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Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123]
| ►Nrealvirtual | Universal robots interface for communication with URSIM via RTDE |
| ►Nrealvirtual | |
| CIWebSocket | |
| CWaitForBackgroundThread | |
| CWebSocket | |
| CWebSocketException | |
| CWebSocketFactory | Factory |
| CWebSocketHelpers | |
| CWebSocketInvalidArgumentException | |
| CWebSocketInvalidStateException | |
| CWebSocketUnexpectedException | |
| ►NRendererFeatures | |
| CBlurredBufferMultiObjectOutlinePass | |
| CBlurredBufferMultiObjectOutlineRendererFeature | |
| CMultiObjectOverlayPass | |
| CMultiObjectOverlayRendererFeature | |
| COutlineSelectionManager | |
| COverlaySelectionManager | |
| ►NVolumeTracking | |
| CDistanceTracker | |
| CDistanceVisualizer | |
| CIsoSurface | |
| COriginalMaterials | |
| CVolumeDistance | |
| CVolumeDownload | |
| CVolumeFilter | |
| CVolumePersistence | |
| CVolumeTracker | |
| CVolumeTrackerGPU | |
| CVolumeTrackerGPUData | |
| CVolumeTrackerSettings | |
| CVolumeTrackerVisual | |
| CVolumetricGrid | |
| CAbstractSelectionManager | |
| CArrow | Base class for arrow definition used in the path system |
| CAutoConnectBase | |
| CAutoConnectExample | |
| CAutoSaveOnRunMenuItem | The class is automatically saving the scene when run is started in the Unity editor. It can be turned off by the toggle in the realvirtual menu |
| CAxis | Axis defines the kinematic and physical movement axis for drives and kinematic systems |
| CAxisAlignerWindow | |
| CBaseCAM | This is the base class for all realvirtual CAM objects |
| CBaseDrive | This is the base class for all realvirtual Drive objects |
| CBaseGrip | This is the base class for all realvirtual Grip objects |
| CBasePath | Realvirtual Simulation - the base class of all Pathes |
| CBaseSensor | This is the base class for all realvirtual Sensor objects |
| CBaseSource | This is the base class for all realvirtual Source objects |
| CBaseStation | BaseStation provides intelligent workstation control for path-based material handling systems |
| CBaseTransportSurface | BaseTransportSurface serves as the foundation for all material transport surfaces in industrial automation simulations |
| CBehaviorInterface | Base class for all behavior models with connection to PLC signals |
| CBehaviorInterfaceConnection | Class for saving the connection data - the signal and the name of the property where the signal is attached to |
| CBlendShape | A blend shape |
| CBlendShapeFrame | A blend shape frame |
| CBlurRendererFeature | |
| CBlurRenderPass | |
| CBlurSettings | |
| CBoolTransportData | |
| CBuildCollections | |
| CBuildPerformanceTestModel | |
| CButtonEventOnClick | Unity event when clicking on GenericButton |
| CButtonShowGroup | |
| CCAD | Stores comprehensive CAD metadata for intelligent model synchronization and version management in industrial projects |
| ►CCADChecker | Checks the Mesh Data |
| CMeshInfo | |
| CMeshOccurence | |
| CCADLink | Interface for importing CAD Data (Step and 3MF) |
| CCADMeshTools | |
| CCADUpdater | Intelligently synchronizes CAD model updates while preserving Unity-specific modifications and component assignments |
| ►CCAM | CAM component implements electronic cam functionality for synchronized master-slave drive control in automation systems |
| Ccampoint | |
| CCameraDirector | Small tool for controlling cameras if Cinemachine is used |
| CCameraPos | Scriptable object for saving camera positions (user views) |
| CCameraPosition | Saves the camera position for game view |
| CCameraPositionEditor | Editor class for Get Position and SetPosition of CameraPosition |
| ►CCAMTime | CAM for moving drives based on CAM profiles |
| Ccampoint | |
