Tsarevna News

[p]Sound doesn’t just exist in TSAREVNA — it lives there. Every whisper of the wind, echo in a corridor, or muffled voice behind the wall obeys its own physical laws. Just as our in-game physics simulate mass and weight, our soundscape follows the acoustic logic of the real world.[/p][p]To achieve this, we use Wwise Spatial Audio — a system that allows us to simulate the real behavior of sound within complex virtual spaces. The result? An environment that feels alive — sound that truly belongs to the world it inhabits.[/p][h3]Building the Acoustic Geometry[/h3][p]Each location in TSAREVNA starts with a layer of acoustic geometry — invisible structures defining the shape, volume, and materials of rooms, halls, and corridors. This is the physical framework that gives sound its “home.”[/p][h3]Defining the Sound Profile[/h3][p]Every space has its own acoustic identity:[/p]

• [p]A room tone that sets its baseline atmosphere,[/p]
• [p]A reverb preset tuned to its size and material,[/p]
• [p]And the absorption strength of its virtual walls.[/p]

[p]A grand temple hums differently than a tight stone tunnel — and that difference tells a story.[/p][p][/p][h3]Portals: Letting Sound Flow[/h3][p]Rooms are connected through portals — invisible thresholds that let sound “travel” between spaces.
Imagine standing indoors during a storm: you hear the wind howling outside. Step through the door, and suddenly, the full chaos surrounds you.[/p][p]That’s exactly what portals do — they let players feel the transition from one space to another.[/p][h3]Reflections and Occlusion[/h3][p]Wwise’s built-in ray tracing system calculates how sound bends, reflects, or fades when blocked by geometry.[/p][p]Standing behind a corner, you’ll hear a muffled echo instead of a direct sound — creating that subconscious sense of distance and realism.[/p][h3]From Ambisonics to Stereo[/h3][p]For ambient layers, we use Ambisonic audio instead of traditional stereo.
While stereo only spreads sound left to right, Ambisonics carries information across three spatial axes — up, down, front, back — plus a global field.[/p][p]This means ambient sounds don’t just surround you — they breathe around you. As the player moves, the audio field shifts naturally, making even static background noise feel alive and reactive.[/p][h3]The Result[/h3][p]This multi-layered approach allows us to craft an atmosphere that doesn’t just decorate the world of TSAREVNA — it defines it.[/p][p]The hum of an ancient hall, the echo of a distant storm, the muffled chant through stone walls — all of it works together to tell the story without a single word.[/p][p]✨ Add TSAREVNA to your Steam wishlist — and be ready to hear the world come alive.[/p][p]
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[p]At the edge between the living and the dead — where the idols of Mokosh greet the traveler — stands the hut of Baba Yaga. Perched on chicken legs, it rises like pillars for the soul, echoing ancient rites of sky burials.[/p][p]Inside burns a stove. Not just a source of warmth, but a symbol of the womb — of rebirth through fire.
In old rituals, sick children were placed inside the warm oven to be “born again” and break their ties with the otherworld.[/p][p][/p][p]Behind the stove hides the Domovoi — the spirit of the house, the forgotten ancestor guarding the threshold.[/p][p]Red threads stretch through the hut, reminding of the Valkyries who wove the names of heroes, and of Mokosh, the goddess of fate.[/p][p]Here, the fragments of bodies become symbols of power: the Slavs believed that the soul could dwell in eyes or hands — and so the remains of the dead could heal or protect.[/p][p][/p][p]🎭 Add TSAREVNA to your Steam wishlist — there are still many secrets waiting to be uncovered.[/p]

[p]Transparency is one of the most complex aspects of rendering. Particles, smoke, magic effects, and glass don’t follow the usual lighting rules. Making them look natural is a challenge — even for large studios.[/p][p]In TSAREVNA, we use a system called Translucency Lighting Volume (TLV) — it allows light to interact correctly with translucent materials without turning the GPU into an oven.[/p][p][/p][h2]The Transparency Problem[/h2][p]Most modern games use Deferred Rendering.[/p][p]In the first stage, the engine builds a G-Buffer — a set of textures that store information about the scene’s geometry: normals, depth, materials, albedo, and so on. Lighting isn’t calculated yet; it’s applied later, all at once, to the finished buffer.[/p][p]This approach works perfectly for opaque surfaces — but not for transparent ones.
The reason is simple: transparent materials can’t be properly written to the G-Buffer because the background is visible behind them. That means they have to be drawn on top of an already lit scene, without participating in the main lighting system.[/p][p][/p][h2]The Solution: Translucency Lighting Volume[/h2][p]To make transparent objects look natural, we use Translucency Lighting Volume (TLV).[/p][p]The engine creates an invisible 3D grid around the camera. Each cell in this grid stores lighting information — direction, intensity, color, and reflected light sources (for example, the red glow of a torch or the blue shimmer of a magical portal).[/p][p][/p][p]When a transparent object is rendered, it doesn’t calculate lighting from scratch.
Instead, it simply samples the nearest TLV cell and uses the precomputed lighting data.[/p][p]This greatly reduces GPU load, especially in scenes filled with particles, smoke, magic effects, and post-processing.[/p][p][/p][h2]Quality Settings[/h2][p]The resolution of the TLV directly affects the quality of transparent lighting:[/p]

• [p]High resolution — used in cutscenes and cinematic moments for maximum precision and light depth.
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• [p]Medium / Low resolution — used in combat and gameplay for better performance without noticeable visual loss.
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[p]In TSAREVNA, this system powers the glow of spells, scattered magical light, and semi-transparent materials — from ethereal fog to shimmering enchantments.[/p][p]We’ll continue introducing similar technical improvements as development goes on.
Stay tuned for more dev diaries — there’s plenty of visual magic ahead[/p]

[p]Asset creation is one of the most important and mesmerizing stages of development. [/p][p]At this stage, cubes, planes, and primitives gradually transform into walls, columns, and entire spaces, bringing the world of Tsarevna to life. [/p][p][/p][previewyoutube][/previewyoutube][p]Every detail goes through a journey from a simple technical shape to a living part of the world. Step by step, we fill the game with architecture, meaning, and story. [/p][p][/p][p]Follow our dev diaries. There’s still plenty of behind-the-scenes magic to come in the making of Tsarevna 👑[/p]

[p]We have decided to make the playtest even more exciting and larger in scale to get the most out of our interaction with players![/p][p][/p][p]That is why, while we are preparing an expanded version for the playtest, it will be closed for the time being, with individual access for streamers. If you want to immerse yourself in the Tsarevna universe soon, have a blog or stream on your channel, then send your application to 👉 [email protected], tell us about yourself, and leave a link to your channel. We will definitely consider your participation in the first playtest.[/p][p][/p][p]We have already received 14,657 applications to participate. Standard distribution of access will begin later. We are aiming for the end of November. Stay tuned for news![/p][p]
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