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Stand out from the crowd with Real3D

• LG's Android highlights

• 3D without glasses – The LG Optimus 3D series

• Make it 3D – The LG Real3D Engine

• Real3D SDK hands-on

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LG's Android Engagements

'06, Jan

'07, Nov

'09, Oct

'10, Q4

'11, Q1

'11, Q2

'11, Q4

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4X

4

5

(M Units)

20122010

Booming of 3D TV Sales

23.4M54.2M

159.2M*

1.5M

2011 2015* Worldwide 3D TV Shipment Forecast, iHS iSuppli Research

52% of TV market share

3D content from users

Nintendo 3DS3D cameras LG Optimus 3D

3D content for TV

(# of Movies)

3D content from Movie Studios

2011

100

2010

50

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2009

Why we believe in 3D

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FULL 3D EXPERIENCE 3DSharing

3DViewing

3DRecording

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FULL 3D EXPERIENCE 3DSharing

3DViewing

3DRecording

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FULL 3D EXPERIENCE 3DSharing

3DViewing

3DRecording

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SUPERPHONE PERFORMANCE DUALMEMORY

DUALCORE

DUALCHANNEL

MEMORY

CORE 1

CORE 2

CURRENT DUAL CORE SYSTEM

BURDEN ON A SINGLE CHANNEL & SINGLE MEMORY

BOTTLENECK EFFECT

CORE 1 CORE 2

DUAL CORE/DUAL CHANNEL/DUAL MEMORY

IMPROVED PERFORMANCE & RUN-TIME COMPARED TO 1GHz DUAL-CORE SMARTPHONES

2x BETTER GRAPHICS PERFORMANCEBETTER MULTI-TASK BETWEEN APPLICATIONS

MEMORY 1 MEMORY 2

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SUPERPHONE PERFORMANCE

DUALCORE

DUALCHANNEL

DUALMEMORY

FULL 3D EXPERIENCE

3DRecording

3D Viewing

3DSharing

FULL 3D EXPERIENCE

3DRecording

3D Viewing

3DSharing

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3D STEREOSCOPY: TECHNOLOGY

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3D StereoscopyBasic Principle

Left eye Right eye

By showing independent images to each eye, it is possible to createa sense of depth. (binocular parallax)

Display Display Display

[Zero parallax]on the screen (zero depth)

[Negative parallax]in front of the screen

[Positive parallax]behind the screen

Left eye Right eye Left eye Right eye

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3D StereoscopyKnown technologies

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L R L R L R LR L R L R L R

Right eye Left eye

Barrier layer

LCD layer

3D Stereoscopy without GlassesActive switchable barrier display of LG Optimus 3D

Note: This technology requires a certain distance and viewing angle to achieve the optimum 3D effect. Also, it works only in one orientation, e.g. in landscape mode but not in portrait mode.

R

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SavingCapturing Composing

3D StereoscopyFrom display to content

LL RRL R

Supp. Enh. Information

Process left/right images + 3D informationGet left and right images from camera Save as standard media file

L R

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Formatting

Apply formatting as provided in SEI-Element

3D StereoscopyFrom content to display

Supp. Enh. Information

Loading

Read the file-elements

Display

Display 3D image

LL RRL R

L R

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How to apply Real3D to your application?

• Let Real3D convert on-the-fly (3D conversion)

• Take control over the 3D experience (Real3D SDK)

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On-the-fly conversionConverting 2D to 3D using z-buffer information

Scene is rendered.

OpenGL ES

OpenGL ES

3D Conversion

Two scenes are rendered,using two different viewpoints

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• Enables developers to implement stereoscopic 3D applications & media contents.

• Provides a new target platform within ADT

• Provides a API to control the Real3D hardware.

• Provides an anaglyphic 3D emulator to test your application on your PC

The Real3D SDKCreate the perfect 3D-Experience

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In-SDK downloadDirect download

http://developer.lgmobile.com http://developer.lgmobile.com/sdk/android/repository.xml

The Real3D SDKWhere to get it

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The API and Process Overview

• The Real3D API allows you to control the Real3D parameters of the Real3D engine.

• Only difference to a ‘normal’ application is that we need to inform the device how we are composing the surface.

• The Real3D engine takes a surface holder as input and produces a final frame buffer for the screen.

2D Surface Surface Flinger 3D Surfacewith all layers

HAL

Screen output

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Frame Buffer Composition

Real3D surface

Surface flinger

2D surface

Frame Buffer

Hardware Abstraction Layer

Final Image

• Real3D surface is defined and waits for end of frame rendering into the surface.

• When rendering is finished, surface flinger will compose the final image for the frame buffer.

• Hardware Abstraction Layer will convert the image into the format required by the screen.

i.e. for a Column-Barrier 3D-LCD the Frame buffer will contain an interleaved image of scene.

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// Create Real3DInfo class instance and define surface format.Real3DInfo mR3DInfo = new Real3DInfo(true, REAL3D_TYPE_SS,

REAL3D_ORDER_LR);

// Create Real3D object instance, and pass in a surface holder.Real3D mReal3D = new Real3D( mSurfaceView.getHolder() )

// Pass the surface format to the Real3D object.mReal3D.setReal3DInfo( mR3DInfo );

API Usage / Initialization

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OpenGL Example

• Overview

• Sample Code

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• Initialization of Real3D OpenGL remains the same as other OpenGL applications

• Scene rendering involves more a few more steps

• Two images of a scene need to be created and rendered into the correct part of the surface – left and right

• This is typically a two step process for each eye• Setup viewport / camera• Render frame

OpenGL Applications

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Let’s take a look at the SDK OpenGL Sample code ..

SDK Sample Code

MainActivity.java

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Let’s take a look at the SDK OpenGL Sample code ..

SDK Sample Code

GLTestRenderer.java

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New Features in Real3D 2.3

Three new features were introduced in the latest SDK version:

1. Compensation of Brightness

To allow direct control of the brightness of each pixel, a new API for brightness has been introduced.

2. View Mode Toggle (API Function)

Can handle 3D button presses to toggle between 2D and Real3D rendering mode.

3. Modify convergence based on z-buffer values

Manually set the focal depth of your scene.

29Date or Presentation Name (Grey, 10 Pt, Verdana - optional)

Q&A

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http://developer.lgmobile.com

www.lgworld.com

Thank you.