as a singular design operation, the project shifts away from ornamental greening toward environmental synthesis. This approach foregrounds interaction and immersion, aligning with broader shifts in landscape architecture toward performative and participatory ecologies. Programmatic Rebirth and Urban Implications After | © Wu Siming Before | Original Facade, © E+ Beyond formal and material considerations, the project redefines the programmatic potential of large-scale retail environments. Positioned as a “micro-vacation” destination, Outlets 8 is a hybrid typology. It combines retail, leisure, and outdoor experience within a cohesive spatial narrative. This reprogramming responds to changing patterns of consumption and leisure in Chinese cities, particularly among younger demographics seeking experiential value over transactional efficiency. Statistical metrics underscore the project’s social impact. In its first nine days, the outlet attracted over half a million visitors and became a trending location across multiple digital platforms. While not the focus of architectural critique, these figures reflect a successful alignment between spatial renewal and public resonance. More importantly, the project offers a replicable model for dealing with the vast inventory of misaligned commercial developments across China. The intervention avoids nostalgia and cynicism by foregrounding perceptual clarity, ecological integration, and cultural recontextualization. Instead, it offers a clear path forward for reimagining the built remnants of a prior urban paradigm. Outlets 8, Conghua Plans Elevations | © E Plus Design Floor Plan | © E Plus Design Floor Plan | © E Plus Design Floor Plan | © E Plus Design Floor Plan | © E Plus Design Sections | © E Plus Design Outlets 8, Conghua Image Gallery About E Plus Design E Plus Design is a multidisciplinary architecture studio based in Shenzhen, China, known for its innovative approaches to urban renewal, adaptive reuse, and large-scale public space transformations. The firm emphasizes minimal intervention strategies, spatial clarity, and contextual sensitivity, often working at the intersection of architecture, landscape, and urban design to create integrated environments that are both socially responsive and experientially rich. Credits and Additional Notes Chief Design Consultant: Liu Xiaodu Master Plan, Architecture, and Landscape Schemes: E Plus Design Lead Architects: Li Fu, Coco Zhou Project Managers (Architecture): Guo Sibo, Huang Haifeng Architectural Design Team: Wang Junli, Zhang Yan, Cai Yidie, Zhu Meng, Lin Zhaomei, Li Geng, Stephane Anil Mamode, Liu Shan, Zhou Yubo Central Plaza Design: URBANUS / LXD Studio Architect of Central Plaza: Liu Xiaodu Project Manager: Li An’hong Facade Design: Song Baolin, Li Minggang Lighting Design (Concept): Fang Yuhui Lighting Consultant: Han Du Associates Client: Guangzhou Outlets 8 Commercial Management Co., Ltd. Client Design Management Team: Yin Mingyue, Zhao Xiong Landscape Area: 29,100 m² Chief Landscape Architect: Gao Yan Project Manager (Landscape): Zhang Yufeng Landscape Design Team: Yu Xiaolei, Li Zhaozhan, Liu Chenghua Landscape Construction Drawings: E Plus Design Project Manager: Wang Bin Design Team: Wang Bin (Landscape Architecture). Huang Jinxiong (Greening Design). Li Gen (Water & Electricity Design) Structural Design Team: Wang Kaiming, Yang Helin, Wu Xingwei, Zhuang Dengfa Electrical Design Team: Sun Wei, Yang Ying Interior Design Concept Design: Shenzhen Juanshi Design Co., Ltd. Chief Interior Designer: Feng Feifan Project Manager: Liu Hongwei Design Team: Niu Jingxian, Shi Meitao Construction Drawings: Shenzhen Shiye Design Co., Ltd. Project Manager: Shen Kaizhen Design Team: Yao Yijian, Yang Hao, Liu Chen Wayfinding Design Studio: Hexi Brand Design Co., Ltd. Curtain Wall Design Firm: Positive Attitude Group (PAG)

Gironda Residence | © Simone Bossi Located just steps from Piazza del Popolo in Ravenna, the Renaissance-era Casa Guaccimanni holds centuries of architectural and historical weight. Constructed in the fifteenth century for the Venetian podestà Nicolò Giustinian, the building evolved through noble ownership and later became home to Vittorio and Alessandro Guaccimanni, sons of Risorgimento figure Luigi Guaccimanni. Architecturally, the structure is characterized by a tripartite plan with a central corridor flanked by large rooms, an interior courtyard with a double loggia, and decorative elements spanning Renaissance to Neoclassical periods. Once concealed beneath plaster, its frescoed veranda and exposed wooden ceilings speak to a layered history of intervention, concealment, and rediscovery. Gironda Residence in Casa Guaccimanni Technical Information Architects1-13: Giovanni Mecozzi Architetti Location: Casa Guaccimanni, Via Armando Diaz, Ravenna, Italy Client: Emanuela Docimo Project Years: 2022 – 2024 Original Structure: 15th Century Photographs: © Andrea Sestito, © Simone Bossi, © Omar Sartor The new and the old never touch, but gently brush against each other, maintaining a distance capable of generating tension. – Giovanni Mecozzi Gironda Residence in Casa Guaccimanni Photographs © Omar Sartor © Andrea Sestito © Andrea Sestito © Andrea Sestito © Omar Sartor © Simone Bossi © Simone Bossi © Simone Bossi © Omar Sartor © Omar Sartor © Omar Sartor © Andrea Sestito © Omar Sartor Design Intent: Reversibility and Temporal Tension The recent architectural project by Giovanni Mecozzi Architetti centers on the noble floor of the palazzo, reinterpreted as a contemporary residence named Gironda. Rather than imposing a new visual regime onto the historic shell, the intervention operates with restraint, foregrounding the building’s original character while establishing new spatial and material conditions. At the core of the project lies a design philosophy rooted in reversibility. Mecozzi’s intervention resists permanence. The furnishings and spatial devices introduced into the historic rooms are self-supporting and detached from the structure. No new element makes physical contact with the floors, ceilings, or walls, preserving the integrity of the original surfaces. This strategy avoids irreversible alterations and allows the architecture to remain temporally