Projectiondesign Action one mk III Podręcznik Użytkownika

an introducon to the processors, use and set upuser’s guideMul ImageProcessingSystemwww.projectiondesign.coman introducon to the processors, use

english10Multi image processor User’s Guide - What’s in the Box?

english11www.projectiondesign.com4 Installation and setupThe following section outlines the general requirements to supporting equipment in order to

english12Multi image processor User’s Guide – Installation and setup4.2 System overviewA multi image processing system contains the following main co

english13www.projectiondesign.com4.4 LED indicators / Front buttonThe front button and the Power and Status LED-indicators on the processor front pan

english14Multi image processor User’s Guide – Installation and setup4.6 Firewall settingsThe multi image processing system processor communicates ext

english15www.projectiondesign.com5 Getting to know the GUI5.1 ProNet.siteFigure 5-1 gives an overview of ProNet.site. The application has four main

english16Multi image processor User’s Guide – Getting to know the GUI5.2 WB Calibrator – Device ViewFigure 5-1 shows the “Device View” window that is

english17www.projectiondesign.comFigure 5-1. File menu, Device View.5.2.3 Adding multi image processing system units to a projectTo enable and add m

english18Multi image processor User’s Guide – Getting to know the GUI5.2.4 Using the Device View Toolbar, DVTThe Device View Desktop window has a too

english19www.projectiondesign.com5.2.5 Clearing calibrationTo clear calibration from selected multi image processing system units, select Edit > C

english2Multi image processor User’s Guide – Introduction

english20Multi image processor User’s Guide – Getting to know the GUIThe software update process is complete when the power status LED on the unit is

english21www.projectiondesign.com5.3 WB calibrator – Calibration ViewWhen all multi image processing system units are added to the project in the Dev

english22Multi image processor User’s Guide – Getting to know the GUI5.3.2 Selecting/deselecting multi image processing system unitsThe WB Navigator

english23www.projectiondesign.com5.3.3 Using the Calibration Panel Toolbar (CPT)The calibration panel has a set of tools on the left hand side of the

english24Multi image processor User’s Guide – Getting to know the GUIThe Calibration Panel Toolbar has these main functions:• Zoom. Scale the work ar

english25www.projectiondesign.com• Show info labels. Show extra info for selected control point.• Bezier Fixed Length/Angle. Specify the bezier guid

english26Multi image processor User’s Guide – Getting to know the GUI

english27www.projectiondesign.com6 Geometry correctionImage Geometry Correction (often referred to as Image Warping) is the process of digitally mani

english28Multi image processor User’s Guide – Geometry Correction6.2 Warping user interfaceTo apply warping to an image, select “Warp” from the left

english29www.projectiondesign.com6.3 Scaling filtersRegardless of the warping algorithms selected, a scaling filter will be applied. Scaling filters are

www.projectiondesign.comenglish31 Introduction1.1 Thank youThank you for purchasing a Multi image processing system processor.The Multi image proces

english30Multi image processor User’s Guide – Geometry Correction6.4 Working with the perspective algorithmTo start working with the perspective algo

english31www.projectiondesign.com6.5 Working with the Mesh Transform algorithmTo start working with Mesh Transform algorithm, click the “Warp” icon,

english32Multi image processor User’s Guide – Geometry Correction6.6 Working with Mesh Bezier algorithmTo start working with Mesh Bezier algorithm, c

english33www.projectiondesign.comFigure 6-6. Working with Mesh Bezier, simple mapping6.7 Fine tuning control points To fine tune the position of a wa

english34Multi image processor User’s Guide – Geometry CorrectionWhen Real Time Warp is On, only the active control point will be added to the image f

english35www.projectiondesign.com7 Edge blending7.1 IntroductionEdge Blending is a companion feature to Image Geometry Correction. Edge Blending ena

english36Multi image processor User’s Guide – Edge BlendingFigure 7-1. Basic edge blending.In the Basic Blend setup window, overlapping pixels (or pe

english37www.projectiondesign.com7.2.4 User interface for advanced edge blendingTo apply advanced edge blending to an image, select “Blend” from the

