Types in wvr.h¶

WVR enum
WVR struct

WVR enum¶

Common enum

enum WVR_Result¶

the returned result of a function call for providing the information of failure.

Values:

WVR_Success = 0¶: The result of the function call was successful.

WVR_Error_SystemInvalid = 1¶: The initialization was not finished or the feature was not started yet.

WVR_Error_InvalidArgument = 2¶: One of the arguments was not appropriate for the function call.

WVR_Error_OutOfMemory = 3¶: A memory allocation has failed.

WVR_Error_FeatureNotSupport = 4¶: The feature was not supported; either lack of some services or service does not support this feature.

WVR_Error_RuntimeVersionNotSupport = 5¶: The runtime version is too old to support the function call.

WVR_Error_CameraNotAvailable = 6¶: Camera was unavailable, cannot query camera related information.

WVR_Error_CameraPermissionNotGranted = 7¶: The Android camera permission was not granted yet.

WVR_Error_DeviceDisconnected = 8¶: The device is disconnected

WVR_Error_TrackerDisconnected = 9¶: The tracker is disconnected.

WVR_Error_CtrlerModel_WrongDeviceType = 100¶: Input wrong device type for asking controller model.

WVR_Error_CtrlerModel_DeviceDisconnected = 101¶: The controller device you want to get its model is disconnected.

WVR_Error_CtrlerModel_InvalidModel = 102¶: We can’t get model that can be use.

WVR_Error_CtrlerModel_Unknown = 103¶: Unknown error.

WVR_Error_CtrlerModel_NoAnimationData = 104¶

WVR_Error_InvalidRenderModel = 110¶

WVR_Error_EyeTracking_NotInitial = 200¶: The eye calibration procedure has not been initialized.

WVR_Error_EyeTracking_NotWorking = 201¶: The operation of eye tracking is not working.

WVR_Error_HandTracking_FeatureNotRequested = 300¶: The AndroidManifest.xml of this VR App does not request hand tracking feature.

WVR_Error_Tracker_FeatureNotRequested = 301¶: The AndroidManifest.xml of this VR App does not request tracker feature.

WVR_Error_EyeTracking_FeatureNotRequested = 302¶: The AndroidManifest.xml of this VR App does not request eye tracking feature.

WVR_Error_LipExpression_FeatureNotRequested = 303¶: The AndroidManifest.xml of this VR App does not request lip expression feature.

WVR_Error_EyeExpression_FeatureNotRequested = 304¶: The AndroidManifest.xml of this VR App does not request eye expression feature.

WVR_Error_ScenePerception_FeatureNotRequested = 305¶: The AndroidManifest.xml of this VR APP does not request scene perception feature.

WVR_Error_Data_Invalid = 400¶: Data is invalid or unavailabe at this moment, ex., visual occlusion.

WVR_Error_PermissionNotGranted = 401¶: VR APP does not grant the required permission

Tracking Device enum

enum WVR_DeviceErrorStatus

The error status of the specified device from the device service.

The device service uses bitmask to record the device error, because many errors might occur at the same time. Each error status represents a hardware exception for the device. The restore status means that the error status has been fixed.

Values:

WVR_DeviceErrorStatus_None = 0: Status of the device service is normal.

WVR_DeviceErrorStatus_BatteryOverheat = 1: Battery temperature is too hot.

WVR_DeviceErrorStatus_BatteryOverheatRestore = 1 << 1: Battery temperature has cooled down.

WVR_DeviceErrorStatus_BatteryOvervoltage = 1 << 2: Battery is overvoltage when charging.

WVR_DeviceErrorStatus_BatteryOvervoltageRestore = 1 << 3: Overvoltage has been fixed.

WVR_DeviceErrorStatus_DeviceConnectFail = 1 << 4: Failed to connect to the USB device.

WVR_DeviceErrorStatus_DeviceConnectRestore = 1 << 5: Connection failure has been fixed.

WVR_DeviceErrorStatus_DeviceLostTracking = 1 << 6: The device being tracked might be out of range.

WVR_DeviceErrorStatus_DeviceTrackingRestore = 1 << 7: Lost tracking has been fixed.

WVR_DeviceErrorStatus_ChargeFail = 1 << 8: The consumed voltage is larger than the charging voltage when the device is charging.

WVR_DeviceErrorStatus_ChargeRestore = 1 << 9: Charging failure has been fixed.

enum WVR_DeviceType¶

The type of VR device.