| CChain | Chain component creates continuous loop transport systems with elements following spline-defined paths in industrial automation |
| CChainElement | ChainElement represents individual links, buckets, or carriers in continuous chain transport systems |
| CChainUnitySpline | |
| CClientConnection | |
| CClientInfo | |
| CCollectionObject | |
| CConnection | Class for saving connection information for signal - Behavior where signal is connected tp and property where signal is connected to |
| CConnectionState | Helper class that determines if components will be active based on their ActiveOnly settings |
| CConnectSignal | Behavior model which is just connecting an PLCOutput to an PLCInput |
| CContactTest | |
| CControlLogic | Base Class for all controll logics in the model. This base clased is used for displaying the type in the realvirtual hierarchy window |
| CConveyorBelt | ConveyorBelt provides advanced visual representation of industrial conveyor systems with realistic belt animation |
| CCSVReader | |
| CCSYS | |
| CCurve | Curve implements curved path segments for smooth material flow transitions in automated transport systems |
| CCustomHierarchyView | |
| CCustomVolumeComponent | |
| CDataField | |
| CDeactivateAllOtherInterfaces | |
| CDebugWriteAwakeEnableStart | Debug component that logs Unity lifecycle events (Awake, OnEnable, Start) for troubleshooting script execution order |
| CDeleteScenesWindow | |
| CDensoTools | |
| CDistribution | |
| CDrive | Controls linear and rotational motion of GameObjects with precise position, speed, and acceleration control for industrial automation |
| CDrive_ContinousDestination | Behavior model of an intelligent drive which is getting a destination and moving to the destination |
| CDrive_Cylinder | Drive_Cylinder simulates pneumatic or hydraulic cylinder behavior for Drive components |
| CDrive_DestinationMotor | Drive_DestinationMotor provides position-controlled movement for Drive components |
| CDrive_ErraticPosition | This drive is only for test purposes. It is moving constantly two erratic positions between MinPos and MaxPos |
| CDrive_FollowPosition | Behavior model of a drive where the drive is exactly following the current given position of the PLC This is special useful for connecting motion controllers and robot controllers torealvirtual |
| CDrive_Gear | Behavior model of a drive which is connected to another drive with a gear |
| CDrive_MeasureSpeedPosition | Behavior model of a cylinder movement which can be connected to a Drive |
| ►CDrive_Sequence | Defines sequentially movement of drives which can set signals or be started by signals |
| CDriveSequence | |
| CDrive_Simple | Drive_Simple provides basic bidirectional control for Drive components with PLC integration |
| CDrive_Speed | Behavior model of an intelligent drive which is getting a destination and moving to the destination |
| CDriveEvent | |
| CDriveHandle | Class for displaying the drive handle in Unity Editor in Scene View during edit and play mode With the drive handle the drive directions can be defined and the drive can moved manually during playmode |
| CDrivePulseEncoder | |
| CDrivesRecorder | |
| ►CDrivesRecording | |
| CCompareSnapshot | |
| CRecordedDrive | |
| CRecordingSequence | |
| CSnapshot | |
| CDriveVisu | |
| CEditorGizmoOptions | |
| CEmergencyButton3D | |
| CEnvironmentController | |
| CEthernetIPInterface | EtherNet/IP interface for communication with Allen-Bradley/Rockwell Automation PLCs and other CIP-enabled devices |
| CEthernetIPSignal | |
| CEventMUGrip | |
| CEvironmentSetup | |
| CFanucInterface | |
| CFirstPersonController | |
| CFixer | Fixer component for securing MUs to specific positions or surfaces in the automation system |
| CFloatTransportData | |
| CFloorSetup | |