flexible. Architect Giovanni Mecozzi articulates this approach succinctly: “The new and the old never touch, but gently brush against each other, maintaining a distance capable of generating tension.” This spatial tension is not decorative but conceptual, prompting occupants to consider the relationship between historical continuity and contemporary transformation. The design does not attempt to erase time but rather exposes its layers through careful juxtaposition. The project draws conceptual and chromatic inspiration from Ravenna’s early Christian and Byzantine mosaics. Rather than replicate ornamental motifs, Mecozzi extracts abstract qualities such as color, luminosity, and surface texture, integrating them as subtle spatial references throughout the residence. Gironda Residence Material Strategy Access to the residence is organized through a longitudinal hallway that bisects the plan, connecting a balcony on the north façade with a loggia overlooking the garden to the south. This corridor becomes a spine for circulation and orientation, punctuated by entries into five main rooms: the kitchen, veranda, and three independent suites. Each suite functions as a self-contained spatial environment. The original large rooms have been reimagined with integrated volumes housing diverse domestic functions: bathrooms, saunas, walk-in closets, reading nooks, and home cinemas. These new programmatic layers are embedded within freestanding furniture structures, which operate more as inhabitable objects than architectural partitions. Color becomes an operative tool for spatial differentiation. The three principal suites, the Gold Room, the Blue Room, and the Green Room, are introduced chromatically through thresholds that face the main corridor. This prelude of color sets the tone for each room’s unique interior experience. Within, glossy glass tiles, gilded surfaces, and a reduced palette of materials establish a scenographic yet restrained environment. The flooring, a Venetian terrazzo installed during earlier restoration work in the 2000s, has been retained. Its beveled borders and rounded corners respond to the proportions of each room, reinforcing a visual continuity that binds the new interventions with the inherited context. In contrast to the historical envelope, the furniture and spatial devices employ a language of monochromatic forms and minimal detailing, occasionally verging on neoplastic abstraction. This tension between old ornament and new abstraction is one of the project’s defining features. Furnishings curated by Atelier Biagetti, known for their theatrical and ironic sensibility, further enrich the atmosphere. These pieces do not mimic the historical setting but create moments of visual friction and playful ambiguity, enhancing the multi-temporal character of the interiors. Architectural Significance and Cultural Dialogue The Gironda residence exemplifies a growing discourse in contemporary architecture around adaptive reuse that neither mimics nor erases the past. Rather than treating heritage as a constraint or an aesthetic to be curated, Mecozzi engages it as an active agent in spatial transformation. The project is a case study in reversible architecture, where temporality is embedded in the design, not just its historical references. This intervention prompts broader questions about the role of preservation in contemporary practice. Can architectural interventions occupy historic contexts without becoming parasitic or nostalgic? Mecozzi’s project suggests that they can adopt a posture of critical distance and conceptual clarity. Gironda does not attempt to restore Casa Guaccimanni to a previous state or impose a singular vision of modernity. Instead, it crafts a dialogue between past and present, structured through spatial strategies, material choices, and chromatic cues. In doing so, it opens a new chapter in the building’s ongoing life, one that is fully contemporary yet deeply rooted in architectural memory. Gironda Residence in Casa Guaccimanni Plans Floor Plan | © Giovanni Mecozzi Architetti Golden Room Layout | © Giovanni Mecozzi Architetti Door Detail | © Giovanni Mecozzi Architetti Gironda Residence in Casa Guaccimanni Image Gallery About Giovanni Mecozzi Giovanni Mecozzi is an Italian architect based in Ravenna, Italy, and the founder of Giovanni Mecozzi Architetti (GMA), a multidisciplinary studio specializing in architecture, interior design, and landscape projects. After graduating from the University of Ferrara with an architecture degree, Mecozzi gained international experience working in Spain, including collaborating with Mendaro Arquitectos in Madrid. Upon returning to Italy, he co-founded GMA, focusing on projects emphasizing the relationship between architecture, the client, and the context, with a particular interest in renovating and transforming historical buildings.  Credits and Additional Notes Design Team: Giovanni Mecozzi, Cecilia Verdini, Filippo Minghetti Construction: Edilcostruzioni (Leoni Andrea) Electrical Systems: Elektra Service (Andrea Baiardi) Mechanical and Hydraulic Systems: Nuova OLP Structural Alterations: Not applicable (intervention is fully reversible) Custom Furniture: Idea Legno (Paolo Berdondini) Curtains and Fabrics: Selezione Arredamenti, Ravenna Lighting: Viabizzuno (via Tutto Luce, Cesena) Resin Coatings and Flooring: Kerakoll Rugs and Carpeting: Centro Moquette, Rimini Bathroom Furnishings: Salaroli, Ravenna Furniture, Artwork, and Design Objects Selected by: Atelier Biagetti (Milan) Furniture Designers: Alberto Biagetti and Laura Baldassarri

html PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "http://www.w3.org/TR/REC-html40/loose.dtd" A recording of Blackmagic Design’s livestream of its announcements for NAB 2025. You can see the new features in Da Vinci Resolve 20.0 at 2:13:20 in the video. Originally posted on 6 April 2025 for the beta, and updated for the stable release. Blackmagic Design has updated DaVinci Resolve, its free colour grading, editing and post-production software, and DaVinci Resolve Studio, its $295 commercial edition. DaVinci Resolve Studio 20.0 is a major release, adding over 100 tools, including a set of new AI-powered features for video editing and audio production, and is free to all users. Below, we’ve rounded up the key features for colorists and effects artists, including a new Chroma Warp tool, a new deep compositing toolset, and full support for multi-layer EXRs. The new Chroma Warp tool makes it possible to create looks with intuitive gesture controls. Color page: New Chroma Warp, plus updates to the Resolve FX Warper and Magic Mask For grading, the Color page‘s Color Warper gets a new Chroma Warp tool.It is designed to create looks intuitively, with users selecting a color in the viewer, and dragging to adjust its hue and saturation simultaneously. Among the existing tools, the Resolve FX Warper effect gets a new Curves Warp mode, which creates a custom polygon with spline points for finer control when warping images. Magic Mask, DaVinci Resolve’s AI-based feature for generating mattes, has been updated, and now operates in a single mode for both people and objects. Workflow is also now more precise, with users now placing points to make selections, then using the paint tools to include or exclude surrounding regions of the image. Another key AI-based feature, the Resolve FX Depth Map effect, which automatically generates depth mattes, has been updated to improve speed and accuracy. For color management across a pipeline, the software has been updated to ACES 2.0, and OpenColorIO is supported as Resolve FX. Effects artists get deep compositing support in the integrated Fusion compositing toolset. Fusion: new deep compositing toolset For compositing and effects work, the Fusion page gets support for deep compositing.Deep compositing, long supported in more VFX-focused apps like Nuke, makes use of depth data encoded in image formats like OpenEXR to control object visibility. It simplifies the process of generating and managing holdouts, and generates fewer visual artifacts, particularly when working with motion blur or environment fog. Deep images can now be viewed in the Fusion viewer or the 3D view, and there is a new set of nodes to merge, transform, resize, crop, recolor and generate holdouts. It is also possible to render deep images from the 3D environment, and export them as deep EXRs via the Fusion saver node. Fusion: new vector warping toolset, plus support for 180 VR and multi-layer workflows Other new features in the Fusion page include a new optical-flow-based vector warping toolset, for image patching and cleanup, and for effects like digital makeup.There is also a new 360° Dome Light for environment lighting, and support for 180 VR, with a number of key tools updated to support 180° workflows. Pipeline improvements include full multi-layer workflows, with all of Fusion’s nodes now able to access each layer within multi-layer EXR or PSD files. Fusion also now natively supports Cryptomatte ID matte data in EXR files. You can read about the new features on the Fusion Page in our story on Fusion Studio 20.0, the latest version of Blackmagic Design’s standalone compositing app, in which they also feature. IntelliScript automatically generates an edit timeline matching a user-provided script. Other toolsets: lots of new AI features for video editing and audio production DaVinci Resolve Studio 20.0 also features a lot of new AI features powered by the software’s Neural Engine, although primarily in the video editing and audio production toolsets.The Cut and Edit pages get new AI tools for automatically creating edit timelines matching a user-provided script; generating animated subtitles; editing or extending music to match clip length; and matching tone, level and reverberance for dialogue. There are also new tools for recording new voiceovers during editing to match an edit. Workflow improvements include a dedicated curve view for keyframe editing; plus a new MultiText tool and updates to the Text+ tool for better control of the layout of on-screen text. For audio post work, the Fairlight page gets new AI features for removing silences from raw footage, and automatically balancing an audio mix. We don’t cover video or audio editing on CG Channel, but you can find a complete list of changes via the links at the foot of the story. Codec and format support Other key changes include native support for ProRes encoding on Windows and Linux systems as well as macOS.MV-HEVC encoding is now supported on systems with NVIDIA GPUs, and H.265 4:2:2 encoding and decoding are GPU-accelerated on NVIDIA’s new Blackwell GPUs. Again, you can find a full list of changes to codec and platform support via the links at the foot of the story. Upcoming features include generative AI-based background extension. Future updates: new toolsets for immersive video and AI background generation Blackmagic Design also announced two upcoming features not present in the initial release.Artists creating mixed reality content will get a new toolset for ingesting, editing and delivering immersive video for Apple’s Vision Pro headset. There will also be a new generative AI feature, Resolve FX AI Set Extender, available via Blackmagic Cloud. More details will be announced later this year, but Blackmagic says that it will enable users to generate new backgrounds for shots by entering simple text prompts. The video above shows a range of use cases, including extending or adding objects to existing footage, and generating a complete new background behind a foreground object. Price, system requirements and release date DaVinci Resolve 20.0 and DaVinci Resolve Studio 20.0 are for Windows 10+, Rocky Linux 8.6, and macOS 14.0+. The updates are free to existing users.New perpetual licenses of the base edition are also free. The Studio edition, which adds AI features, stereoscopic 3D tools, and collaboration features, costs $295, following a temporary increase in the US following the introduction of new tariffs. Read a full list of new features in DaVinci Resolve 20.0 and DaVinci Resolve Studio 20.0 Have your say on this story by following CG Channel on Facebook, Instagram and X (formerly Twitter). As well as being able to comment on stories, followers of our social media accounts can see videos we don’t post on the site itself, including making-ofs for the latest VFX movies, animations, games cinematics and motion graphics projects.