Describes the role of VR devices

Values:

WVR_DeviceType_Invalid = 0¶: The device is unknown or not existing.

WVR_DeviceType_HMD = 1¶: Head-Mounted Display.

WVR_DeviceType_Controller_Right = 2¶: Right hand tracked controller.

WVR_DeviceType_Controller_Left = 3¶: Left hand tracked controller.

WVR_DeviceType_Camera = 4¶: Camera device

WVR_DeviceType_EyeTracking = 5¶: Eye tracking.

WVR_DeviceType_HandGesture_Right = 6¶: Right hand of gesture.

WVR_DeviceType_HandGesture_Left = 7¶: Left hand gesture.

WVR_DeviceType_NaturalHand_Right = 8¶: Right natural hand.

WVR_DeviceType_NaturalHand_Left = 9¶: Left natural hand.

WVR_DeviceType_ElectronicHand_Right = 10¶: Right electronic hand.

WVR_DeviceType_ElectronicHand_Left = 11¶: Left electronic hand.

WVR_DeviceType_Tracker = 12¶: Tracker.

WVR_DeviceType_Lip = 13¶: Lip and lower face detection device

WVR_DeviceType_EyeExpression = 14¶: Eye expression

enum WVR_EventType

event type

Values:

WVR_EventType_Quit = 1000: common event region Application Quit.

WVR_EventType_InteractionModeChanged = 1001: WVR_InteractionMode changed. Use WVR_GetInteractionMode to get the interaction mode.

WVR_EventType_GazeTriggerTypeChanged = 1002: WVR_GazeTriggerType changed. Use WVR_GetGazeTriggerType to get the gaze trigger type.

WVR_EventType_TrackingModeChanged = 1003: Notification for tracking mode change(3 DoF/6 DoF). Use WVR_GetDegreeOfFreedom to get the current tracking mode.

WVR_EventType_RecommendedQuality_Lower = 1004: Notification for recommended quality to be Lower from runtime.

WVR_EventType_RecommendedQuality_Higher = 1005: Notification for recommended quality to be Higher from runtime.

WVR_EventType_HandGesture_Changed = 1006: Notification for changed gesture.

WVR_EventType_HandGesture_Abnormal = 1007: Notification for abnormal gesture.

WVR_EventType_HandTracking_Abnormal = 1008: Notification for abnormal hand tracking.

WVR_EventType_ArenaChanged = 1009: Notification for arena have been changed.

WVR_EventType_RenderingToBePaused = 1010: Notification for the rendering is going to be paused due to user take off HMD and display off.

WVR_EventType_RenderingToBeResumed = 1011: Notification for the rendering is going to be resumed due to user put on HMD and display on.

WVR_EventType_SpectatingStarted = 1012: Notification for the spectating started.

WVR_EventType_SpectatingStopped = 1013: Notification for the spectating stopped.

WVR_EventType_DeviceConnected = 2000: Device events region WVR_DeviceType is connected.

WVR_EventType_DeviceDisconnected = 2001: WVR_DeviceType is disconnected.

WVR_EventType_DeviceStatusUpdate = 2002: WVR_DeviceType configuration has changed.

WVR_EventType_DeviceSuspend = 2003: (deprecated)

WVR_EventType_DeviceResume = 2004: (deprecated)

WVR_EventType_IpdChanged = 2005: The interpupillary distance has changed; Use WVR_GetRenderProps to get the current IPD.

WVR_EventType_DeviceRoleChanged = 2006: WVR_DeviceType controller roles have switched.

WVR_EventType_BatteryStatusUpdate = 2007: The battery status of WVR_DeviceType device has changed. Use WVR_GetBatteryStatus to check the current battery status.

WVR_EventType_ChargeStatusUpdate = 2008: The charged status of WVR_DeviceType device has changed. Use WVR_GetChargeStatus to check the current battery charge status.

WVR_EventType_DeviceErrorStatusUpdate = 2009: WVR_DeviceType device error occurs. Use WVR_GetDeviceErrorState to get the current error status from the device service.

WVR_EventType_BatteryTemperatureStatusUpdate = 2010: The battery temperature status of WVR_DeviceType device has changed. Use WVR_GetBatteryTemperatureStatus to check the current battery temperature.

