Martin Audio Display 2.3 User Guides

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A guide to Martin Audio’s DISPLAY
System Optimisation Software for
MLA and Wavefront Precision systems.
V1.5
User Guide
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Contents
VersionHistory.................................................................................................................................................................................4
Installation....................................................................................................................................................................................4
Systemrequirements...................................................................................................................................................................4
Introduction......................................................................................................................................................................................5
LatestVersion...............................................................................................................................................................................5
NumericalOptimisation...............................................................................................................................................................6
IndexPlots....................................................................................................................................................................................7
OpeningtheProgram.....................................................................................................................................................................18
UserInterfaceMode.................................................................................................................................................................. 18
Quickstart......................................................................................................................................................................................19
Applicationmenu...........................................................................................................................................................................26
Preferences................................................................................................................................................................................28
AddanArray...................................................................................................................................................................................30
SliceTab..........................................................................................................................................................................................39
SliceSetup..................................................................................................................................................................................39
DrawaShell................................................................................................................................................................................ 40
Edittheshell...............................................................................................................................................................................41
UsingSurvey...............................................................................................................................................................................42
PositiontheArray.......................................................................................................................................................................44
AddtheAudienceRegion...........................................................................................................................................................45
EditingtheAudienceRegion......................................................................................................................................................45
ExpressTab.....................................................................................................................................................................................47
SetBoxResolution......................................................................................................................................................................48
OptimiseAll................................................................................................................................................................................49
CoverageTab..................................................................................................................................................................................58
SavingFiles.................................................................................................................................................................................58
Help............................................................................................................................................................................................59
AudienceOffsets........................................................................................................................................................................59
ChangingLineProperties............................................................................................................................................................61
TargetProfileSelection..............................................................................................................................................................62
TargetRefinement......................................................................................................................................................................65
SplayAngleTab...............................................................................................................................................................................66
SplayAngles................................................................................................................................................................................66
ArrayDiagram............................................................................................................................................................................67
Coverage/CurrentBestOptimisedOutput...............................................................................................................................68
CurrentAcousticOutput............................................................................................................................................................69
Calculation..................................................................................................................................................................................69
Optimisation...............................................................................................................................................................................70
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RigTab............................................................................................................................................................................................73
MLA............................................................................................................................................................................................73
MLACompact.............................................................................................................................................................................79
MLAMini....................................................................................................................................................................................82
WavefrontPrecision...................................................................................................................................................................91
OLine.........................................................................................................................................................................................98
EQTab..........................................................................................................................................................................................101
BasicView.................................................................................................................................................................................101
ExpertMode.............................................................................................................................................................................107
SPLTab..........................................................................................................................................................................................112
IndividualGraphWindows...........................................................................................................................................................114
Addingadditionalarrays...............................................................................................................................................................117
Deletinganarray......................................................................................................................................................................118
ExportingtheOptimisation..........................................................................................................................................................119
ExportingD2PFiles...................................................................................................................................................................119
ExportingtoDXF.......................................................................................................................................................................120
PrintableReports......................................................................................................................................................................122
Export3DData.........................................................................................................................................................................125
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VersionHistory
ManualVersion1.5‐WPSAdded
DisplayVersion:2.3.3.b11
Installation
MLAandMLACompacttouringsystemownerswillhaveaTabletPCaspartoftheirsystempackagewhichwillbepreloaded
withallnecessarysoftwareincludingthelatestversionofVuNet.ForownersofMulticellularorWavefrontPrecisionsystemsor
anyoneelserequiringthesoftwa re,Display2.3can
bedownloadedfromtheMartinAudiowebsite.
NotethatDisplay2.3.3isa 64bitapplicationanditwillnotrunona32bitPC
ItisessentialthatthePChasaninternetconnectionwhenrunningtheinstallationasthelat e stversionofMatLabcomponents
willautomaticallybedownloadedaspartoftheinstallation.
