Каскадный · [ Стандартный ] · Линейный [NSW] The Legend of Zelda: Breath of the Wild, Switch Version

[MMKyt]

Ребят такой вопрос, если у меня на консоли стоит два аккаунта, и с одного я куплю DLC в ЮАР, а буду играть в Зельду с другого аккаунта, у меня DLC будет работать?

Покупки, вроде, привязаны к консоли, а не к аккаунту.

[AleriF]

Профили переносятся по отдельности. Переносятся со своими покупками. Можно, например, покупать цифру на консоли друга, а потом купить Switch и перенести туда свой профиль с покупками.

[dimm0505]

16-й айтем:

[dimm0505]

12 декабря Nintendo будет проводить стрим посвященной игре (через NikoNiko)

We’ve got a big announcement coming in from Nintendo, as they have just announced that there will be a special live broadcast (via NicoNico) on December 12th at 9PM JST (7AM EST) that’ll strictly focus on Breath of the Wild. The show will only be presented in Japanese. There are currently no additional details in regards to the content that will be shown or talked about during the broadcast. You can, however, submit questions for a “Player’s Voice” segment during the show, which you can do until December 8th.

This stream will most likely be centered around the upcoming story DLC for Breath of the Wild, The Champions’ Ballad, as well as answering fan questions. We haven’t heard anything from the Big N in a while, so this may be their chance to finally show off anything in regards to The Champions’ Ballad.

Скорей всего стрим освятит вопросы вокруг второго DLC игры "Баллада победителей":
http://www.zeldainformer.com/nintendo-anno...-december-12th/

[dimm0505]

17 предмет:

[Infernov]

Внезапно! Видимо в честь Game of the Year: The Legend of Zelda: Breath of the Wild решили выкатить пораньше DLC2 Champions Ballad.



Новый сюжетный квест, чудо-вилка-одним-ударом-уничтожилка, новые шрайны, новой данж, новые воспоминания, новые квесты, 2 новых сета одежды, новая одежда, новая упряжка.

А как вам железный конь из марио карта?

Для начала нового сюжетного квеста нужно закончить четыре квеста, связанных с чудовищами, квест получаем на алтаре в шрайне возрождения.

Сообщение отредактировал Infernov - Пятница, 08 декабря 2017, 11:14

[decoy13]

Так дата стоит 31 декабря в ешопе. Или этот пак должен был выйти в 2018-ом?

[Infernov]

Видите надпись в ролике? Available Now - все, покупайте (если не купили) и играйте.

[decoy13]

Понял. Спасибо.

[MichaelForExample]

Это тот который с сюжетом? На виию тоже доступен?

[dimm0505]

Это тот который с сюжетом? На виию тоже доступен?

Два с половиной гига готовь на юшке =)) Во внутрянке или на USB.

[Infernov]

Теперь можно телепортироваться с лошадью.

[terek]

Супер... только недавно вспоминал.
На выходных повод вернуться на пару-тройку часов к БоТве.

[dimm0505]

Тут уже проходят во всю:

» Нажмите, для открытия спойлера «

[MichaelForExample]

Два с половиной гига готовь на юшке =)) Во внутрянке или на USB.

У меня жесткий (почти пустой ) на моей белой, которая без жесткого вообще не вариант.

[dimm0505]

На моцике против Гэнона:

[dimm0505]

Каскадёрим на моцике во втором DLC:



Сообщение отредактировал dimm0505 - Среда, 13 декабря 2017, 12:49

[dimm0505]

Немного матчасти о движке игры, все довольно солидно и интересно:
(со всеми ссылками и пруфами)

» Нажмите, для открытия спойлера «

Anyway, here's a summary of the engine's features:
Global Illumination (more specifically, Radiosity)
Local Reflections (calculated along Fresnel)
Physically-based Rendering
Emissive materials/area lights
Screen Space Ambient Occlusion
Dynamic Wind Simulation system
Real-time cloud formation (influenced by wind)
Rayleigh scattering/Mie Scattering
Full Volumetric Lighting
Bokeh DOF and approx. of Circle of Confusion
Sky Occlusion and Dynamic Shadow Volumes
Aperture Based Lens Flares
Sub-surface Scattering
Dynamically Localized Lightning Illumination
Per-Pixel Sky Irradiance
Fog inscatter
Particle Lights
Puddle formation and evaporation
Pastebin
Global Illumination/Radiosity

Observational Tip: Notice how the rock cliffs receive a green hue from the grass as the camera moves closer to that region.
https://twitter.com/brainchildlight/status/...056702825054208

(Update) So this is a pretty significant discovery

https://twitter.com/brainchildlight/status/...017478935961601

The global illumination actually does approximate multiple bounces. There's a light probe above Link's head that samples the colors from most materials in the environment. Each sampled color is then transferred and reflected in the opposite direction. What's interesting is that intensity is factored into the equation, both by which surface the probe is closest to, and how strongly it's reflecting light.