Pope-Leighey House | © Peter Thomas via Unsplash Constructed in 1940, the Pope-Leighey House represents Frank Lloyd Wright’s Usonian vision, his architectural response to the social, economic, and aesthetic conditions of mid-20th-century America. Designed for middle-class clients, the Usonian houses were intended to democratize quality design, providing spatial dignity at an affordable cost. In stark contrast to the mass-produced suburban housing of the post-Depression era, Wright sought to design individualized homes rooted in site, economy, and human scale. Pope-Leighey House Technical Information Architects1-6: Frank Lloyd Wright Original Location: Falls Church, Virginia, USA Current Location: Woodlawn Plantation, Alexandria, Virginia, USA Gross Area: 111.5 m2 | 1,200 Sq. Ft. Project Years: 1939 – 1940 Relocation: 1964 (due to the construction of Interstate 66) Photographs: © Photographer The house of moderate cost is not only America’s major architectural problem but the problem most difficult for her major architects. I would rather solve it with satisfaction to myself and Usonia than anything I can think of. – Frank Lloyd Wright 7 Pope-Leighey House Photographs © Lincoln Barbour © Peter Thomas via Unsplash © Peter Thomas via Unsplash © Lincoln Barbour © Lincoln Barbour © Peter Thomas via Unsplash © Peter Thomas via Unsplash © Peter Thomas via Unsplash Contextual Framework and Commissioning The house, commissioned by journalist Loren Pope, was initially situated in Falls Church, Virginia, on a wooded lot chosen to amplify Wright’s principles of organic architecture. Working within a modest budget, Pope approached Wright after reading his critique of conventional American housing. Wright accepted the commission and delivered a design reflecting his social idealism and formal ingenuity. In 1964, the house was relocated to the grounds of the Woodlawn Plantation in Alexandria, Virginia, due to the construction of Interstate 66. While disrupting the original site specificity, this preservation affirms the cultural value placed on the work and raises enduring questions about the transposability of architecture designed for a particular place. Design Principles and Architectural Language The Pope-Leighey House distills the essential characteristics of Wright’s Usonian ideology. Modest in scale, the 1,200-square-foot house is arranged in an L-shaped plan, responding to programmatic needs and solar orientation. The linearity of the bedroom wing intersects perpendicularly with the open-plan living space, forming a sheltered outdoor terrace that extends the perceived interior volume into the landscape. Wright’s orchestration of spatial experience is central to the house’s architectural impact. The low-ceilinged entrance compresses space, setting up a dynamic release into the double-height living area, an architectural maneuver reminiscent of his earlier Prairie houses. Here, horizontality is emphasized in elevation and experience, reinforced by continuous bands of clerestory windows and built-in furnishings that draw the eye laterally across space. Materially, the house embodies a deliberate economy. Red tidewater cypress, brick, and concrete are left exposed, articulating their structural and tectonic roles without ornament. The poured concrete floor contains radiant heating, a functional and experiential feature that foregrounds the integration of structure, comfort, and environmental control. Window mullions extend into perforated wooden panels, demonstrating Wright’s inclination to merge architecture and craft, blurring the line between enclosure and furnishing. Structural Rationality and Construction Methodology A defining feature of the Usonian series, particularly the Pope-Leighey House, is the modular planning system. Based on a two-foot grid, the plan promotes construction efficiency while enabling spatial flexibility. This systemic logic underpins the entire design, from wall placements to window dimensions, allowing the house to feel simultaneously rigorous and organic. Construction strategies were purposefully stripped of excess. The flat roof, cantilevered overhangs, and minimal interior partitions reflect an architecture of subtraction. Without a basement or attic, the house resists hierarchy in its vertical organization. Walls are built with simple sandwich panel techniques, and furniture is integrated into the architecture, reducing material use and creating visual unity. Despite the constraints, the house achieves a high level of tectonic expression. The integration of structure and detail is particularly evident in the living room’s perforated wood screens, which serve as decorative elements, light diffusers, and spatial dividers. These craft elements reinforce the Gesamtkunstwerk ambition in Wright’s residential works: a house as a total, synthesized environment. Legacy and Architectural Significance Today, the Pope-Leighey House is a critical touchstone in Wright’s late-career trajectory. It encapsulates a radical yet modest vision, architecture not as monumentality but as a refined environment for everyday life. Preserved by the National Trust for Historic Preservation, the house continues to serve as a pedagogical model, offering insights into material stewardship, compact living, and formal economy. In architectural discourse, Wright’s larger commissions often overshadow the Usonian homes. Yet the Pope-Leighey House demands recognition for what it accomplishes within limitations. It is a project that questions conventional paradigms of domestic space and asserts that thoughtful design is not a luxury reserved for the elite but a right that can and should be extended to all. The house’s quiet radicalism remains relevant in today’s discussions of affordable housing, sustainable design, and spatial minimalism. Its influence is evident in contemporary explorations of prefab architecture, passive environmental systems, and spatial efficiency, fields that continue to grapple with the same questions Wright addressed eight decades ago. Pope-Leighey House Plans Floor