WVR_EventType_RecenterSuccess = 2011: Notification for successful recenter for the 6 DoF device

WVR_EventType_RecenterFail = 2012: Notification for recenter failed for the 6 DoF device

WVR_EventType_RecenterSuccess3DoF = 2013: Notification for recenter successful for the 3 DoF device

WVR_EventType_RecenterFail3DoF = 2014: Notification for recenter failed for the 3 DoF device

WVR_EventType_ClearHmdTrackingMapDone = 2015: Notification of the finish of clearing operation of HMD tracking map from device service.

WVR_EventType_InputDevMappingChanged = 2016: Notification for input device mapping table changed.

WVR_EventType_BatteryPercentageUpdate = 2017: The battery percentage of WVR_DeviceType device has changed. Use WVR_GetDeviceBatteryPercentage to check the current battery level.

WVR_EventType_DeviceInfoUpdate = 2018: The device information of WVR_DeviceType device has changed.

WVR_EventType_PassthroughOverlayShownBySystem = 2100: Notification for passthrough overlay is shown by the system.

WVR_EventType_PassthroughOverlayHiddenBySystem = 2101: Notification for passthrough overlay is hidden by the system.

WVR_EventType_ControllerPoseModeChanged = 2102

WVR_EventType_ControllerPoseModeOffsetReady = 2103

WVR_EventType_DeviceTableStaticLocked = 2104: WVR_DeviceType is on table static state.

WVR_EventType_DeviceTableStaticUnlocked = 2105: WVR_DeviceType is not on table static state.

WVR_EventType_ManualFocusChanged = 2106: Notification for manual focus is changed.

WVR_EventType_Hand_EnhanceStable = 2900: Hand and Wrist Tracker event Notification for Enhanced Hand Stability ON or OFF

WVR_EventType_ButtonPressed = 3000: Input Event region WVR_InputId status changed to pressed.

WVR_EventType_ButtonUnpressed = 3001: WVR_InputId status changed to not pressed

WVR_EventType_TouchTapped = 3002: WVR_InputId status changed to touched.

WVR_EventType_TouchUntapped = 3003: WVR_InputId status changed to untouched.

WVR_EventType_LeftToRightSwipe = 3004: Notification for swipe motion (left to right) on the touchpad

WVR_EventType_RightToLeftSwipe = 3005: Notification for swipe motion (right to left) on the touchpad

WVR_EventType_DownToUpSwipe = 3006: Notification for swipe motion (down to up) on the touchpad

WVR_EventType_UpToDownSwipe = 3007: Notification for swipe motion (up to down) on the touchpad

WVR_EventType_TrackerConnected = 4000: Tracker events region WVR_TrackerId is connected.

WVR_EventType_TrackerDisconnected = 4001: WVR_TrackerId is disconnected.

WVR_EventType_TrackerBatteryLevelUpdate = 4002: The battery level of WVR_TrackerId has changed. Use WVR_GetTrackerBatteryLevel to check the current battery level.

WVR_EventType_TrackerRoleChanged = 4003: WVR_TrackerId is role changed.

WVR_EventType_TrackerButtonPressed = 5000: Tracker input events region WVR_InputId status of WVR_TrackerId changed to pressed.

WVR_EventType_TrackerButtonUnpressed = 5001: WVR_InputId status of WVR_TrackerId changed to not pressed

WVR_EventType_TrackerTouchTapped = 5002: WVR_InputId status of WVR_TrackerId changed to touched.

WVR_EventType_TrackerTouchUntapped = 5003: WVR_InputId status of WVR_TrackerId changed to untouched.

enum WVR_Eye

The sides of target scene.

Specify the side of eye for target scene.

Values:

WVR_Eye_Left = 0: WVR_Eye_Left: Left eye id.

WVR_Eye_Right = 1: WVR_Eye_Right: Right eye id.

WVR_Eye_Both = 2: WVR_Eye_Both: Both Left and Right eye id.

enum WVR_InputId

The input id of the device.

Values:

WVR_InputId_0 = 0

WVR_InputId_1 = 1

WVR_InputId_2 = 2

WVR_InputId_3 = 3

WVR_InputId_4 = 4

WVR_InputId_5 = 5

WVR_InputId_6 = 6

WVR_InputId_7 = 7

WVR_InputId_8 = 8

WVR_InputId_9 = 9

WVR_InputId_10 = 10

WVR_InputId_11 = 11

WVR_InputId_12 = 12

WVR_InputId_13 = 13

WVR_InputId_14 = 14

WVR_InputId_15 = 15

WVR_InputId_16 = 16

WVR_InputId_17 = 17

WVR_InputId_18 = 18

WVR_InputId_19 = 19

WVR_InputId_Alias1_System = WVR_InputId_0: System button.