Systemrequ irements
Display2.3 requires a Windows PC running either Windows 7, Windows 8 or Windows 10; no other operating systems are
supported.Wewouldrecommend a64biti7processorrunningat2.6GHzminimumwithaminimumof8GBofRAM.Filesizes
arenotparticularlyhugesoahighcapacityHardDrive
isnotnecessarybutanSSDdrivewillbefasterandmorereliable.The
mathematicalcalculationsinvolved increatingoptimisations useanapplicationcalledMatLabComponentsandwhenrunning
thisusesagreatdealofcomputationalpowersoitisbestnottoscrimponCPUpowerandspeedwhen
specifyingaPCtorun
theapplication.
UsershavereportedthatDisplay2.3worksperfectlywellonanAppleMacusingBootcamporunderavirtualplatformsuchas
VM Ware Fusion or Parallels, (these options still require a copy of Windows 7, 8 or 10 to be installed) however this is
not
supportedbyMartinAudio.
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Introduction
Display2.3istheapplicationthatisusedinconjunctionwithVuNetandaMartinAudioMult icellularSystem,eitherMLA,MLA
Compact,MLAMini,WavefrontPrecision;WPL,WPCandWPM,OLineora combinationofanyofthesesystemstogenerate
theintercabinetanglesandtheDSP optimisation
parameterswhichcanthenbequicklyandeasilyuploadedtothehardware
overtheUNetsystemnetworkorinthecaseofMLAMinidirectlyusingaUSBconnection.Italsoshowsaccurateanalysisofthe
systemresponseinthevenue.
The application has anentirelystraightforward,logical workflow;
in factit does not allow jumping toadvancestagesofthe
design,itisnecessarytocompleteeachstageinalogicalorder.
Display2.3usesnumericaloptimisationtoarriveattheresultingcabinetanglesandDSPcoefficients.Takingthecabinet angles
asanexample,toexplaintheprocessin
slightlycrudemannerthismeansthatittriesagreatmanycombinationsofpossible
angles,checkstheresultusingthecomputermodelofthearrayresponseandcomparesittothedesiredresponse.Itcontinues
tocheckthroughahugenumberofpossiblecombinationsuntilitarrivesattheclosest
matchtowhathasbeenaskedofit.In
thecaseofthecabinet angles,ithasthefacilityto“polish”thearraywhichmeansitdoesasecondpasshavingarrivedataset
ofanglestofinetunethearrayangles.Thisprocessalthoughhighlycomplex,actuallyonlytakes
afewminutes,certainlyno
longerthanaconventionallinearraypredictionapplication.
Havingspecifiedthecabinetanglesthearray canberiggedandwhilstthatisbeingdonethesecondstageoftheoptimisation
processisdone.Thisalsousesnumericaloptimisation,butthistimeaddressestheEQ,FIR,
gainandphaseparametersavailable
intheDSP,goingthroughthehundredsofthousands ofpossiblecombinationspossibleuntiltheoutputisascloseaspossibleto
thedesiredresponse.Withalargearrayandcomplexvenuethiscouldtakeuptotenminutestocompletehoweverthiswillbe
far
quickerthanthetimeittakestorig allarrayssoinno wayslowsdown theshowbuildup.To actuallytryeverypossible
combinationofDSPwouldtakemonthsevenonthemostpowerfulcomputer‐therearemillionsofpossiblecombinationsand
thatiswheretheuniquedigital
algorithmcomesintoplay,examiningbatchesofresultstoseeifcertainparameterchangesare
takingyoucloserorfurtherfromyourdesiredperformancecharacteristics.Itwillrejectaseriesofparameterchangesthatare
headingtowardsa"deadend"andinsteadwillfocusonthosewhichgetyoucloserto
thedesiredresult,graduallyhoningall
parametersuntilitreachesaresultwhich is a close as possible to the specifications thatthetechnicianhasrequested.This
methodallowsphenomenalaccuracyinahighlyrealisticandpracticallengthoftime.Theaccuracyoftheresultingdesignhinges
onthecomputer
modelwhichpredictshowthearraywillperformforagivensetofcabinetanglesandDSPcoefficients.The
computermodeldevisedforDisplay2.3isoneofthemostsophisticatedandaccurateeverdevisedforanaudiosystemandis
capableofachievingresultstocloserthan+/1dBof
actualmeasuredparameters.