Plan | © Frank Lloyd Wright Section | © Frank Lloyd Wright East Elevation | © Frank Lloyd Wright North Elevation | © Frank Lloyd Wright West Elevation | © Frank Lloyd Wright Pope-Leighey House Image Gallery About Frank Lloyd Wright Frank Lloyd Wright (1867–1959) was an American architect widely regarded as one of the most influential figures in modern architecture. Known for developing the philosophy of organic architecture, he sought harmony between human habitation and the natural world through forms, materials, and spatial compositions that responded to context. His prolific career includes iconic works such as Fallingwater, the Guggenheim Museum, and the Usonian houses, redefined residential architecture in the 20th century. Credits and Additional Notes Original Client: Loren Pope Architectural Style: Usonian Structure: Wood frame on a concrete slab with radiant heating Materials: Tidewater cypress, brick, concrete, glass Design Team: Frank Lloyd Wright and Taliesin Fellowship apprentices Preservation: Owned and maintained by the National Trust for Historic Preservation

The Hell Gate Bridge is a railroad bridge in New York City, United States. The bridge carries two tracks of Amtrak's Northeast Corridor and one freight track between Astoria, Queens, and Port Morris, Bronx, via Randalls and Wards Islands. Its main span is a 1,017-foot (310 m) steel through arch across Hell Gate, a strait of the East River that separates Wards Island from Queens. The New York Connecting Railroad began construction of the bridge in 1912, and it opened in 1917. The main span, a two-hinged arch flanked by stone towers on either bank of Hell Gate, was the world's longest steel arch bridge until the Bayonne Bridge opened in 1931. It is one of the few rail connections from Long Island, of which Queens is part, to the rest of the United States. This panoramic photograph shows the main span of the Hell Gate Bridge. The photograph was taken in 2023 looking northeast from the neighboring Robert F. Kennedy Bridge, with Wards Island on the left of the image and Astoria on the right. A tugboat tows a barge in the foreground towards the Hell Gate Bridge. Photograph credit: Rhododendrites Recently featured: Anemonoides blanda Bluespotted ribbontail ray Black Lives Matter art Archive More featured pictures

On this day in 1975, Industrial Light & Magic was officially signed into existence by George Lucas. By Lucas O. Seastrom ILM’s original crew for Star Wars: A New Hope (1977) poses in the front lot of their original studio (Credit: ILM & Lucasfilm). 50 years ago today on May 28, 1975, George Lucas signed a legal certificate issuing his formal shares of stock ownership in a new company: Industrial Light & Magic. It’s likely the founder affixed his signature without pomp or ceremony. There was too much to do. ILM, as it would come to be known for short, had less than two years to build a visual effects studio from scratch and create nearly 400 shots in a new space fantasy film called Star Wars. By that time in late May, Lucas had hired John Dykstra to supervise the film’s visual effects. The director had an audacious vision for creating dynamic images of spaceships dogfighting with each other. Lucas wanted the camera to move with the ships, as if the camera operators were up there to capture the action by hand. The idea broke many of the traditional rules in visual effects that typically required locked off cameras to allow for separate elements to be carefully blended together. Visual effects supervisor John Dykstra poses on the stage next to a TIE fighter miniature (Credit: ILM & Lucasfilm). John Dykstra was practically the only effects artist in Hollywood willing to buy into Lucas’s plans on the existing terms. He’d gained experience with the type of equipment that would be needed to realize the elaborate shots of custom-built miniatures. Dykstra was also a free thinker with a sense of adventure. There were only a handful of effects companies still operating, and none at a major studio. Most balked at the proposal, decrying its limited budget, tight schedule, and seemingly unattainable goals. So Dykstra was tasked with establishing a new operation. Lucas was a Northern Californian and planned to base the editorial side of post-production near his San Francisco Bay Area home. He wanted to do the same for visual effects. Dykstra argued otherwise, deciding to keep the new facility in Southern California where he had access to a network of talent and close proximity to third party film processing labs. So it was at some point in late May that Dykstra located and then leased a warehouse in Van Nuys, one of a number of towns that sprawled across the San Fernando Valley, a ways north of Hollywood proper, and conveniently removed from the overbearing presence of the established studios.  Located in an industrial park on Valjean Avenue, just a block from the south end of the Van Nuys Airport, ILM rented a building for $2,300 a month from owner Bill Hanna. It was two stories, made largely of stacked cinder blocks, with a large asphalt lot in front. Inside were a handful of unfurnished offices and open warehouse space with high ceilings ideal for hanging lights. Early on, Dykstra would drive his motorcycle through the building, leaving skid marks on the floor. It was often oppressively hot, even more so once the tungsten film lights were switched on, and Dykstra initially planned to construct a pool onsite, but later compromised with a cold tub that could hold multiple people. The exterior of ILM’s original studio in Van Nuys, CA. An explosion on the surface of the Death Star is photograped in the foreground (Credit: ILM & Lucasfilm). “It just popped into my head,” Lucas would recall about the name “Industrial Light & Magic.” “We were sitting in an industrial park and using light to create magic. That’s what they were going to do.” Initially, Dykstra worked out of Lucasfilm’s offices in a bungalow on the Universal Studios lot, a few minutes drive from Van Nuys. Soon he’d moved to Valjean, working off the floor before furniture was acquired. He was busy recruiting. By early June, modelmakers Grant McCune and Bill and Jamie Shourt were hired, as were production manager Bob Shepherd, technician Jerry Greenwood, first cameraman Richard Edlund, electronics designer Al Miller, and machinists Richard Alexander and Don Trumbull.  