Editor overview: PostProcessEditor

Supports next post-effects:

+ Bloom
+ DepthOfField
+ MotionBlur
+ ColorCorrection
+ SSAO
+ Material
+ Haze
+ And more.

Screen shots:

Editor overview: SkeletalMeshEditor

+ Animations.
+ Setting animation segments directly by hands.
+ Sockets with previews.
+ Feedbacks (play sound, call script function, attach mesh, attach partices system, more) on setted frame or time.
+ Lods. Change of amount of bones and triangles, animation update frequency, depending on ScreenFactor.
+ And more.

Screen shots:

Editor overview: MaterialEditor updates

Post about MaterialEditor: http://whatdreamswaycome.blogspot.com/2010/01/editor-overview-nodes-based.html

New:
1. Built-in CurvesEditor to flexible control shader input - Float and the Float4 variables.
2. Added Diffuseness, Ambient, LightingMask material inputs.
3. Added new properties to material.
4. Original appearance is a bit changed.
5. Material expressions can change a size.
6. Added new material expressions: If, For, While, Arrays, etc.
7. Arrow heads to the connections lines.
8. New menu items.
9. Faster compilation.
10. The generated code can be viewed and extremely changes by hands.
11. And more.

Screenshot:

Static Lighting with GI

I'm currently working on implementing a static lighting with global illumination. Here are some results, baked high resolution shadows from multiple light sources of different types plus Radiosity Normal Mapping. GI comming soon.

Editor overview: LensFlaresEditor

+ Any materials can be used in the one flare.
+ Flexible options that depend on flare offsets/distance (color/alpha/rotation/size/etc)
+ Not limited number of flares in one effect.
+ And more.

Screenshots:

Editor overview: ParticesEditor

Features:

+ Built-in CurvesEditor allows to modify any values how you want.
+ You can create how many you want emittors with any materials and mashes.
+ Editor support PhysX fluids, and dynamic particles collision.
+ And more.

Screenshots:

Editor overview: nodes-based MaterialEditor

Can be setted
+ Phong, Cook-Torrance, Anisotropic lighting models.
+ Different blending modes.
+ Back face material.
+ Motion blur amount.
+ Radiosity color.
+ and more.

Unlike ue3, it can be generates also vertex and geometry(dx10) shaders.

Screenshots:

A few screenshots

Forward Shading:

First Demo

Reference deleted. Now I'm doing a larger-scale demo.

Video from coming demo

Path nodes plus character animation blending

Around Of Level 3 (Captured video)

Around Of Level 2 (captured video)

Streaming

Successfully implemented texture and mesh streaming, 
significantly reduced the cost of memory, 
the game world can now be much larger and detailed!

Screen-space global illumination

Продолжается разработка Realtime Global Illumination, вот неcколько скриншотов, некоторые идеи взяты отсюда http://diaryofagraphicsprogrammer.blogspot.com/2008/06/screen-space-global-illumination.html

Shader-Art Contest?

It's here http://www.gamedev.ru/code/forum/?id=119726

My first screenshots:

Particle System (captured video)

I prepared a short video clip, which demonstrates some features of the particle system in my engine

RealTime Radiosity

Вчера встроил realtime radiosity в движок. Может не совсем radiosity, но все же.Для его работы не нужные какие-либо дополнительные расчеты.  Алгоритм одинаково работает как со статической так и с динамической геометрией. 

Вот первая небольшая демонстрация данного освещения в действии. 
Но это далеко не окончательный вариант.

Video: round of level

В другой раз постараюсь сделать видео с лучшим качеством :/

Update of engine features

Engine features updated in a first post:

http://whatdreamswaycome.blogspot.com/2008/05/features.html

Три скриншота с рабочих уровней

Работа продолжается, вот несколько скриншотов. Просто показалось красиво, особенно с далека. DOF делает свое дело :)

My Variant of Light Pre-Pass Renderer

About Light Pre-Pass Renderer you can read here:

http://diaryofagraphicsprogrammer.blogspot.com/2008/03/light-pre-pass-renderer.html

I like this idea, but I don't like reading normalmap in depth/normal pass. 

My idea to store light directions multipled withN.L, without normalmap reading. 

Geometry pass to MRT(R16F, R8G8): 
In R16F we write linear depth: 
Out.Depth = In.PositionViewSpace.z / zFar; 
In R8G8 we write view space normal:
Out.NormalXY = 0.5 + 0.5 * mul(float3(0,0,1), TBN).xy; 

R16F we need for fast post-process effects speed. 

Then lighting pass: 
 Render light volumes to MRT (A16B16G16R16F, A8R8G8B8) 
 Read depth, normal; 
 Compute LightDir, LightAttenuation and N.L; 
 Out.Dir = LightAttenuation * LightDir * N_dot_L; 
 Out.Color = InLightColor * N_dot_L; 

Then color geometry pass to a A8R8G8B8: 
 Read LightDir, LightColor from LightDirBuffer and LightColorBuffer; 
 Compute N.LightDir, R.LightDir; 
 And final light geometry;
++ Dont need read normalmap in depth/normal pass; 
-- Problems only with specular when crossings more then 2 lights; 
Your opinions? 

Here is some results:

Editor for animations blending

In English:

Editor for animations blending  is practically ready.

Now to mix up animations simpler simple. For one object can play
quite different animations of his different parts (or for separate bones), with different there is speed, in any combinations.
For example, a protagonist can simultaneously run, shoot, throw a grenade.
These animations are created separately from each other.

It is possible to manage all of this process from a scripting language or visual logic editor.

Need here yet morfing and IK :)

И на русском:

Практически готов редактор для блендинга анимаций.
Теперь смешивать анимации проще простого. Для одного объекта могут играть
совершенно разные анимации различных его частей (или для отдельных костей),
с разной скорость, в любых комбинациях. А еще костями можно двигать и без анимации.

Например, главный герой может одновременно бежать, стрелять, метать гранату. 
Причем эти анимации созданы отдельно друг от друга.

Всем этим процессом можно управлять из скриптового языка или ректора визуальной логики.

Как бы сюда еще морфинг добавить с IK :)

Subsurface scattering (SSS)

Simplest variant:
SSS = Fresnel * (LightAtt) + LightDiffuse + LightSpecular
With SSS:

No SSS:

 

New captured video from StaticMesh Editor

Results - Editor

Написание подредакторов ведется параллельно.Вот что и насколько процентов реализовано у редактора движка:

Material Editor 100%
Packs File System ~99%
Static Mesh Editor ~80%
Visual PostProcess Editor ~75%
Scene Editor (Actors Editor) ~75%
Skeletal Mesh Editor ~50%
Visual Scripting System (Destiny) ~50%
Physics Editor ~20%
Particles System Editor ~20%

First terrain with some trees

wxWidgets

Теперь редактор полностью перенесен на wxWidgets. wxWidgets - удобнейшая вещь, и не нужен C# или MFC в чистом виде.

Packs and archives

Теперь работа с файлами практически полностью перенесена на виртуальную файловую систему. Стало удобнее и быстрее работать с файлами.

Source code lines count

Недавно посчитал кол-во линий в исходниках своего движка.

In engine source code : 128580 lines
In editors source code : 25122 lines
In shaders : 11574 lines

Sky by Material Editor

sky create is very easy

Material Editor v0.9