| CFollowMainCamera | |
| CForceDrive | Moves Rigidbodies based on joints and forces |
| CGame4AutomationEventGameobjectSensor | Unity event for GameObject sensor interactions, passing the GameObject and occupied state (true=enter, false=exit) |
| CGame4AutomationEventMU | Unity event for MU state changes, passing the MU and state (true/false) |
| CGame4AutomationEventMUDelete | Unity event triggered when an MU is deleted, passing the deleted MU |
| CGame4AutomationEventMUFix | Unity event for MU fix/unfix operations, passing the MU and fixed state (true=fixed, false=unfixed) |
| CGame4AutomationEventMUSensor | Unity event for MU sensor interactions, passing the MU and occupied state (true=enter, false=exit) |
| CGenericButton | |
| CGlobal | |
| CGrip | Grip component for attaching and transporting MUs with moving mechanisms like robots or grippers |
| CGrip_SingleIO | |
| CGripper | Gripper component providing complete gripping functionality for robotic pick-and-place operations |
| CGroup | Group component for organizing GameObjects into logical collections within the automation system |
| CGroupManager | |
| CGroups | Static utility class providing centralized functionality for working with Groups in realvirtual |
| CGroupSettings | |
| CGuidedMU | GuidedMU enables MU (material unit) objects to follow guided transport surfaces using physics constraints |
| CGuideLine | GuideLine provides linear path guidance for movement systems |
| CHandleSwitch3D | |
| CHelloWindow | |
| CHideNonG4AObjects | |
| CHierarchyDisplay | |
| CHMI | Foundation for industrial human-machine interface components providing interactive controls for automation systems |
| CHMI_ContentPosition | Adjust the position of the UI element to the position of the object in the scene |
| CHMI_Controller | Centralizes camera control and interaction management for industrial HMI systems with multi-view capabilities |
| CHMI_DropDown | HMI prefab to generate a drop down menu with a list of options |
| CHMI_Marker | HMI element to display a marker |
| CHMI_MenueItem | HMI menu item for a single action |
| CHMI_Message | HMI element to display messages |
| CHMI_MouseAreaCtrl | Class to handle the interaction with the UI |
| CHMI_Pushbutton | Industrial pushbutton HMI component with PLC signal integration and multi-state visual feedback |
| CHMI_Slider | Class to define a HMI slider |
| CHMI_Switch | Class for the HMI switch |
| CHMI_Tab | HMI_Tab is a container for HMI_Elements |
| CHMI_Text | HMI text element |
| CHMI_Value | HMI element to display a float or int value |
| CHotkeys | |
| CIAllScenesLoaded | |
| CIBeforeAwake | |
| CIChain | |
| CIChainElement | |
| CIDriveBehavior | Interface for Drive Behaviors for ensuring guaranteed sequence of Fixedupdates |
| CIEditModeFinished | |
| CIFix | |
| CIGuide | IGuide defines the interface for path guidance components in material transport systems |
| CIGuidedSurface | IGuidedSurface defines the contract for transport surfaces that provide path guidance for material units |
| CIInitAwake | |
| CIInitEnable | |
| CIInitStart | |
| CIInspector | |
| CIKPath | Orchestrates complex robotic motion sequences through target-based path planning with industrial interpolation modes |
| CIKPathDrawerHelper | |
| CIKPathEditor | |
| CIKTarget | Defines precise robot target positions with industrial motion parameters for accurate path execution |
| CIKTargetEditor | |
| CInspector | |
| CInspectorController | |
| CInteract3D | Adds buttons or Lights which can be connected to Signals tp a 3D scene |
| CInterfaceBaseClass | Base class for all realvirtual communication interfaces providing common functionality for PLC and system connections |
| CInterfaceSHMBaseClass | Base class for all types of shared memory interfaces (even with different structure as simit like the plcsimadvanced interface |
