Barco WB2560 Image Processor User manual

an introducon to the processors,

use and set up

user’s guide

Mul

Image

Processing

System

www.projectiondesign.com

an introducon to the processors,

use and set up

user’s guide

Mul

Image

Processing

System

Designed and manufactured in Fredrikstad, Norway.

english

2Multi image processor User’s Guide – Introduction

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1 Introduction

1.1 Thank you

Thank you for purchasing a Multi image processing system processor.

The Multi image processing systems WB2560 and WB1920 are state-of-the-art image

processing engines for the combination and setup of multiple projectors in order to create

one, large, seamless image. By combining multiple projectors, images with unprecedented

resolution and ﬁdelity can be created.

The multi image processing system processors feature unique functionality and unmatched

compatibility, and are perfectly tailored to working with projectiondesign projectors for use in

multi-image environments.

1.1 Features

• Geometry correction

• Blending and overlap

• 2560x1600, and 1920x1200 models available

• User selectable algorithm setups

• 4x4 Lanczos scaling

• Bi-linear scaling

• B-cubic scaling

• Project onto any surface

• Zero, or near zero latency, depending on set up and conﬁguration

• 3D stereo compatible, up to 1920x1200 on WB2560, and 1280x800 on WB1920

• Patented Black Level Matching for uniform black levels

• Per-pixel Colour-, Uniformity-, and brightness matching

• 12-bit internal resolution

• Dual-Link DVI-D in / out

• All control through Ethernet

• Built-in power supply for easy power management in large racks

• Integrates seamlessly with projectiondesign ProNet multi image processing system

software setup suite

• Rack mount, ½ width, 1U height

• Unlimited scalability and channel count

• Fully transparent to source, no special software or source requirements

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4Multi image processor User’s Guide – Introduction

Contents of this User’s Guide

1 Introduction 3

1.1 Thank you

1.1 Features

2 SAFETY 7

2.1 GENERAL WARNINGS

2.2 WEEE INFORMATION

2.3 WARNING ABOUT SUBSTANCES

2.3.1 WARNING SYMBOLS

3 What’s in the box? 9

3.1 The multi image processing system comes with the following:

4 Installation and setup 11

4.1 System requirements

4.2 System overview

4.3 Connectors

4.4 LED indicators / Front button

4.5 Network settings

4.6 Firewall settings

4.7 Software

4.8 Mounting the multi image processing system processor in rack

5 Getting to know the GUI 15

5.1 ProNet.site

5.2 WB Calibrator – Device View

5.2.1 Creating and saving a multi image processing system setup project

5.2.2 Backing up and restoring calibration

5.2.3 Adding multi image processing system units to a project

5.2.4 Using the Device View Toolbar, DVT

5.2.5 Clearing calibration

5.2.6 Notiﬁcations and advanced network settings

5.2.7 Performing software upgrades

5.2.8 Controlling EDID information

5.3 WB calibrator – Calibration View

5.3.1 Using the Calibration View Toolbar (CVT)

5.3.2 Selecting/deselecting multi image processing system units

5.3.3 Using the Calibration Panel Toolbar (CPT)

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5.4 Multi image processing operational states

5.4.1 Bypass states

5.4.2 Calibration state

5.4.3 Online state

5.4.4 Auto state

6 Geometry correction 27

6.1 Warping algorithms

6.1.1 Perspective

6.1.2 Mesh Warp Transform

6.1.3 Mesh Warp Bezier

6.2 Warping user interface

6.3 Scaling ﬁlters

6.3.1 Lanczos ﬁlter

6.3.2 B-spline ﬁlter

6.3.3 C-spline ﬁlter

6.3.4 Linear interpolation ﬁlter

6.4 Working with the perspective algorithm

6.5 Working with the Mesh Transform algorithm

6.6 Working with Mesh Bezier algorithm

6.7 Fine tuning control points

6.8 Real Time Warp

7 Edge blending 35

7.1 Introduction

7.2 Edge blending algorithms

7.2.1 Basic edge blending

7.2.2 Advanced edge blending

7.2.3 User interface for basic edge blending

7.2.4 User interface for advanced edge blending

7.2.5 Adjusting the shape of advanced edge blending zones

7.2.6 Adjusting the advanced blend drop-off curve

8 Test patterns 41

8.1 Circle test pattern

8.2 Grid (Pixel) test pattern

8.3 Grid (Angle) test pattern

8.4 Turning test patterns on and off

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6Multi image processor User’s Guide – Introduction