WVR_InputId_Alias1_Menu = WVR_InputId_1: Menu button.

WVR_InputId_Alias1_Grip = WVR_InputId_2: Grip button.

WVR_InputId_Alias1_DPad_Left = WVR_InputId_3: A physical DPad_Left button, or simulated by pressing the left part of the touchpad.

WVR_InputId_Alias1_DPad_Up = WVR_InputId_4: A physical DPad_Up button, or simulated by pressing the top part of the touchpad.

WVR_InputId_Alias1_DPad_Right = WVR_InputId_5: A physical DPad_Right button, or simulated by pressing the right part of the touchpad.

WVR_InputId_Alias1_DPad_Down = WVR_InputId_6: A physical DPad_Down button, or simulated by pressing the bottom part of the touchpad.

WVR_InputId_Alias1_Volume_Up = WVR_InputId_7: Volume_Up button.

WVR_InputId_Alias1_Volume_Down = WVR_InputId_8: Volume_Down button.

WVR_InputId_Alias1_Bumper = WVR_InputId_9: Bumper button.

WVR_InputId_Alias1_A = WVR_InputId_10: A button.

WVR_InputId_Alias1_B = WVR_InputId_11: B button.

WVR_InputId_Alias1_X = WVR_InputId_12: X button.

WVR_InputId_Alias1_Y = WVR_InputId_13: Y button.

WVR_InputId_Alias1_Back = WVR_InputId_14: Hmd Back button

WVR_InputId_Alias1_Enter = WVR_InputId_15: Hmd Enter button

WVR_InputId_Alias1_Touchpad = WVR_InputId_16: Touchpad input device.

WVR_InputId_Alias1_Trigger = WVR_InputId_17: Trigger input device.

WVR_InputId_Alias1_Thumbstick = WVR_InputId_18: Thumbstick input device.

WVR_InputId_Alias1_Parking = WVR_InputId_19: Parking input device.

WVR_InputId_Max = 32

enum WVR_PoseOriginModel

The style of tracking origin.

Identifies which style of tracking origin the application wants to use for the poses it is requesting

Values:

WVR_PoseOriginModel_OriginOnHead = 0: The origin of 6 DoF pose is on head.

WVR_PoseOriginModel_OriginOnGround = 1: The origin of 6 DoF pose is on ground.

WVR_PoseOriginModel_OriginOnTrackingObserver = 2: The raw pose from tracking system.

WVR_PoseOriginModel_OriginOnHead_3DoF = 3: The origin of 3 DoF pose is on head.

enum WVR_RecenterType¶

Recenter effect of WVR_InAppRecenter.

Values:

WVR_RecenterType_Disabled = 0¶: Make everything back to system coordinate instantly

WVR_RecenterType_YawOnly = 1¶: Only adjust the Yaw angle

WVR_RecenterType_YawAndPosition = 2¶: Adjust the Yaw angle, and also reset user’s position XYZ to Virtual World’s center

WVR_RecenterType_RotationAndPosition = 3¶: Affect all the XYZ and Pitch Yaw Roll. It is sensitive to user’s head gesture at recentering.

WVR_RecenterType_Position = 4¶: Reset user’s position XYZ to Virtual World’s center

enum WVR_SimulationType¶

Arm/Neck Model options of WVR_SetArmModel/WVR_SetNeckModel.

Values:

WVR_SimulationType_Auto = 0¶: Simulates device position while device tracking is only 3DoF.

WVR_SimulationType_ForceOn = 1¶: Always simulates and replaces devices’ positions.

WVR_SimulationType_ForceOff = 2¶: Do NOT activate Position Simulation.

enum WVR_TrackerId¶

The tracker id.

Version: API Level 8

Values:

WVR_TrackerId_0 = 0¶

WVR_TrackerId_1 = 1¶

WVR_TrackerId_2 = 2¶

WVR_TrackerId_3 = 3¶

WVR_TrackerId_4 = 4¶

WVR_TrackerId_5 = 5¶

WVR_TrackerId_6 = 6¶

WVR_TrackerId_7 = 7¶

WVR_TrackerId_8 = 8¶

enum WVR_TrackerRole¶

The tracker role Describes the role of the tracker device. API Level 8 : 0 ~ 3, API Level 12 : 0 ~ 3 + 32~36.