| CInterfaceSignal | |
| CInterfaceThreadedBaseClass | |
| CIntTransportData | |
| CIPAddress | |
| CIPostAllScenesLoaded | |
| CIRaycaster | |
| CIRobotController | |
| CISceneLoaded | |
| CISelectable | |
| CISelectNextPath | |
| CISignalInterface | |
| CISnapable | |
| CISourceCreated | Interface for Event Method by Source. On SourceCreated is called on all components implementing ISourceCreated |
| CIStatDisplay | |
| CIStatReset | |
| CITestCheck | |
| CITestPrepare | |
| CIUISkinEdit | |
| CIUItooltip | |
| CIXRSetup | |
| CKinematic | Kinematic component provides runtime hierarchy manipulation and pivot point adjustment for imported CAD models and assemblies |
| CKinematicMU | Enables physics-based transport of material units on guided surfaces with automatic path following and transitions |
| CKinematicTool | |
| CLamp | Lamp component for creating visual status indicators in industrial automation simulations |
| CLamp_Connection | PLC Inputs and Outputs for a Lamp. Can be added to the Lamp component |
| CLightGroup | The LightGroup is used to be able to set centralized multiple lights |
| CLightingSettingsInitializer | |
| CLine | Line implements straight-path segments for building complex material transport networks in automation systems |
| CLODGenerator | Contains methods for generating LODs (level of details) for game objects |
| CLODGeneratorHelper | A LOD (level of detail) generator helper |
| CLODLevel | A LOD (level of detail) level |
| CLogger | Static logging class for realvirtual framework with automatic hierarchy path inclusion |
| CLogicMove3AxisPickAndPlace | Controls a 3-axis pick and place automation sequence using three drives |
| CLogicStep | Base class for all logic steps that define sequential or parallel automation logic in realvirtual |
| CLogicStep_CinemachineCamera | |
| CLogicStep_Delay | Logic step that introduces a time delay before proceeding to the next step |
| CLogicStep_DriveTo | Logic step that moves a drive to a specified target position and waits for completion |
| CLogicStep_Enable | Logic step that enables or disables a GameObject and immediately proceeds |
| CLogicStep_JumpOnSignal | Logic step that conditionally jumps to another named step based on a signal value |
| CLogicStep_ParallelContainer | Logic step container that executes all child logic steps in parallel |
| CLogicStep_SerialContainer | |
| CLogicStep_SetSignalBool | Logic step that sets a boolean signal to a specified value and immediately proceeds |
| CLogicStep_StartDriveSpeed | |
| CLogicStep_StartDriveTo | |
| CLogicStep_StatEndCycle | |
| CLogicStep_StatOutput | |
| CLogicStep_StatStartCycle | |
| CLogicStep_StatState | |
| CLogicStep_WaitForDrivesAtTarget | |
| CLogicStep_WaitForSensor | Logic step that waits for a sensor to reach a specific occupation state before proceeding |
| CLogicStep_WaitForSignalBool | |
| CLogicStopDriveOnSensor | Automatically stops a drive when a sensor detects an object |
| CMainThreadDispatcher | |
| CMarcher | |
| CMarchingCubes | |
| CMarchingCubesTables | |
| CMaterialChanger | MaterialChanger dynamically switches between two materials based on various trigger conditions |
| CMaterializer | |
| CMaterialPalet | |
| CMaterialUpdateMapping | |
| CMaterialUpdateSettings | |
| CMaterialWindow | Class to handle the creation of the realvirtual menu |
| CMathHelper | Math helpers |
| CMeasure | Measure component for calculating and monitoring distances between GameObjects in real-time |
| CMeasureForce | MeasureForce measures forces and torques acting on Unity joints |
| CMeasurePLCCycleTime | |
| CMeasureRaycast | MeasureRaycast performs distance measurements using Unity's raycast system for sensor simulation |