9 Black Level Management 45

9.1 Creating adjustment zones

9.2 Removing BLM zones

9.3 Adjusting black level in a deﬁned zone

10 Masking 49

10.1 Adding areas to clip

10.2 Removing clip areas

11 Storing and recalling data 53

11.1 Storing/recalling calibration to/from the multi image processor unit

11.2 Storing/recalling data to/from the control PC

11.2.1 Restoring calbration ﬁles

11.3 Accept calibration

12 Technical speciﬁcations 57

12.1 Electrical

12.2 Mechanical

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2 SAFETY

This device complies with safety regulations for Information Technology Equipment intended

to operate in “normal” environments (ofﬁces and homes). Before using the device for the ﬁrst

time, please read the safety instructions thoroughly.

2.1 GENERAL WARNINGS

Use only the cables and cords supplied with the device or original replacement cables. Using

other cables or cords may lead to malfunction and permanent damage of the device.

Always use 3-prong / grounded power cord to ensure proper grounding of the device. Never

use 2-prong power cords, as this is dangerous and could lead to electrical shock.

Never open the device. The device contains no user serviceable parts. Refer all repairs to

qualiﬁed personnel only. Make sure that no objects enter into the vents and openings of the

set.

Do not spill any liquids on the device or into the vents or openings of the device.

Always remove protective plastic covering the device before operating the device.

Only place the device on a stable surface, or mount it securely in a rack.

Do not drop the device.

The device can be used as desktop or rack mounted with the certiﬁcation labels facing

down. Any other mounting directions are not allowed. When rack mounted, care must

be taken to keep ventilation on back and front sides open. Operating the device in other

positions may lead to overheating, resulting in malfunctioning.

Always allow ample airﬂow through the device. Never block any of the air vents. Never

cover the device in any way while running. Allow for sufﬁcient distance to walls and other

obstructions to avoid overheating.

Minimum safety distance to front or rear of the device is 20 cm (8”) to rear and 5 cm (2”) to

front.

The device is designed for indoor use only. Never operate the device outdoors.

Do not operate the device outside its temperature and humidity speciﬁcations, as this may

result in overheating and malfunctioning.

Only connect the device to signal sources and voltages as described in the technical

speciﬁcation. Connecting to unspeciﬁed signal sources or voltages may lead to malfunction

and permanent damage of the device.

2.1 WEEE INFORMATION

This product conforms to all requirements of the EU Directive on waste electrical and

electronic equipment (WEEE). This product should be recycled properly. It can be

disassembled to facilitate proper recycling of the individual parts.

Consult your dealer or relevant public authority regarding drop-off points for collection of

WEEE.

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8Multi image processor User’s Guide – Safety instructions

2.1 WARNING ABOUT SUBSTANCES

This product contains chemicals, including lead, known to the State of California to cause

birth defects or other reproductive harm. Recycle properly, do not dispose of in ordinary

waste!.

2.1.1 WARNING SYMBOLS

READ USER GUIDE Attention! Read the user guide for further information!

RECYCLE Warning! Recycle properly, do not dispose of in ordinary waste!

NO TELEPHONE Warning! Do not connect to telephone lines!

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3 What’s in the box?

3.1 The multi image processing system comes with the following:

Multi image processing system unit

Power Cable (Country Dependant)

2x Dual Link DVI cables

CD with software

Network cable

User Documentation

Please verify that you have all compoents upon unpacking the unit, and its contents.

Please save packaging materials for future use, should it be necessary to ship the unit.

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10Multi image processor User’s Guide - What’s in the Box?

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4 Installation and setup

The following section outlines the general requirements to supporting equipment in order to

run the ProNet Calibrator and successfully setting up a multi image based projection system.

4.1 System requirements

ProNet 2.0 – required to set up and operate multi image processing system processors,

works with Microsoft Windows® operating systems only. The following versions are sup-

ported:

• Windows XP (32-bit only), SP xx or

• Windows Vista (32- or 64-bit)

• Windows 7 (32- or 64-bit)

In addition, Microsoft .NET Framework 3.5 or later must be installed.

Any standard computer capable of running the above operating systems should work, but for

best performance, the computer running ProNet 2.0 should have at least:

• Intel® Dual Core™ architecture or similar.

• 2 GB of RAM

• 200 MB of free disk space

• 1.0 Gigabit Ethernet interface

Note! For the ProNet application to be displayed correctly, 96 DPI must be used (Windows

Default).

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12Multi image processor User’s Guide – Installation and setup

4.2 System overview

A multi image processing system contains the following main components:

• An Image Generator (IG) with one or more channels (outputs) (not provided by

projectiondesign).