ADisplaydesigncaneasilybedonepriortoarrivingatthevenueinthecomfortofyouroffice.Ifyouhavedrawingsofthespace
anddetailsoftheflyingpositionandthetrimheightofthearraysyoucancompletetheriggingandDSPdesign
whichmakesset
uponsiteextremelyquickandefficient.ItispossibletotryseveraldifferentDSPoptimisationswithprioritygiventoavarietyof
performancecharacteristics.Thesecanbeuploadedtothearrayandstoredinsnapshotstoberecalledinafewseconds.
LatestVersion
Version2.3.3incorporatestheentirefamilyofWavefrontPrecisionproductsandOLineandhasanenhancedlayouttomaxi mise
thegraphicalcontent.Newhelpfunctionsarealsoavailableforanyonewithlimitedexperienceofusingtheapplication.
Fromversion2.2onwardsthereisgreaterinteractionwithVuNetv2.0so
itisimportanttouse thatversionorlatertogetthe
bestperforman cefromoneofourmulticellularsystems.ItisperfectlyoktouseolderversionsofDisplay2withVuNetv2.0,or
optimisationscreatedinDisplay2.3withVuNetv1.2.5,thereiscompletecrosscompatibility,but
thebestresultswilldefin itely
beobtainedusingthelatestversionsofbothapplications.
Oneparticularstepforwardisaloweringofthefrequenciesatwhichtheoptimisationiseffective.Thisisalwaysdifficultaspart
oftheoptimisationprocessinvolvesattemptingtocontaintheaudiodistributionwithinareasyouhave
specifiedwhichisvery
difficulttodowithlowerfrequenciesastheybecomelessdirectionalthelowerthefrequency.TheMartinAudioR&Dteamhave
howevercontinuedtoresearchmethodstoextendthelowfrequencycontrolandwelearntagreatdealdevelopingtheMLA
Minisystemwhichhasalways
hadLFincludedintheoptimisation.Version2.3nowoptimiseslowerfrequenciesusingFIRfiltering
butwithoutincreasinglatencywhichisaremarkableachievement.NotethatyourmulticellularsystemMUSTberunningthe
latestfirmwarefortheoptimisationstobeeffectiveatlowfrequencies.MLAandMLACompactmustberunning
2.3.57and
2.12.44respectively.Thesewerereleasedin2015soallsystemshouldberunningthemasamatterofcourse.
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Notethatifopening.matfilescreatedinDisplayversionpriortoversion2.3,thelowfrequencyoptimisationwillnotbeuse d. If
youwishtoreopti miseolderprojects,thebestoptionistoimportthevenueshellandthenaddthearraymanuallytocrea tea
newprojectwith
allthelatestbenefits.
NumericalOp tim isa tion
At this point it is worth taking a moment to explain in detail one of the concepts behind how Display operates; Numerical
Optimisationisaneasilymisunderstoodconcept,afewpeoplemaketheincorrectassumptionthatitissomesortof“averaging”
systemmeaningthattheresultisacompromisewhich
couldn’tbefurtherfromthetruth.
Whatmademulticellular systemspossiblewas thedevelopmentof aphenomenallyaccurate computermodelofthesystem
whichworkshandinhandwiththeprecisionacousticdesignofthecabinets.Thereareacolossalnumberoffactorsthataffect
anarrayperformance;theperformance
ofindividualdrivers,thehorndesign,the anglebetweenenclosures, thenumberof
enclosuresetcetera.MartinAudiohavetakentheanalysisofarrayperformancetothemostadvancedleve leverattempte d,
includingboundaryeffectmodellingwhichincludestheeffectthatallot hercabinetsinanarrayhaveonasingle
driver;essentially
eachindividualcabinethasabaffleextendingaboveandbelowitformedbytheotherenclosuresinthearray.Forcabinetsin
the middle of the array this is fairly symmetrical but for cabinets towards the top and bottom it becomes more and more
asymmetrical which has a
highly significant effect on the individual module performance and therefore the overall array
performance.
Thediagramsbelowshowtheresponseofasinglearrayelementwhichisthesecondboxdowninasixboxarray.Thefirstpicture
ignorestheeffectofitsneighbouringenclosures.Thesecondpictureshowsthe
dramaticeffectthattheenclosureaboveand
thefourbelowhave ontheresponse.Ignoringthiseffectwillclearlycompromisetheabilitytoaccuratelypredicthowthearray
willperform,infactmeasurementsshowthatignoringtheboundary effectcanresultininaccuraciesofupto8dBwhichfairly
obviously
wouldmakethesystemunusable.