| CMeasureTool | Class to handle the creation of the realvirtual menu |
| CMeshBufferMaterials | |
| CMeshBufferNormals | |
| CMeshCombine | |
| CMeshCombiner | Contains methods for combining meshes |
| CMeshCombinerEditor | |
| CmeshGizmo | |
| CMeshGPU | |
| CMeshSimplifier | The mesh simplifier |
| CMeshUtils | Contains utility methods for meshes |
| CMidArrow | Draw the mid arrow within the path system |
| CModbusInterface | Modbus TCP/RTU interface for communication with industrial devices using the Modbus protocol |
| CMotionState | |
| CMouseAndTouchRaycaster | |
| CMoveMU | MoveMU (Move Unit) controls physics-based movement of objects with direction and velocity management |
| CMovePivotTool | Move Pivot Tool - Entry point for pivot manipulation functionality |
| CMovePivotToolContent | Shared content for Move Pivot Tool - used by both overlay and window modes |
| CMovePivotWindow | Move Pivot dockable window - provides pivot manipulation in a standard Unity window |
| CMQTTInterface | MQTT interface for IoT and IIoT communication using the lightweight publish-subscribe messaging protocol |
| CMU | MU (Movable Unit) represents physical objects that move through automation systems as products, parts, or assemblies |
| CMUCounter | MUCounter displays the current count of MUs in the scene as UI text |
| CMultiuserUIManager | |
| CMultiuserWindow | |
| CMuRecorder | |
| ►CMuRecording | |
| CSnapshot | |
| CMuRecordingHandle | |
| CMUSwitcher | MUSwitcher dynamically toggles visibility of grouped GameObjects within MUs based on sensor detection |
| CNetworkDrive | |
| CNetworkInitializer | Initializes and manages networked components for collaborative multi-user simulation environments |
| CNetworkMU | |
| CNetworkPlayer | |
| CNetworkSensor | |
| CNetworkSignal | |
| CNetworkSource | |
| CNormalDebugVisualizer | |
| CNOVATarget | |
| CObjectContacts | |
| CObjectSelection | Class for highlighing objects in runtime (game mode) by changing materials and saving the original materials |
| CObjExporter | |
| CObjExporterScript | |
| COnSensorCameraOnMu | |
| COnValueChangedReconnectInterface | |
| COPCUA_Interface | OPC UA client interface for connecting to OPC UA servers used in industrial automation |
| COPCUA_Node | OPC UA node component for accessing individual data points on an OPC UA server |
| COPCUAInterfaceEditor | OPCUAInterface Editor class for the Unity Inspector window |
| COPCUANodeEditor | OPCUA_Node Editor class for the Unity Inspector window |
| COPCUANodeSubscription | OPC Node subscription class for active subscriptions |
| COrthoViewController | |
| COverlayButtonScaler | |
| CPanelReplacer | |
| CPanelResizer | Allows resizing of UI panels by dragging on edges or corners |
| CPartChanger | PartChanger component for dynamically switching between different visual representations of parts |
| CPartListGrouper | |
| CPathChain | PathChain implements continuous chain-driven transport systems following complex path networks |
| CPathMover | PathMover enables intelligent autonomous movement of material handling units along complex path networks |
| CPathStrategy | |
| CPattern | Pattern component for generating arrays of GameObjects in circular or matrix configurations |
| CPerformanceOptimizer | Dramatically improves runtime performance by intelligently combining static meshes into optimized batches |
| CPersistence | |
| CPixyzImporter | Helper to import CAD Data with PIXYZ intorealvirtual. Needs to be used together with CADUpdater |
| CPlannerAttributes | |
| CPlayGroupWindow | |
| CPLC_BoxConveyor | PLC Script for the realvirtual demo model |
| CPLC_CanConveyor | PLC Script for the realvirtual demo model |
| CPLC_Handling | PLC Script for the realvirtual demo model |