In open fields it may not look like much, but when there's multiple adjacent surfaces, the GI looks pretty damn good.

Real-time Local Reflections

Observational Tip: Look at Link's reflection compared to the Blue Lantern's reflection. Link must be on screen in order for his reflection to appear, whereas the blue lantern does not need to be on screen in order for its reflection to appear.
https://twitter.com/brainchildlight/status/...820467718676480

(Update) Local reflections solved!

https://twitter.com/brainchildlight/status/...216145018429443

So Shrine materials have an extra layer of gloss reflections, but they use the same reflection model for outside reflections as well. No wonder this was so confusing!

With glossy materials, the reflections of everything is captured in screen space (SSR). With non-glossy materials, which is pretty much all outside materials, reflections of the environment are captured with a technique that's pretty much identical to the scene capture 2D technique used in Unreal Engine 4. I don't know what Nintendo is calling it internally, but let's just call them scene captured 2D reflections. Basically, a virtual camera (with its own frustum and FOV) sits just above Link's head and always faces towards the horizon of the main camera, regardless of Link's orientation (this allows for limited off-screen reflections). The captured images are then fed into the materials producing the reflections, like a live broadcast signal to a TV. What this means is that the feed of the image is projected in real-time at whatever frame rate the game runs at (30 fps). This allows different elements of the materials to be updated without waiting on a new capture. However, the actual capture itself is updated at a much lower fps (~4-5fps). You can see this in action whenever the scene capture camera moves from its absolute position. Before the capture reflection is updated, the current capture moves within the material (let's say, water) to wherever the camera moves, in real time (30fps). However, once the material receives an updated capture, the reflection is corrected. The delay in this correction is where we can get a true sense of the capture updates as the trail along the material (~4-5 fps).

You can learn more about this capture technique here:

https://docs.unrealengine.com/latest/INT/Re...eflections/1_7/

https://twitter.com/brainchildlight/status/...439281890467840

You can see here that the outdated reflection still smoothly tracks with Link's movement. No stutter whatsoever. Then, when a new capture updates, the reflection is corrected. This works differently than a reflection map, which only updates the reflection when the map itself updates. Here, the captured reflection is clearly out of date, but it's still changing it's position at 30fps.

You can also get a sense of the capture camera's FOV here:

https://twitter.com/brainchildlight/status/...441884506435584

It totally makes sense now why all the non-emissive materials only reflected along Fresnel. With these reflection techniques, those are the only angles where it could work right!

I ran into this archway and realized that it was the perfect setup to measure the FOV of the capture cam:

https://twitter.com/brainchildlight/status/...737666665201664

Combined with some basic trigonometry


I estimate the horizontal FOV to be at about 115º. Before Link even walks through the archway, the reflection of the archway is already off-screen, meaning it has exited the FOV of the capture cam, so we know it's definitely not a 180º FOV because if it was, the reflection of the archway would still be well in view.

You can also see that when the camera is several feet away and perpendicular to the archway, the reflection is slanted and scales with FOV, which allows us to visualize how wide it is. It's measure relative horizontal FOV of the scene capture camera.

I want to reiterate though that this is rough estimate, so I could be off by 10 degrees or so, but there are angles that would be impossible with this FOV, so by process of elimination, we at least have a ball park.

Physically-based Rendering

Observational Tip: Notice how the green light source on the wood of the barrel appears to be the same at all angles, while the same green light source appears to change its reflection on the metallic barrel hoops (the metal circles on the barrel) with respect to the camera angle.
https://twitter.com/brainchildlight/status/...095485305995265

Emissive materials and area lights

Observational Tip: Look at the shape of the light being cast from the fire sword. It matches the shape of the sword itself, though the intensity of the light will depend on how close the sword is to the surface it's illuminating.
https://twitter.com/brainchildlight/status/...080618654167040

Screen Space Ambient Occlusion

Observational Tip: Look for the dark, shadowy noise patterns in the cracks and crevices of the walls when viewed from head on. This same noise pattern outlines Link's silhouette from this angle as well.
https://twitter.com/brainchildlight/status/...108670444535808

Dynamic Wind Simulation System

Observational Tip: If you watch closely, you can see here how the directional flow of both the grass and clouds match the direction in which the wind changes.
https://twitter.com/brainchildlight/status/...115873306075137

Real-time cloud formation

Observational Tip: Notice how the cloud particles in the sky sporadically gather together.
https://twitter.com/brainchildlight/status/...935088606359552

Rayleigh Scattering/Mie Scattering

Observational Tip: Notice how the different hues of orange and red in the sky reflect on the environment with the same colors. Although not shown in the video, the light scattering of the sky illuminate the environment and water with other colors as well, depending on how the light is scattered.
https://twitter.com/brainchildlight/status/...122120029716480

Observational Tip: Note the snow's change in color as the sun sets.
https://twitter.com/brainchildlight/status/...448814060007424