MartinAudiohaveperfectedthecomputermodelforourMu lticellularsystemstosuchadegreethatthepredictedperformance
canreachaccuracyofascloseas1dBofmeasuredresultswhichhasmadethewholesystemnotonlypossiblebutextremely
accurate.
Numerical optimisation uses
the computer model to check the performance for a given mechanical orientation or DSP
configuration,andcomparesthe result onthevenuesliceto whatyouhaveasked thesystemto achieve.Itwillthen try an
alternativeoptiontoseeifitisgettingcloserorfurtherfromthedesired
result.Ifitisfurtherfromwhatyouwantittoachieve
itwillignorethatconfiguration andpursuethemoresuccessfulanglesor EQcurves,tryingconfigurationafterconfiguration
beforeithasattemptedclosetoeverypossiblecombinationandhasgotascloseaspossibletothedesiredresult.
Ifyouconsiderthefirstoptimisationwhich calculatesthesplayangles,foranMLAsystemthereareeightpossibleanglesavailable
betweeneachcabinet;0.5,1,2,3,4,5,6and7.5⁰Ifyouhaveareasonablesizearrayofsay16enclosuresthatmeansatotalof
8x
8x8x….8,(fifteen8’s!)or35,184,372,088,832possiblecombinationsofanglesbetweenallcabinets.Clearlyanalysingeach
ofthesecombinationsinvolvesasubstantialamountofprocessingbutpalesintoinsignificancecomparedtothehundredsof
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thousandsofc alculationsrequiredwhenrunningnumericaloptimisationfortheDSP;everybandofEQfrequency,bandwidth
andgain,phaseandFIRfilters for every one of the cells ofeverycabinet.Thisiswhyapowerful PC isrequired andtheEQ
optimisationcantakeuptofifteenminutesor
soforalar gearrayinacomplexarena.EventhemostpowerfulPCavailabletoday
couldn’t try every possible combination in a reasonable time scale so complex algorithms are used so that when a certain
sequenceoffilterparametersareconsistentlydemonstratingresultsfurtherfromthegoalsthathave
beenset,thesystemwill
abandonthoseavenuesandtryothers.Withthissystemhighlyaccurateparameterscanbeproducedthatareascloseaspossible
tothe desiredgoalsinareasonabletimeframe.Thisisaverybasicexplanation,infactitisMartinAudio'sdevelopmentofthe
revolutionary
butphenomenallycomplexdigitalalgorithmthattheapplicationusestorefinetheoptimisationwhichgivethe
bestpossibleresultsinareasonabletimeframe.Notonlythatbutkeypartsoftheoptimisationprocessaremultithreadedwhich
meansthatthesystemisabletoexploitthelatest64bit,quad
coreprocessorstospeeduptheentireprocess.
Whilstthissystemisprocessorhungryclearlyitisaveryrealisticandpractic a lmethodtoobtainthebestpossibleresults fro m
anarraywheresomanyvariablesareatyourdisposal.TryingtomanuallyadjustseveralthousandDSPparametersisobviously
not
goingtoberealistichowevergoodasystemtechnicianbelieveshisearsmightbe.
IndexPlots
TheotherconceptwhichMartinAudiodevelopedaspartoftheMLAsystemistheindexplot.Weneededamethodtodisplay
theresultsofthesystemoptimisationthatwasclearandeasytointerpret.Becausethewholebasisofthesystemisthatthe
radiatedsignalis coherentwhere
itarrives atallparts oftheaudienceasopposed towhenit leavesthearray weneededa
methodofdisplayingthefrequencyresponseatdozensofpositionssimultaneously.Thereareafewmethodsinexistencefor
achievingthis,3Dgraphsforexamplebuttheydon’treallymeetthe
briefofbeingquickandeasytointerpret.TheIndexplot
solvesthisproblem.