• One multi image unit per channel

• One projector per channel

• A PC for setup and control

• Optional CAD tool for designing systems (not provided by projectiondesign)

Figure 4-1 shows a complete system overview of a multi image processing setup.

Figure 4-1. Multi image processing system overview

4.3 Connectors

Connector Panel:

• Powerconnector/switch

• 2xDVI-connectors

• LAN-connector

• RS232-connector(for service only - do not use)

• KensingtonLockslot

Figure 4-2. Connector panel

PROCESSOR

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4.4 LED indicators / Front button

The front button and the Power and Status LED-indicators on the processor front panel have

the following functions:

Front button: Power LED: Status LED:

Push 1 time:

Show info on screen

(visual ID/IP/present serial no.)

BLUE: ON GREEN: ON

Push 3 times: Reboot

BLUE: Blinking

•Bootingup

GREEN: Blinking

•DVIINnotvalidand/or

•NetworknotOK

Press and hold

5 seconds:

Network reset

YELLOW: Blinking

•Upgradingsoftware

RED: ON

•Temperaturetoohigh

Press and hold

15 seconds:

Factory reset

Figure 4-3. Front button and LED-indicators

4.5 Network settings

For optimum performance during calibration, a 1.0 Gbps Ethernet connection is

recommended. 100 Mbps will also give adequate performance.

The communication between the control PC and multi image processing system units is

based on a bidirectional XML protocol. We recommend that any ﬁrewall between Control PC

and multi image processing system units should be disabled.

Multi image processing system processors support DHCP in a network environment. Static

IP addresses can be set if there is no DHCP server available. Processors also support Zero

conﬁguration networking (zeroconf).

Note! It is recommended that the multi image processing system processors and the

ProNet Control PC are run in a dedicated network environment.

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14Multi image processor User’s Guide – Installation and setup

4.6 Firewall settings

The multi image processing system processor communicates extensively on the network. In

order for it to communicate freely with the ProNet application, the following ports must be

open in the ﬁrewall:

• 22 outbound (SSH)

• 1900 inbound (UPnP open for AutoDiscovery of multi image processing system

processors)

• 30000 outbound (dedicated multi image processing instruction command set)

• 40400 outbound (dedicated ASCII command set)

• 49500 - 49600 inbound (conﬁgurational range; one port number per multi image unit)

Note! The ﬁrewall must not ﬁlter Ping on LAN (ICMP Type 8 (ICMP Echo Request)).

4.7 Software

To the use multi image processing system, ProNet.site must be installed on a control PC.

The latest version of the software can be found at www.projectiondesign.com

A license key is required to use the software. The key can be acquired by contacting an

authorised projectiondesign representative.

4.8 Mounting the multi image processing system processor in rack

Each multi image processing system processor is half-width, 1U standard size, so two

channels can be combined in a single standard 19” 1RU rack mounting plate, available from

projectiondesign. Remove the upper and lower screws on each side of the multi image pro-

cessing system processor, position the mounting plate and reenter the screws as shown in

Figure 4-4 and Figure 4-5.

Figure 4-4. Rack mount plate

Figure 4-5. Rack mounted

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5 Getting to know the GUI

5.1 ProNet.site

Figure 5-1 gives an overview of ProNet.site. The application has four main areas of interest:

• The File menu located in the top-left corner.

• The “Site Devices” overview on the left hand side of the GUI.

• Control, status, monitoring and timed operations overviews for one or more selected

devices on the right hand side.

• Status messaging window at the bottom.

Figure 5-1. Overview of ProNet.site

To start the multi image processing system calibrator (referred to as WB - warp & blend in

menus) plugin, select “Control Panels” > “Predeﬁned” > “WB calibrator”.

Licence key required to see more than one device (see section “4.7 Software”)

Enter lisence key: File menu <Help> license key. Enter key and other information as per

provided key.

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16Multi image processor User’s Guide – Getting to know the GUI

5.2 WB Calibrator – Device View

Figure 5-1 shows the “Device View” window that is displayed when the “WB Calibrator”

plugin is started. The “Device View” window contains the following areas:

• The File menu located in the top-left corner

• The Device Pool window in the lower left corner.

• A multi image processing system information window in the lower right corner.

• A dedicated toolbar on the left hand side.

• A Device View Desktop that is displayed in the centre of the ProNet application window.

All multi image processing system units added to a project are shown here along with

their arrangement.

Figure 5-1. WB calibrator, Device View.