english38Multi image processor User’s Guide – Edge BlendingThe “Add Blend Zone” window in Figure 7-3 will appear. Configure the initial parameters for

english39www.projectiondesign.com7.2.6 Adjusting the advanced blend drop-off curveThe drop-off curves can be configured individually for advanced blen

english4Multi image processor User’s Guide – IntroductionContents of this User’s Guide1 Introduction 31.1 Thank you1.1 Features2 SAFETY 72.1 GENER

english40Multi image processor User’s Guide – Edge BlendingGo to custom if you need to change the selected curve or enter a new manually, as seen in F

english41www.projectiondesign.com8 Test patternsThe multi image processor has several built-in test patterns for easier setup. This tool can be used

english42Multi image processor User’s Guide – Test patterns8.1 Circle test patternCircles can be added to calibration area to ease the setup. The pos

english43www.projectiondesign.com8.2 Grid (Pixel) test patternA grid with much smaller cells than the calibration grid can be really convenient for s

english44Multi image processor User’s Guide – Test patterns8.3 Grid (Angle) test patternThe last test pattern available in the processor unit is the

english45www.projectiondesign.com9 Black Level ManagementBlack Level Management (BLM) is a feature patented by projectiondesign for adjusting offset

english46Multi image processor User’s Guide – Black Level ManagementFigure 9-1. Adding Black Level Management lines.Figure 9-1. Multiple Black Level

english47www.projectiondesign.comImportant! To add the last line connecting the first and last control point, it is important to select both of the co

english48Multi image processor User’s Guide – Black Level Management

english49www.projectiondesign.com10 MaskingMasking (also called clipping) is used to cut out areas of the image which should be blanked out. An exampl

www.projectiondesign.comenglish55.4 Multi image processing operational states5.4.1 Bypass states5.4.2 Calibration state5.4.3 Online state5.4.4 Au

english50Multi image processor User’s Guide – Masking10.1 Adding areas to clipStart with clicking (Add) in the Calibration View Toolbar. This will

english51www.projectiondesign.comTo create the next side in the zone, click on one of the control points in the first line created (not the Bezier poin

english52Multi image processor User’s Guide – MaskingNote! To add the last line connecting the first and last control point, it is important select bot

english53www.projectiondesign.com11 Storing and recalling dataThe multi image processor system has powerful and flexible features for storing and reca

english54Multi image processor User’s Guide – Storing and recalling data11.2 Storing/recalling data to/from the control PCBefore you can save a calib

english55www.projectiondesign.comIf you create a target top folder, multiple units can be backed up in the same operation. Select the target folder t

english56Multi image processor User’s Guide – Storing and recalling data11.3 Accept calibrationAfter a calibration has been completed and the result

english57www.projectiondesign.com12 Technical specifications12.1 Electricalversions 101-0301-00 (WB2560) 101-0302-00 (WB1920)functionality Geometry Co

english58Multi image processor User’s Guide - Technical specifications12.2 Mechanical

english59www.projectiondesign.com13 Table of figuresFigure 4-1. Multi image processing system overview 12Figure 4-2. Connector panel 12Figure 4-3.

english6Multi image processor User’s Guide – Introduction9 Black Level Management 459.1 Creating adjustment zones9.2 Removing BLM zones9.3 Adjust

english60Multi image processor User’s Guide - Table of figuresFigure 11-1. Save current calibration to the multi image processor unit 53Figure 11-2.

601-207-01projectiondesign locationshead officeprojectiondesign asHabornveien 53N-1630 Gamle Fredrikstad,Norwayph +47 69 30 45 50 fx +47 69 30 45 80sa

english7www.projectiondesign.com2 SAFETYThis device complies with safety regulations for Information Technology Equipment intended to operate in “nor

english8Multi image processor User’s Guide – Safety instructions2.1 WARNING ABOUT SUBSTANCESThis product contains chemicals, including lead, known to

english9www.projectiondesign.com3 What’s in the box?3.1 The multi image processing system comes with the following: Multi image processing system un