Aswewillseewhenwelookattheapplicationinmoredetail,wedrawa twodimensionalsliceofthevenueinwhichweare
deployingourarray.ItthengetspresentedinDisplaylikeso;
‐
Thecoloursrepresentthethreetypesofplane;theaudienceareaaregreen,nonaudience,areasaroundthevenuewhichwe
arenotconcernedaboutarered,andfinallyareaswherewewould likethesystemtoactivelysteersoundawayfromknownas
hardavoidareblue.Bydefault
thehardavoidisthe stagebutthiscouldalsobereflectivebackwallsorbalconyfronts,ornoise
sensitiveareasbeyondanarenaatanoutdoorevent.Theplanesarerepresentedbyaseriesofdots.Thesearespacedcloser
togetherintheaudienceregionwhereweneedthe
mostdetail.Ideallywewouldliketobeabletoviewthefrequencyresponse
ateachofthesedotssoeachbecomesasortofvi rtualmeasurementmic.
Thenormalwaytopresenta graphoffrequencyresponseisofcourseforthehorizontal‘x’axistobefrequency,usuallyfrom
20Hzto20KHz,andforthevertical‘y’axistodisplaymagnitude,usuallyindB.Ifhoweverwedisplaymagnitudewithcolourswe
caneasilyshowmanyresponseplotssimultaneously.Ifwemakeredthehighestmagnitude‐theloudest‐andbluethequietest,
byrunningthroughthecoloursinthe
spectrumwecanveryeasilyidentifythepeaksandtroughsinaresponse.Thisfreesupthe
verticalaxiswhichwecanuseforallofour“virtualmics”;‐
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ThisistheIndexplotofacompletelyunoptimised system.Thehorizontalaxisasmentionedisfrequency.Aswecannotoptimise
verylowfrequenciesthegraphstartsat50Hzgoingallthewayupto20kHz.Theverticalaxisisnowthe2Dsliceofthevenue
“unravelled”.At
thebottomisthestartingpointforour2Dsliceatthebackofthestagethenmoveverticallyupwardandat
point20weseeadashedwhitelinewhichrepresentstheaudiencestartpointthatweidentifyonourvenueslice.Wecontinue
upwardsmovingbackthroughthe
audience,thethickgreylineiswherewehaveplacedourcursorwhichgivesusthefacilityto
obtainastandardfrequencyresponsegraph.Continuinguptheaxisgoingfurtherbackinthevenuewefindadashedblackline
whichisareferencepointwhichwealsodetermine.Thesolid
whitelineiswheretheaudiencecoveragefinishes.Justabovethis
isthe backwallandthenuptothenumber200isthe venueceilingandthelastsectionofthegraphisthebackofthevenue
behindthearray;‐
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This showsthe bottomportion of theindex plot corresponds tothestageand“pit”leadinguptothestartoftheaudience
coverage.
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Thissectionoftheindexplotcorrespondstothefirstportionoftheaudienceplaneuptothereferencepoint.
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Thisisthesectionfromthe refe rencepointtothebackoftheaudiencearea.Thestrongbandofredindicatedthefrontofthe
balconywhichisgettingagreatdealofdirectsoundpriortooptimisingthesystem.
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Thisisthenarrowsectioncorrespondingtotherearwall.
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Thisistheresponseontheceiling
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Andfinally,therearwall.
Wecanalsotakealookattheactualfrequencyresponseonaconventionalgraphatanyspecificpointontheplottobetter
understandwhatwearelookingat.Justtoreemphasis,theseplotsarepriortoanysystemoptimisation;theyshowthe
response
ofanarrayflownwithallanglesat0.5!
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Theplotatthebottomnowhasthethicksolidwhitelineatthebottomindicatingthatthecurserisoverthestagearea.The
frequencyresponsegraphatthetopshowstwotraces.Thedashedyellowlineistheresponseatthereferencepositionindicated
bythedashed
blacklineontheindexplot.Theblueresponseisonstagewhereourcurserpositionhasbeenplaced.Itiseasyto
seefromthesehowthecoloursrespondtoth e peaksandtroughsonthegraph.Theonstageresponseforexamplehaslittleor
nohighfrequency,it
isnotevenregisteringanythingabovearound2.5KHz,ontheindexplotitisanevenbandofblueinthis
region.Theresponseatthereferencepositionisreasonablyflatinthelowfrequencies,graduallytaperingoffasthefrequencies
increase.Ontheindexplotweseeablock
oforangewhichgraduallyfadesthroughyellow,greenandindigotoblueatthe highest
frequencies.