As former Lucasfilm executive editor J.W. Rinzler would note in The Making of Star Wars, “They all knew one another and had worked together before.” They’d worked on feature films with Douglas Trumbull (son of Don), or on commercials and other projects with Robert Abel and Associates. A later group would come from another commercial house, Cascade Pictures. Others came straight from universities where they’d studied everything from animation to industrial design. They brought with them aspects of the culture and methodology from these other places, together making something new and unique. Optical composite photography supervisor Robert Blalack’s Praxis Printer is loaded into the new ILM space (Credit: ILM & Lucasfilm). A view of one of ILM’s shooting stages in the rear of the original Van Nuys studio (Credit: ILM & Lucasfilm). Before anything else could happen, the Valjean warehouse needed to be converted into production space and workshops. Over six weeks into the summer, they first taped out sections and then constructed the designated areas themselves. On the first floor would be the optical and rotoscope departments, a model shop, machine shop, wood shop, two shooting stages in the rear, and production offices in the front. Upstairs would be home to the animation department, editorial, a screening room, and the art department.By July, optical composite photography supervisor Robert Blalack and animation and rotoscope supervisor Adam Beckett had been hired, as had a sound recordist and designer who would use ILM’s space as a sometime home base, Ben Burtt. By early August, artist Joe Johnston was setting up the art department (concept artists Colin Cantwell and Ralph McQuarrie had started much earlier, but each worked from home). Within a few months, a dozen people were on board, many of them attracted to join the project out of admiration for George Lucas, whose American Graffiti (1973) had made waves upon its release two years before. The second floor art department, with storyboard and concept artist Joe Johnston working at a desk in the background as modelmaker Paul Huston looks on (Credit: ILM & Lucasfilm). Film control coordinator Mary Lind in the upstairs editorial department (Credit: ILM & Lucasfilm). The spaces were ready by mid-summer, but ILM’s work had only just begun. It would take them nearly a year to successfully design and construct an entire visual effects facility and workflow, including miniatures, motion-control camera systems, optical printers, animation cameras, and blue screens. “There’s a significant difference between coming up with a good idea and executing it,” Dykstra would say. ILM’s initial budget was roughly $1.2 million. Although time was of the essence to build the various equipment, distributor 20th Century Fox was slow to provide any initial funds ahead of the main shoot, which would commence in the spring of 1976. So for much of its first year, ILM operated with George Lucas’s personal finances, thanks to the momentous commercial success of American Graffiti. Former ILM general manager Thomas G. Smith would explain in his 1986 book, The Art of Special Effects, how “Outside, it looked like all the other industrial-style buildings in the valley. Inside, it was staffed with very young technicians, some barely out of college, few over 30, some even under 20 years old…. The doors at ILM were open 24 hours a day; technicians and artists worked without regard to time clocks or job classifications. They were children of the ’60s, and many rebelled against authority figures and traditional work rules. There were no dress codes and no specified work hours; designers built models, and modelmakers ran cameras. But there was a strong esprit de corps and feeling of purpose in the building…. The involvement was with the cause rather than with the money; somehow the group felt they were a part of something really important.” John Dykstra inspects miniatures of X-wings, TIE fighters, and Y-wings (Credit: ILM & Lucasfilm). The first floor model shop in ILM’s original Van Nuys, CA studio (Credit: ILM & Lucasfilm). What this group was about to accomplish in less than two years was anything but certain that late spring of 1975. If anything, it was “a long shot,” as Dykstra himself would admit. “It was very, very hard to say specifically what was and what wasn’t going to work before we built it,” he told Cinefantastique in 1977. “So we just had to take a shot at it and all I could do was bluff it and say, ‘Oh yeah, everything’s gonna be fine!’”As would become the defining element of ILM’s success and endurance, it was the people who made all the difference. “It would be very hard to do Star Wars just by setting up an independent facility unless you had the personnel to do it,” Dykstra said. “The people who designed the equipment and constructed it made it all happen. Not only was it independent of studios but the people who were doing it are the best people in the industry right now.” What began quietly with a handful of people in a hot, mostly empty warehouse would ultimately do the impossible, not just in the sense of its accomplishments on screen or the resulting accolades, but in its ability to grow, adapt, and continue innovating time and again. That story continues today at the company’s studios around the world. Though ILM has long since outgrown its original warehouse, it still attracts the same intrepid, curious people who bring their passion for image-making and problem-solving to multiple art forms. Watch ILM’s new celebratory reel in honor of the company’s 50th anniversary: — Lucas O. Seastrom is the editor of ILM.com and a contributing writer and historian for Lucasfilm. Read more on the ILM.com Newsroom. Watch Light & Magic on Disney+.