| CPLC_Robot | PLC Script for the realvirtual demo model |
| CPLCDemoCNCLoadUnload | |
| CPLCInputBool | PLC Boolean Input Signal - Represents a boolean input signal from PLC to simulation |
| CPLCInputFloat | PLC Float Input Signal - Represents a floating-point input signal from PLC to simulation |
| CPLCInputInt | PLC Integer Input Signal - Represents a 32-bit integer input signal from PLC to simulation |
| CPLCInputText | PLC BOOL INPUT Signal |
| CPLCInputTransform | PLC INT INPUT Signal |
| CPLCOutputBool | PLC Boolean Output Signal - Represents a boolean output signal from simulation to PLC |
| CPLCOutputFloat | PLC Float Output Signal - Represents a floating-point output signal from simulation to PLC |
| CPLCOutputInt | PLC Integer Output Signal - Represents a 32-bit integer output signal from simulation to PLC |
| CPLCOutputText | PLC INT Output Signal |
| CPLCOutputTransform | |
| CPrefabGenerator | Automates creation of optimized prefabs with embedded mesh assets for efficient industrial model management |
| CPrepare202215Update | |
| CProjectPathMenuItem | |
| CProjectSettingsTools | |
| CPushButton3D | |
| CQualityController | |
| CQualityToggleChange | |
| CQuickEdit | Legacy adapter for old QuickEdit references This provides backward compatibility for scripts that used the old QuickEdit system |
| CQuickEditMenuItem | The class is automatically saving the scene when run is started in the Unity editor. It can be turned off by the toggle in the realvirtual menu |
| CQuickEditToolbarIMGUI | |
| CRaycasterResult | |
| CReadOnlyAttribute | |
| CReadOnlyDrawer | |
| CrealvirtualBehavior | This is the base class for all realvirtual objects. This base clase is providing some additional scripts and properties for all components |
| CrealvirtualController | This object needs to be in every realvirtual scene. It controls main central data (like scale...) and manages main realvirtual settings for the scene |
| CrealvirtualEventBlockRotation | |
| CrealvirtualEventDoubleClicked | |
| CrealvirtualEventHovered | |
| CrealvirtualEventLongPressed | |
| CrealvirtualEventMUCreated | Unity event triggered when an MU is created, passing the created MU as parameter |
| CrealvirtualEventMultiSelect | |
| CrealvirtualEventMultiSelectEmpty | |
| CrealvirtualEventSelected | |
| CRealVirtualHMIEvent | |
| CrealvirtualToolbar | |
| CRealvirtualTooltip | |
| CrealvirtualUI | |
| CRealvirtualUISkin | |
| CrealvirtualVersion | |
| CrealvirutalEventMouseDownOnObject | |
| CRecalculateMeshNormals | |
| CRecordingHandle | |
| CRelayConnectionManager | |
| CReparentingTool | |
| CReplayRecording | |
| CResetSignal | Behavior model which is just connecting an PLCOutput to an PLCInput |
| CRoboDKInterface | This is the first version of the RoboDK integration |
| CRoboDKTarget | |
| CRobotArea | |
| CRobotIK | Provides industrial robot inverse kinematics for 6-axis robotic arms with advanced path planning and motion control |
| CRobotJointSolution | |
| CRobotSafetyArea | |
| ►CRuntimeNews | |
| CUserFileInfo | |
| CUserNewsEntry | |
| CUserResponse | |
| CRuntimeNewsElement | |
| ►CRuntimePersistence | |
| CProperty | |
| CRuntimeSelection | |
| CRuntimeTooltip | Provides runtime tooltip functionality for 3D objects with automatic collider generation |
| CrvInspectorButton | |
| CrvPlanner | |
| CrvSceneDescriptions | |
| CrvUIAutoRowHeight | |
| CrvUIButton | |
| CrvUIButtonGroup | |
| CrvUIColorizer | |
| CrvUICopySize | Copies the size of one RectTransform to another RectTransform |
| CrvUIElement | |
| CrvUIInputField | |
| CrvUIMoveToMouse | Moves a UI element to follow the mouse position with an optional offset |
| CrvUIObjectField | |
| CrvUIObjectPickerWindow | |
| CrvUIPopupWindow | |
| CrvUIScaler | |
| CrvUISearchbar | |
| CrvUISizeLink | |