Version: API Level 12

Values:

WVR_TrackerRole_Undefined = 0¶

WVR_TrackerRole_Standalone = 1¶

WVR_TrackerRole_Pair1_Right = 2¶

WVR_TrackerRole_Pair1_Left = 3¶

WVR_TrackerRole_Upper_Arm_Right = 32¶

WVR_TrackerRole_Forearm_Right = 33¶

WVR_TrackerRole_Wrist_Right = 34¶

WVR_TrackerRole_Thigh_Right = 35¶

WVR_TrackerRole_Calf_Right = 36¶

WVR_TrackerRole_Ankle_Right = 37¶

WVR_TrackerRole_Upper_Arm_Left = 47¶

WVR_TrackerRole_Forearm_Left = 48¶

WVR_TrackerRole_Wrist_Left = 49¶

WVR_TrackerRole_Thigh_Left = 50¶

WVR_TrackerRole_Calf_Left = 51¶

WVR_TrackerRole_Ankle_Left = 52¶

WVR_TrackerRole_Chest = 62¶

WVR_TrackerRole_Waist = 63¶

Device enum

enum WVR_AnalogType¶

Analog type.

Values:

WVR_AnalogType_None = 0¶

WVR_AnalogType_2D = 1¶: Provide analog data with x and y coordinate, WVR_Axis value is -1 ~ 1

WVR_AnalogType_1D = 2¶: Provide analog data with x coordinate, WVR_Axis value is 0 ~ 1

Arena enum

enum WVR_ArenaVisible¶

To decide whether vitual wall should be showed.

Values:

WVR_ArenaVisible_Auto = 0¶: Show Arena while HMD is near boundaries

WVR_ArenaVisible_ForceOn = 1¶: Always show Arena

WVR_ArenaVisible_ForceOff = 2¶: Never show Arena

enum WVR_NumDoF¶

The type of degree of freedom (DoF)

Values:

WVR_NumDoF_3DoF = 0¶: Position (x, y, z) on 3 coordinates, which contains (1) moving up and down, (2) moving left and right, (3) moving forward and backward.

WVR_NumDoF_6DoF = 1¶: Position (x, y, z) on 3 coordinates and rotation (yaw, pitch, roll) on 3 coordinates.

enum WVR_ArenaShape¶

Supported play area shape.

Values:

WVR_ArenaShape_None = 0¶: Arena shape is undefined

WVR_ArenaShape_Rectangle = 1¶: Arena shape is rectangle

WVR_ArenaShape_Round = 2¶: Arena shape is round

Passthrough enum

enum WVR_PassthroughImageQuality¶

Enum used for indicating the quality of passthrough.

Values:

WVR_PassthroughImageQuality_DefaultMode = 0¶: default passthrough image quality (default)

WVR_PassthroughImageQuality_PerformanceMode = 1¶: shorten passthrough image quality to reserve more GPU resource for content use

WVR_PassthroughImageQuality_QualityMode = 2¶: sharpen passthrough image to benefit reading nearby text but cost more GPU resource with trade-off

enum WVR_PassthroughImageFocus¶

Enum used for indicating the focusing mode of passthrogh.

Values:

WVR_PassthroughImageFocus_Scale = 0¶: Focus on the interactive device scale, controller or hand(default)

WVR_PassthroughImageFocus_View = 1¶: Focus on the surrounding environment view.

WVR struct¶

Event struct

struct WVR_CommonEvent

Common Event that includes WVR_EventType and timestamp.

Public Members

WVR_EventType type: The event types

int64_t timestamp: Delivered time in nanoseconds

struct WVR_DeviceEvent

Device Event that includes WVR_EventType, timestamp, and WVR_DeviceType.

Public Members

WVR_CommonEvent_t common

WVR_DeviceType deviceType: Post event by WVR_DeviceType

struct WVR_InputEvent

Input Event that includes WVR_EventType, timestamp, WVR_DeviceType, and WVR_InputId.

Public Members

WVR_DeviceEvent_t device

WVR_InputId inputId: Post event by WVR_InputId

Tracking pose struct

struct WVR_Matrix4f

The basic matrix (4x4 floats) struct to be used in pose.