By TREVOR HOGG Images courtesy of Netflix. Unlike North America where episodes tend to be no longer than an hour, it is not uncommon in Britain to have feature-length episodes, which explains why the seasons are shorter. Season 7 of Black Mirror has six episodes with the first sequel for the Netflix anthology series that explores the dark side of technology having a run time of 90 minutes. “USS Callister: Into Infinity” comes eight years after “USS Callister” went on to win four Emmys as part of Season 4 and expands the tale where illegally constructed digital clones from human DNA struggle to survive in a multiplayer online video game environment. Returning creative talent includes filmmaker Toby Hayness, writers Charlie Brooker and William Bridges, and cast members Cristin Milioti, Jimmi Simpson, Osy Ikhile, Milanka Brooks, Paul Raymond and Jesse Plemons. Stepping into the Star Trek-meets-The Twilight Zone proceedings for the first time is VFX Supervisor James MacLachlan, who previously handled the digital augmentation for Ted Lasso. “[For the planet where the digital clone of James Walton is found]… We got on a train and went to the middle of Anglesey [island in Wales] to a copper mine. The copper mine was absolutely stunning. … You’re a good 50 meters down, and there were little tunnels and caves where over the years things have been mined and stopped. … It was shot there, and we augmented some of it to help sell the fact that it wasn’t Earth. We put in these big beautiful arches of rock, Saturn-like planets up in the sky, a couple of moons, and clean-up of giveaways.” —James MacLachlan, Visual Effects Supervisor Taking advantage of the reflective quality of the bridge set was the LED wall utilized for the main viewscreen. Dealing with a sequel to a critically-acclaimed episode was not a daunting task. “It’s almost like I have a cheat code for what we need to do, which I quite like because there’s a language from the previous show, so we have a certain number of outlines and guidelines,” MacLachlan states. “But because this was set beyond where the previous one was. it’s a different kind of aesthetic. I didn’t feel the pressure.” No assets were reused. “We were lucky that the company that previously did the USS Callister ship packaged it out neatly for us, and we were able to take that model; however, it doesn’t fit in pipelines anymore in the same way with the layering and materials. It was different visual effects vendors as well. Union VFX was smashing out all our new ships, planets and the Heart of Infinity. There was a significant number of resources put into new content.” Old props were helpful. “The Metallica ship that shows up in this episode is actually the Valdack ship turned backwards, upside down, re-textured and re-modeled off a prop I happened to wander past and saw in Charlie Brooker’s and Jessica Rhoades’ office.” MacLachlan notes. Greenscreens were placed outside of the set windows for the USS Callister. “USS Callister: Into Infinity” required 669 visual effects shots while the other five episodes totaled 912. “Josie Henwood, the Visual Effects Producer, sat down with a calculator and did an amazing job of making sure that the budget distribution was well-weighted for each of the scripts,’ MacLachlan remarks. “We shot this one third and posted it all the way to the end, so it overlapped a lot with some of the others. It was almost an advantage because we could work out where we were at with the major numbers and balance things out. It was a huge benefit that Toby had directed ‘USS Callister’. We had conversations about how we could approach the visual effects and make sure they sat within the budget and timeframe.” Working across the series were Crafty Apes, Jam VFX, Jellyfish Pictures, Magic Lab, One of Us, Stargate Studios, Terraform Studios, Union VFX, and Bigtooth Studios.  “We had a spectrum of vendors that were brilliant and weighted so Union VFX took the heavy load on ‘USS Callister: Into Infinity,’ One of Us on ‘Eulogy’ and Jam VFX on ‘Hotel Riverie’ while the other vendors were used for all the shows.” “[W]e had a matte painter at Territory Studio create some generic space looks like exteriors of planets in pre-production. We gave those to Union VFX who animated them so the stars gently drifted and the planets would slowly rotate. Everything in that set was chrome, so no matter where the camera was pointing, when we went to hyperspace, outside planets or in space, there were all of these beautiful reflections all over the surfaces of the USS Callister. What I did not anticipate is when the actors came onto the set not knowing it was going to be a LED wall. Their reaction was enough to say that we had made the right choice.” —James MacLachlan, Visual Effects Supervisor Miranda Jones looked after the production design and constructed a number of practical sets for the different sections of the USS Callister. A clever visual effect was deployed when a digital clone of Robert Daly (Jesse Plemmons) is in his garage crafting a new world for Infinity, which transforms from a horizontal landscape into a spherical planetary form. “A lot of it was based off current UI when you use your phone and scroll,” MacLachlan remarks. “It is weighted and slows down through an exponential curve, so we tried to do that with the rotational values. We also looked at people using HoloLenses and Minority Report with those gestural moments. It has a language that a number of people are comfortable with, and we have gotten there with AR.” Union VFX spent a lot of time working on the transition. “They had three levels of detail for each of the moments. We had the mountain range and talked about the Himalayas. Union VFX had these moments where they animated between the different sizes and scales of each of these models. The final one is a wrap and reveal to the sphere, so it’s like you’re scaling down and out of the moment, then it folds out from itself. It was really nice.” For safety reasons, weapons were digitally thrown. “We had a 3D prop printed for the shuriken and were able to get that out in front of the camera onstage,” MacLachlan explains. “Then we decided to have it stand out more, so as [the Infinity Player] throws it, it intentionally lights up. On set we couldn’t throw anything at Cristin, so some tracking markers were put on her top where it needed to land. Then we did that in CGI. When she is pulling it off her chest with her hand, the shuriken is all CGI. Because of the shape of the shuriken, we were able to have it poke through the fingers and was visible, so it worked well. Cristin did a convincing job of yanking the shuriken out. We added some blood and increased the size of the wound on her top, which we had to do for a couple of other scenes because blood goes dark when its dry, so it needed to be made redder.” Nanette Cole (Cristin Milioti) throws a ceremonial knife that hits Robert Daly directly in the head. “That was a crazy one. We had the full prop on the shelf in the beginning that she picks up and throws. The art department made a