| CrvUIToggle | |
| CrvUIToolbarButton | |
| CrvUIURLField | |
| CrvUIWindow | |
| CrvUIWindowSortOrder | |
| CS7Interface | S7 TCP/IP interface for direct communication with Siemens SIMATIC S7 PLCs (S7-300, S7-400, S7-1200, S7-1500) |
| CS7InterfaceSignal | |
| CSceneButtonBase | |
| CSceneButtonMoveable | |
| CSceneDescription | |
| CSceneDescriptionComponent | |
| CSceneDescriptionSO | |
| CSceneInfo | |
| CSceneManagement | |
| CSceneMouseNavigation | Controls the Mouse and Touch navigation in Game mode |
| CSceneSelectable | |
| CSceneSelectionManager | Manages interactive object selection and highlighting in 3D scenes with multi-layer visual feedback systems |
| CSceneStats | |
| CSceneTools | Static utility class for scene cleanup and management operations |
| CSCurve | |
| CSCurveGenerator7Segment | Utility class for generating a jerk-limited 7-segment S-curve that covers distance x, from v0->v1, with constraints on v_max, a_max, j_max, assuming final accel=0 and an arbitrary initial accel=a0 |
| CSCurveResult | Holds the final result of a 7-segment S-curve calculation: |
| CScurveSegment | Data structure representing one segment of a jerk-limited S-curve |
| CSCurveTest | |
| CSearchbarFilterScenes | |
| CSelectablePart | |
| CSelectionRaycast | Selection Raycast for selecting objects during runtime |
| CSelectionWindow | |
| CSelectionWindowSettings | |
| CSelectMaterialsInScene | |
| CSensor | Detects MUs and GameObjects using collider or raycast methods with PLC signal integration for industrial automation |
| CSensor_Standard | The Sensor_Standard component is providing the Sensor behavior and connection to the PLC inputs and outputs |
| CSetGroupPrefix | |
| CSettingsController | |
| CSettingsSignal | Struct for Settings of Signals |
| CSettingsWindowCtrl | |
| CSEWSimInterface | |
| CSHMSignal | Struct for an SHM Signal |
| CSignal | The base class for all Signals |
| CSignalCatcher | Collects and organizes all signals in the scene under a single parent object |
| CSignalChart | Records signal values over time into an AnimationCurve for visualization and analysis |
| CSignalConnection | |
| CSignalData | |
| CSignalEvent | Unity event for signal-based communication in the realvirtual framework |
| CSignalExport | |
| CSignalExportList | |
| CSignalHierarchyContextMenu | |
| CSignalImporterExporter | |
| CSignalInspectorWindow | |
| CSignalManager | Centralizes signal management and connectivity analysis for complex automation systems with automatic connection capabilities |
| CSignalReceiver | |
| CSignalSender | |
| CSignalState | |
| CSignalTrace | Scriptable object for saving camera positions (user views) |
| CSignalTracer | Records and traces signal values over time for analysis and debugging purposes |
| CSimpleJoint | SimpleJoint streamlines Unity physics joint configuration for industrial automation simulations |
| CSimplificationOptions | Options for mesh simplification |
| CSimulationPath | SimulationPath provides intelligent path-based transport routing for material handling units in automation systems |
| CSimulationPathEvent | |
| CSimulationStationEvent | |
| CSimulinkInterface | Shared memory interface for an interface based on Siemens Simit shared memory structure (see Simit documentation) |
| CSink | Sink component for removing MUs from the simulation, representing endpoints in material flow systems |
| CSinkEventOnDestroy | Unity event triggered when an MU is destroyed by a sink, passing the destroyed MU as parameter |
| CSkinController | |
| CSkinToggleChanged | |
| CSkyBall | |
| CSkyboxSetup | |
| CSmoothMotion | Implements advanced S-curve motion profiles for smooth, jerk-limited movement in industrial automation |