5.2.1 Creating and saving a multi image processing system setup project

When starting the multi image processing system calibrator, a new project will be started

automatically. In the Device View, a project contains the multi image processing units added,

and their arrangement in the Device View desktop. Projects can be saved and opened on the

control PC. This is done from the File menu. See Figure 5-1.

Note! Project ﬁles are saved as XML ﬁles. Project ﬁles are saved on the control PC, not in

the multi image processing unit itself.

5.2.2 Backing up and restoring calibration

Calibration ﬁles for each multi image processing unit in a project can be backed up or

restored from the File menu.

Backup ﬁles are stored on the control PC, not in the multi image processing unit itself.

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Figure 5-1. File menu, Device View.

5.2.3 Adding multi image processing system units to a project

To enable and add multi image processing system units to a project, simply drag and drop

units from the tree view in the Device Pool (Figure 5-1) to the Device View Desktop. The

multi image processing system units in the Device Pool are detected using ProNet’s built-in

universal plug-n-play capability.

Figure 5-1. The Device Tree in the Device Pool.

Multi image processing system units can also be added or deleted from the Device View

Desktop by using the and icons in the toolbar.

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18Multi image processor User’s Guide – Getting to know the GUI

5.2.4 Using the Device View Toolbar, DVT

The Device View Desktop window has a toolbar on the left hand side, known as the Device

View Toolbar. The toolbar can be shown with or without help texts, see Figure 5-1.

Figure 5-1. Toolbars, shown with and without help texts.

Using the toolbar you can:

• Add or remove multi image processing system units from a project.

• Select or deselect all multi image processing system units on the Desktop.

• Show an information window for a selected unit. The information window shows system

status (temperature, fan operation, DVI signal detection in/out) and system versions for

software, hardware, FPGA, and more.

• Using the Conﬁguration tool, Visual ID (on screen identiﬁcation) and custom notes are

conﬁgured. System latency is also set up from this menu.

• The Basic Blend page sets the number of overlapping pixels for the selected channel(s).

The blend drop-off curve is also conﬁgured here.

• Identify is used to conﬁgure display of visual ID information, and identify units on the

Desktop. Extended visual ID mode will, in addition to showing your custom Visual ID,

show network information and serial number of the unit.

• Bypass sets the unit in bypass mode. No processing occurs.

• Online. This switches the processor to full processing mode. The signal on the DVI input

will be processed according to set calibration and passed to the DVI output connector.

• Mute or unmute more units

Most of the features accessed from the toolbar menu are also available by right-clicking a

selected unit, and choosing it from the context sensitive menu that shows up.

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5.2.5 Clearing calibration

To clear calibration from selected multi image processing system units, select Edit > Clear

Calibration from the File menu. Under Clear Calibration, one can select to clear all or just

parts of the calibration. See Figure 5-1.

Figure 5-1. Clearing calibration

5.2.6 Notiﬁcations and advanced network settings

Under Settings > Application Settings, message notiﬁcation levels and advanced network

settings are conﬁgured, see Figure 5-1.

Figure 5-1. Application and Network settings.

5.2.7 Performing software upgrades

All multi image processing system units can easily be upgraded via the ProNet 2.0 user

interface. System software is available from www.projectiondesign.com. Select Maintenance

> Multi Image Processor Software Update. The window shown in Figure 5-1 appears. Locate

the system update ﬁle(s), typically mips-system-008.0001.02.00.tgz, and click “Select..”.

After the ﬁle has loaded successfully into the update application, click “Start”.

IMPORTANT: This is just the ﬁrst step in the upgrade process. When the progress bar

has reached 100%, the unit will start to reconﬁgure itself for the new software.

This conﬁguration can take up to 15 minutes.

IMPORTANT: Do not unplug the power during this process!

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20Multi image processor User’s Guide – Getting to know the GUI

The software update process is complete when the power status LED on the unit is showing

a steady blue light.

Figure 5-1. Multi image processing software upgrade window.

5.2.8 Controlling EDID information

The unit defaults to giving the image generator either WUXGA or WQXGA EDID data

depending on the version of the multi image processing system unit that is in use. EDID

data can also be conﬁgured manually, or the unit can pass EDID data information from the

projector directly to the image generator (referred to as “EDID sink”).

To manipulate EDID setting, select Maintenance > EDID Administrator. Select the EDID ﬁle

you want to use and click “Activate”. Verify that the selected EDID is applied, see bottom

of window Active EDID. For passing the EDID data directly from the projector to the image

generator, select edid_sink.bin. The EDID Administration window is shown in Figure 5-1.

Figure 5-1. EDID Administration.

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