second one with a cutout section that was mounted to his head. Lucy Cain [Makeup & Hair Designer] and I constructed a cage of hair clips and wire to hold it onto his head. Beyond that, we put tracking markers on his forehead, and we were able to add all of the blood. What we didn’t want to do was have too much blood and then have to remove it later. The decision was made to do the blood in post because you don’t want to be redressing it if you’re doing two or three takes; that can take a lot of time out of production.” “USS Callister: Into Infinity” required 669 visual effects shots. A digital clone of Robert Daly placed inside the game engine is responsible for creating the vast worlds found inside of Infinity. “We had a 3D prop printed for the shuriken [hidden hand weapon]… Then we decided to have it stand out more, so as [the Infinity Player] throws it, it intentionally lights up. On set we couldn’t throw anything at Cristin, so some tracking markers were put on her top where it needed to land. Then we did that in CGI. When she is pulling it off her chest with her hand, the shuriken is all CGI. Because of the shape of the shuriken, we were able to have it poke through the fingers and was visible… Cristin did a convincing job of yanking the shuriken out.” —James MacLachlan, Visual Effects Supervisor A cross between 2001: A Space Odyssey and Cast Away is the otherworldly planet where the digital clone of James Walton (Jimmi Simpson) is found. “We got on a train and went to the middle of Anglesey [island in Wales] to a copper mine,” MacLachlan recounts. “The copper mine was absolutely stunning. It’s not as saturated. You’re a good 50 meters down, and there were little tunnels and caves where over the years things have been mined and stopped. We found moments that worked for the different areas. It was shot there, and we augmented some of it to help sell the fact that it wasn’t Earth. We put in these big beautiful arches of rock, Saturn-like planets up in the sky, a couple of moons, and clean-up of giveaways.” The blue teleportation ring was practically built and digitally enhanced. Set pieces were LiDAR scanned. “What was interesting about the ice planet [was that] the art department built these amazing structures in the foreground and beyond that we had white drapes the whole way around, which fell off into darkness beautifully and naturally because of where the light was pulled by Stephan Pehrsson [Cinematographer],” MacLachlan states. “On top of that, there was the special effects department, which was wafting in a lot of atmospherics. Some of the atmospherics were in-camera and others were augmented to even it out and boost it in places to help the situation. We did add foreground snow. There is a big crane shot in the beginning where Unreal Engine assisted in generating some material. Then we did matte painting and set extensions beyond that to create a larger scale and cool rock shapes that were on an angle.” The jungle setting was an actual location. “That’s Black Park [in England], and because of the time of year, there are a lot of protected plants. We had a couple of moments where we weren’t allowed to walk in certain places. There is one big stunt where Nanette steps on a mine, and it explodes her back against a tree. That was a protected tree, so the whole thing was wrapped in this giant stunt mat while the stunt woman got thrown across it. Areas would be filled in with dressed plants to help the foreground, but we got most of the background in-camera. There were bits of clean-up where we spotted crew or trucks.” Large-scale and distinct rock shapes were placed at an angle to give the ice planet more of an alien quality. An exterior space shot of the USS Callister that is entirely CG. Twin versions of Nanette Cole and James Walton appear within the same frame. “Literally, we used every trick in the book the whole way through. Stephan and I went to see a motion control company that had a motion control camera on a TechnoDolly. Stephan could put it on his shoulder and record a move on a 20-foot crane. Once Stephan had done that first take, he would step away, then the motion control guys would do the same move again. You get this handheld feel through motion control rather than plotting two points and having it mechanical. You get a wide of a scene of clone Nanette in a chair and real Nanette standing in white, and you’ll notice the two Waltons in the background interacting with one another. Those shots were done on this motion control rig. We had motion control where we could plot points to make it feel like a tracking dolly. Then we also had our cameraman doing handheld moves pushing in and repeating himself. We had a wonderful double for Cristin who was excellent at mirroring what she was achieving, and they would switch and swap. You would have a shoulder or hair in the foreground in front of you, but then we would also stitch plates together that were handheld.” The USS Callister approaches the game engine situated at the Heart of Infinity. A homage to the fighter cockpit shots featured in the Star Wars franchise. USS Callister flies into the game engine while pursued by other Infinity players. A major story point is that the game engine is made to look complex but is in fact a façade. A copper mine served as the location for the planet where the digital clone of James Walton (Jimmi Simpson) is found. Principal photography for the jungle planet took place at Black Park in England. The blue skin of Elena Tulaska (Milanka Brooks) was achieved with practical makeup. Assisting the lighting were some cool tools such as the teleportation ring. “We had this beautiful two-meter blue ring that we were able to put on the ground and light up as people step into it,” MacLachlan remarks. “You get these lovely reflections on their visors, helmets and kits. Then we augmented the blue ring in visual effects where it was replaced with more refined edging and lighting effects that stream up from it, which assisted with the integration with the teleportation effect because of their blue cyan tones.” Virtual production was utilized for the main viewscreen located on the bridge of the USS Callister. “In terms of reflections, the biggest boon for us in visual effects was the LED wall. The last time they did the big screen in the USS Callister was a greenscreen. We got a small version of a LED screen when the set was being built and did some tests. Then we had a matte painter at Territory Studio create some generic space looks like exteriors of planets in pre-production. We gave those to Union VFX who animated them so the stars gently drifted and the planets would slowly rotate. Everything in that set was chrome, so no matter where the camera was pointing, when we went to hyperspace or outside planets or in space, there were all of these beautiful reflections all over the surfaces of the USS Callister. What I did not anticipate is when the actors came onto the set not knowing it was going to be a LED wall. Their reaction was enough to say that we had made the right choice.”