| CSmoothMotionController | Controls smooth S-curve motion profiles for precise positioning of automation components with jerk limitation |
| ►CSnapControl | |
| COnIsSnappedEvent | |
| COnIsUnsnappedEvent | |
| CSnapPoint | Snap point object. Actual used for conveyor and simulation path |
| CSocketMessage | |
| CSound | Sound provides audio feedback for automation components |
| CSource | Source component that generates MUs (Movable Units) during simulation runtime, simulating production systems and material supply points |
| CStartCameraPosition | |
| CStartDemoSceneHMI | |
| CStartDriveOnCondition | StartDriveOnCondition automatically starts a drive based on monitoring other drive positions or sensor states |
| CStatController | Orchestrates industrial statistics collection and periodic reset cycles for performance monitoring systems |
| CStatCycleTime | Measures and analyzes production cycle times for performance optimization and validation in industrial systems |
| CStatDisplay | |
| CStationSensor | |
| CStatOutput | |
| CStatStates | |
| CStatusBool | Struct for current status of a bool signal |
| CStatusFloat | Struct for current status of a float signal |
| CStatusInt | Struct for current status of a omt signal |
| CStatusText | Struct for current status of a text signal |
| CStatusTransform | Struct for current status of a bool signal |
| CSymmetricMatrix | A symmetric matrix |
| CTestDriveRecordings | |
| CTestModelController | |
| CTestSensorCount | |
| CTestSensorSink | |
| CTestSignalChanged | |
| CTestSmoothDrive | |
| CTextTimer | |
| CTextTransportData | |
| CThreeMFPart | |
| CToggleButton | |
| CToolbarLogoButton | |
| CToolbarScaler | |
| CTooltipController | Controls the display of tooltips when hovering over objects with RuntimeTooltip components |
| CTouchInteraction | Controls touch interaction during game4automation simulation / play mode |
| CTransportGuided | TransportGuided creates guided transport paths for MUs with automatic path following |
| CTransportSurface | TransportSurface simulates conveyor belts and transport systems for moving objects through industrial automation processes |
| CTransportsurfaceCollider | The drive is moving components including all sub components along the local axis of the game object |
| CTransportSurfaceDriveHierarchyRule | Validates that TransportSurface components don't have more than one Drive component above them in the hierarchy |
| CTwinCatAdsInterface | TwinCAT ADS interface for communication with Beckhoff automation systems using the ADS (Automation Device Specification) protocol |
| CTwinCATSignal | |
| CUDPInterface | |
| CUI | |
| CUIButton | Pushbutton that can be connected to a PLCInput |
| CUIButtonClick | |
| CUIElementResize | |
| CUIGroupElement | |
| CUILamp | UI Lamp component that can be connected to a PLCOutput |
| CUIMessage | Modal UI Message box which can be opened by a PLC signal. Can be used for example for displaying warnings |
| CUIMessageBox | Displays a message box with a text field in the middle of the gameview |
| CUIPanelRow | |
| CUISceneElement | |
| CUIWindow | |
| CUIWindowMovement | |
| CUnFixer | UnFixer component releases fixed MUs back to physics simulation for free movement |
| CUniversalRobotsInterface | |
| CUpdateScene2022 | |
| CValidateSimplificationOptionsException | An exception thrown when validating simplification options |
| CVector3d | A double precision 3D vector |
| CVirtualCameraController | |
| CWandelbotsNOVAInterface | WandelbotsNOVAInterface is an Interface for the Wandelbots NOVA API |
| CWandelscriptRunner | |
| CWebSocketClientInstance | |
| CWebsocketRealtimeInterface | |
| CWebSocketServerInstance | |
| CWindowController | Controls floating windows during simulation / gamemode for hierarchy / inspector and automation UI display |
| CZeroOneTransition |