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This course is designed for first time users of Fologram. The course will help you optimize models for viewing in augmented reality, connect to live and cloud-hosted sessions, interact with geometry and change display modes, locate models in physical space and share your experience with multiple devices. Installing FologramInstalling Fologram for RhinoTroubleshootingInstalling Fologram for MobileCreating a Fologram accountAttaching your deviceModel PreparationAvoiding detailed meshes (assets, trimmed objects, pipes)Joining objectsCurve resolutionMaterial texture sizesLive Streaming and Uploading ModelsLive sessionsCloud sessionsCached modelsInteractionsUse casesIndustrial designMassing and site planningUndo from Rhino (use GH)More control from GH (constrain interactions, edit control points etc)Interaction typesPer-object interactionsLayersVisibilityLocked layersLayers as task sequencesLayers for switching between design optionsDisplay ModesDevice previewDisplay mode use casesPer-object display modesLocating and Sharing modelsHow to view models in the same location on multiple devices?How to overlay a physical object with a virtual model? E.g. a presentation modelE.g. a physical toolE.g. a physical siteDifference to old Placement Marker and live-tracked QR codesAdding markers in RhinoSetting out physical markersScanning markersMarker placement strategiesMarker TipsPrinting markersRecognizing drift from incorrect placement

HoloLens 2 OverviewCreating a Microsoft accountDevice loans and user accountsConnecting to WifiHoloLens 2 ConfigurationHoloLens interfaceHoloLens appsDevice PortalEnabling Research ModeHoloLens calibrationStreaming Mixed Reality VideoDetecting QR codesPrecision in Mixed RealityHoloLens trackingRecognizing poor trackingEnvironmental factorsUser behaviourMarker setupSystem load and batteryHow to Improve TrackingUser experienceModel formatModel legibilityModel scaleModel reachabilityModelling best practiceSimplifying model detailAppropriate materialsLayers as task sequencesJoining objectsModel originMobile AR overviewMobile trackingMobile AR use casesFologram DashboardCreating a Fologram accountManaging SubscriptionsAttaching devices to your Fologram accountModel DashboardFologram for RhinoConnecting and Streaming ModelsInteracting with Rhino ModelsMaterials and Display ModesDisplaying users in the Rhino viewportLocating models with MarkersUploading modelsProperties and SettingsFologram for GrasshopperSynchronizing GeometrySynchronizing ParametersGeometry Buttons and TogglesGetting EventsGetting and Deconstructing XR TypesGet DevicesGet HandsGet GazeGet PointersGet QR CodesGet EnvironmentGet ScanPoint CloudsTextStateFunctions and Global VariablesFologram for HololensInstalling Fologram for HoloLensViewing models in mixed realityLocating modelsLayers, parameters and gesturesFologram for MobileViewing models in mixed realityLocating modelsLayers, parameters and gesturesFologram for QuestGetting StartedLocating Models on the QuestFeature ComparisonVersions and UpdatesRelease NotesReporting IssuesUpgrade GuideFeatures and ChangesLegacy Docs (HoloLens 1)Installing Legacy FologramFologram for HoloLens 1 (Legacy)Loading an example modelStreaming interactive models from RhinoEditing LayersFologram for Rhino (Legacy)Connecting and Streaming ModelsCreating Task SequencesEditing MaterialsCreating and Printing Placement MarkersFologram for Grasshopper (Legacy)Synchronizing ObjectsSynchronizing ParametersSynchronizing TextSynchronizing MaterialsAnimations and TransformsModel placementModel orientationCommon placement approachesMarkerless placementSmall modelsWorkshops and factoriesMoving parts and objectsOn-site setoutDigitizing Markers with LidarPhysical MarkersEvaluating precisionPrecision test modelsLocating the test modelViewing the test model on the HoloLensSetout from the test modelMeasuring driftProjectsHoloLens ProjectsMobile ProjectsTimberMetalsPaper and Organic MaterialsMasonryConcrete, Clay and FoamPolymersFologram ProjectsResearchCommunity PublicationsFologram PublicationsFabrication ApplicationsLow Cost FabricationSetoutScanning and FeedbackRoboticsIndustrial ApplicationsGrasshopper ExamplesBeginnerIntermediateAdvancedAppsTutorialsFologram for RhinoFologram for GrasshopperBuilding

Calibration adjusts the IPD of your HoloLens to match your eyes and improve viewing experience.If you are using the HoloLens and Fologram to carry out a task that requires high precision (e.g. anything other than simple visualization) you should complete calibration before undertaking the task. You can complete the calibration process by accepting any prompts to calibrate, or by launching the calibration app from the Settings app in the Windows Home menu. The calibration app is located in System -> Calibration -> Eye Calibration -> Run eye calibration. Before completing the calibration process, ensure that the HoloLens 2 is comfortably fit and centered over your nose and eyes. You can find an extensive guide to HoloLens 2 calibration on the Microsoft Docs.The HoloLens will prompt you to calibrate the device when:The user is using the device for the first timeThe user previously opted out of the calibration processThe calibration process didn’t succeed the last time the user used the deviceThe user has deleted their calibration profilesThe device is taken off and put back on and any of the above circumstances applyThe calibration process my fail due to:Getting distracted and not following the calibration targetsDirty or scratched device visor or device visor not positioned properlyDirty or scratched glassesCertain types of contact lenses and glasses (colored contact lenses, some toric contact lenses, IR blocking glasses, some high prescription glasses, sunglasses, or similar)More-pronounced makeup and some eyelash extensionsHair or thick eyeglass frames if they’re blocking the device from seeing your eyesCertain eye physiology,