Observational Tip: There are at least 5 sources of distinct reflections in the water in the beginning of this video. The Shrine (blue), the hills (green), the flag (dark silhouette), the sky (orange) and the sun (pink). The hills and the flag are reflected through SSR, the shrine and the sun are reflected through specular lighting (and they're both specular highlights), and the sky is reflected through specular lighting as well, but it's not a specular highlight. As a rainstorm precipitates, the changes in reflections are completely dynamic. Sky Occlusion from the dark clouds changes the illumination from the Rayleigh scattering in the sky in real time. Eventually, the orange skylight can no longer reach the water's surface so it fades out, but the sun persists as it hasn't been completely blocked out. However, with so much mie scattering in the sky, the sun's color has changed from pink to white! Even still, the clouds eventually prove to be too much for the sun, blocking it out completely, leaving the light from the shrine and partial reflections of the hills.
https://twitter.com/brainchildlight/status/...470292444889089

Full Volumetric Lighting

Observational Tip: Notice how the light shafts are created as they peer through the shadows cast by the large building structure.
https://twitter.com/brainchildlight/status/...950850519883776

Bokeh DOF and approx. of Circle of Confusion

Observational Tip: Pay attention to the reticle of the camera and the shiny blue lights on the metal boxes. When the camera focuses on distances far away from the light sources, the light sources become more blurry and also appears larger. The opposite happens when the camera focuses directly on the light sources. The circles shapes that the blue lights transform into are known as the Bokeh effect.
https://twitter.com/brainchildlight/status/...644697037668354

Sky Occlusion and Dynamic Shadow Volumes

Observational Tip: Watch how the stark, hard shadow of the Flag becomes softer and starts to receive more color from the ambient light term as the storm precipitates.
https://twitter.com/brainchildlight/status/...505245753196545

Observational Tip: Pay attention to how the movement of the Flag correlates to the light shafts that are produced. The dark regions in between the light shafts come from the shadow volume of the flag. The dynamic contortion of the flag tells us that these shadow volumes are generated on the fly.
https://twitter.com/brainchildlight/status/...511124963573760

Aperture-based Lens Flares

Observational Tip: You can see that even though the sun is off-screen, the lens flares (circular light artifacts) are still present. More importantly, the shape, size, and clarity of the lens flares scale with the level of camera zoom.
https://twitter.com/brainchildlight/status/...161582841413632

Sub-surface Scattering

Observational Tip: Note how light from inside the stable can be seen diffusely illuminating the outer surface. Link's shadow on the roof is also illuminated by the light from inside, but not when he's on the ground.
https://twitter.com/brainchildlight/status/...170345962999808

Update: An additional look into SSS:
https://twitter.com/brainchildlight/status/...103546080477184

Observational Tip: Note how the surface material becomes more opaque as it receives more light, obscuring the internal material.
https://twitter.com/brainchildlight/status/...179053476519936

Observational Tip: Note how the surface material becomes less opaque as it receives less light, revealing the internal material.
https://twitter.com/brainchildlight/status/...184586711408640

Dynamically Localized Lightning Illumination

Observational Tip: Note the change in size, direction, and contrast of the shadows with each lightning strike.
https://twitter.com/brainchildlight/status/...439303047929857

Per-Pixel Sky Irradiance

Observational Tip: Well, your supposed to be able to see the stars come out as the sun sets but Twitter compression made sure that didn't happen, lol.
https://twitter.com/brainchildlight/status/...460003892609024

Fog Inscatter

Observational Tip: Note how the fog on the mountain has taken on the color of the available light in the environment and also appears to have volume.
https://twitter.com/brainchildlight/status/...504676677926912

Particle Lights

Observational Tip: Note how the glowing embers move independently in 3D space, irrespective of the camera.
https://twitter.com/brainchildlight/status/...527008184213504

Observational Tip: Snow particles are rendered as particle lights in BOTW. An approach that gives the snow particles the illusion that they're reflecting sunlight. It could also simply be an artistic choice.
https://twitter.com/brainchildlight/status/...529213087989760

Observational Tip: Note how the fire flies illuminate the surfaces they are close to.
https://twitter.com/brainchildlight/status/...530394740760576

Puddle formation and evaporation

Observational Tip: Watch how the water basin 'fills up' with water when it starts to rain.
https://twitter.com/brainchildlight/status/...536138336768000

Observational Tip: Watch how the water 'evaporates' when it stops raining and the sun comes out.
https://twitter.com/brainchildlight/status/...541047799070720

Pastebin
I actually went back to look at some of the game's code from the text dump and it pretty much confirms everything that I posted, lol. I suppose I should have done that first instead of investigating the engine during gameplay. Would've made my life a lot easier!

Here's the pastebin:https://pastebin.com/Jc9b0BCp

And with that, this analysis has been concluded. As always, if you have any questions about the information provided in this post, feel free to let me know.

[dimm0505]

С этим моциком у моддеров началась какая-то вакханалия:

[dimm0505]

"Осемнадцатый предмет":