Wecannowlookatanoptimisedsystem,thisiswhataperfectsystemwouldlooklikeifitwasn’tforlittleinconveniencessuch
as the laws of physics, the impossible dream of perfect coverage
at all frequencies for the entire audience with no spill
whatsoeveranywhereelse;‐
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Herewehavearealworldoptimisationwitha10boxsystem;‐
Andtodemonstratehowclosethesystemcangettotheperfectcoverage,hereisthesamevenuewithanarrayconsistingof16
MLAplus1MLDoptimisedtoobtainafronttobackdifferentialof0dB‐exactlythesamespleverywhere.Theaudiencetarget
hasbeengivenmaximumpriorityignoringnonaudienceandhardavoidareas;‐
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Asyoucanseethevastbulkoftheaudienceregionisaconsistentyellow/greenwithabandofblueindicatingtheundern eath
andfrontofthebalcony.Quitearespectableresult.
Notethatusingthehardavoid feature whilstextremelyuseful doeshavesomelimitations,whilstsuperbat rejecting
sound
behindthearrayonstage,ifusedforabalconyfrontforexampleitreliesonthearraybeingphysicallypositionedexactlyasitis
depictedinthesoftwaretoafractionofadegree,noteasytoachievewithstandardelectrichoists,plusifthearrayisnotdirectly
infrontofthebalconythehardavoidregionwhichwillformanarcfromthearray,maymissthebalconyattheextremesofthe
horizontalcoveragegivingsomemembersoftheaudienceaverypoorexperience.
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OpeningtheProgram
Whenrunforthefirsttime,Display2.3willopenwiththefollowingwindow ;‐
Thepasswordisavailableonceyouhavewatchedthe Displayintroducedvideowhichwillgiveyouagoodoverviewofhowto
usetheapplication.Enterthepa ssword andclickOKandtheDashboardwillopen
soyoucanstartusingtheapplication.
NotethatthepasswordisonlyrequiredthefirsttimeyourunDisplay2.3.Subsequentuseswillopenstraighttotheprogram
Dashboard.
UserInterface Mode
DisplayissettoBasicmodebydefault.Westronglyadviseanyusersnewtotheapplicationtostayinthismodeasitwillmake
theprogramverymuchmorestraightforwardtonavigate.ForexistingsystemownersandtrainedMTechsyoucanaccessExpert
modeviathePreferencesoption
intheHelpMenu;‐
ClickonthedropdownnexttoUIModeandselectexpert.Thiswillchangetheviewinthetabsasyouworkthroughaproject
design.ThefeaturesthatyouareusedtoseeingifyouareanexperiencedDisplayuserwillbevisible
bydefault.
NotethattheUserInterfaceModeisretainedwhenDisplayisclosed,itwillbeinthesamemodewhenreopeneduntilsuch
timeasyoureturntoPreferencestochangeit.
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Quickstart
ExcellentresultsareavailablefromDisplay2.3withoutnecessarilyrefiningeachstepoftheprocess.Thedefaultsettingshave
beenestablishedfollowingagreatdealofresearchanduseinthefieldsoareperfectlyacceptableforamajorityofapplications.
Thesearethestepsnecessarytodeployasystemusing
thesystemdefaults;‐
1. OpenDisplay;‐
2. Clickontheicontoaddyourarray
3. Selecthowthe arrayistobedeployed‐flown,groundstacked,polemounted(theavailable optionsdependonthe
systemtypeselected),enterthequantityofcabinetsandnameyourarray.
4. Click
ontheSliceTab,enteranapproximate maximumheightandlengthandclickOK;‐
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5. Clickon'Shell'anddrawanapproximatesideviewofthevenuestartingwiththestageinthebottomleft cornerand
workingroundthevenueanticlockwiseclickingeachtimeyouneedtodefineeachplaneintheslice
6. Inthe pointssectionclickoneachpointtabbing
between theminturnandeditingthevaluestoaccuratepositions
takenfromeithermeasurementsyouhavetakenyourselforfromarchitectsplans
/