Public Members

float m[4][4]: Matrix form (4X4) to represent rotation and position of pose data.

struct WVR_Vector3f¶

The basic vector (3 floats) struct to be used in pose.

Public Members

float v[3]¶: Matrix form (3X1) to represent a set of data which contains 3 elements.

struct WVR_Vector2f¶

The basic vector (2 floats) struct to be used in pose.

Public Members

float v[2]¶: Matrix form (2X1) to represent a set of data which contains 2 elements.

struct WVR_Quatf¶

The basic quaternion (4 floats) struct to be used in pose.

Public Members

float w¶

float x¶

float y¶

float z¶: Quaternion form to represent rotation of pose.

struct WVR_Pose

Describes a single pose in quaternion form for a tracked object.

Public Members

WVR_Vector3f_t position: Position (x, y, z) part of the Pose (refer to WVR_Vector3f).

WVR_Quatf_t rotation: Rotation (quaternion form: w, x, y, z) part of the Pose (refer to WVR_Quatf).

struct WVR_PoseState

Describes a single pose in the rotation matrix form for a tracked object.

Public Members

bool isValidPose: The label of valid(true) or invalid(false) pose.

WVR_Matrix4f_t poseMatrix: The pose data (rotation, position) in matrix form (refer to WVR_Matrix4f).

WVR_Vector3f_t velocity: The velocity of the pose (refer to WVR_Vector3f).

WVR_Vector3f_t angularVelocity: The angular velocity of the pose.

bool is6DoFPose: The label of 6 DoF(true) or 3 DoF(false) pose.

int64_t timestamp: Absolute time (in nanosecond) of the pose.

WVR_Vector3f_t acceleration: The acceleration of the pose.

WVR_Vector3f_t angularAcceleration: The angular acceleration of the pose.

float predictedMilliSec: Number of milliseconds from now to predict poses.

WVR_PoseOriginModel originModel: The origin model of the pose.

WVR_Pose_t rawPose: The raw data of the pose from the device.

struct WVR_DevicePosePair

Aggregate the device type identity and device tracking pose.

Public Members

WVR_DeviceType type: VR device type.

WVR_PoseState_t pose: Pose information of the tracked VR device (refer to WVR_PoseState).

Device struct

struct WVR_Axis¶

Analog data.

Public Members

float x¶: -1<=x<=1 for WVR_AnalogType_2D; 0<=x<=1 for WVR_AnalogType_1D.

float y¶: -1<=y<=1 for WVR_AnalogType_2D; 0 for WVR_AnalogType_1D.

struct WVR_AnalogState¶

Analog state structure.

Public Members

WVR_InputId id¶: indicate the analog state belongs to which WVR_InputId

WVR_AnalogType type¶: indicate the analog data’s type

WVR_Axis_t axis¶: WVR_Axis, include analog data

struct WVR_TrackerCapabilities¶

The capabilities of the tracker device.

Version: API Level 8

Public Members

bool supportsOrientationTracking¶

bool supportsPositionTracking¶

bool supportsInputDevice¶

bool supportsHapticVibration¶

bool supportsBatteryLevel¶

bool supportsExtendedData¶

struct WVR_TrackerInfoNotify¶

The tracker info notify (includes a callback function which needs to be implemented by the developer).

Version: API Level 9

Public Members

WVR_TrackerInfoCallback callback¶

Arena struct

struct WVR_ArenaRectangle¶

Describes rectangle Arena area (play area) size parameters.

Public Members

float width¶: The width of rectangle Arena area

float length¶: The length of rectangle Arena area

struct WVR_ArenaRound¶

Describes round Arena area (play area) size parameter.

Public Members

float diameter¶: The diameter of round Arena area

struct WVR_Arena¶

Describes current effective Arena area (play area) shape and its related range parameters.

Public Members

WVR_ArenaShape shape¶: The setting of Arena shape

WVR_ArenaArea_t area¶: The setting of Arena area (refer to WVR_ArenaArea)

union WVR_ArenaArea¶

#include <wvr_arena.h>

Describes 2 types of Arena area (play area) range parameters.

Public Members

WVR_ArenaRectangle_t rectangle¶: The setting of rectangle Arena area (refer to WVR_ArenaRectangle)

WVR_ArenaRound_t round¶: The setting of round Arena area (refer to WVR_ArenaRound)