/// <summary>
/// Wrapper method to trigger the Activation Toggle using Leap Motion interaction.
/// </summary>
private void vrlmTriggerActivationToggle()
{
bool hasBeenActivated = tdrcInterface.triggerActivationToggle();
// if this 3D Radar Chart has been activated: link this 3D Radar Chart to the user's Leap Motion hand menus
if (hasBeenActivated)
{
// update reference to Time Slice GameObject
ibTimeSliceGO = tdrcInterface.interact_timeSliceGO.GetComponent <InteractionBehaviour>();
// find GameObject instance holding the user's Leap Motion Hand Menu components
GameObject vrlmAttachmentControllerGO = GameObject.Find(cnfgVRLM_LeapMotionAttachmentGameObjectName);
// set Hand Menu references and update them
if (vrlmAttachmentControllerGO != null)
{
timeSliceMovementHandMenu = vrlmAttachmentControllerGO.GetComponent <VRLMTimeSliceMovementHandMenu>();
if (timeSliceMovementHandMenu != null)
{
timeSliceMovementHandMenu.setTDRCInterface(tdrcInterface);
timeSliceMovementHandMenu.updateTimeLabel(tdrcInterface.freqPolyManager.getFrequencyPointListForCurrentlySelectedTimeIndex()[0].time);
timeSliceMovementHandMenu.updateButtonSprites();
}
timeRangeSelectionHandMenu = vrlmAttachmentControllerGO.GetComponent <VRLMTimeRangeSelectionHandMenu>();
if (timeRangeSelectionHandMenu != null)
{
timeRangeSelectionHandMenu.setTDRCInterface(tdrcInterface);
}
}
// find GameObject instance holding the user's Leap Motion Time Range Selection Two-Hand Pinch component
GameObject vrlmTimeRangeSelectionTwoHandPinchGO = GameObject.Find(cnfgVRLM_LeapMotionTimeRangeSelectionTwoHandPinchGameObjectName);
// set reference and update
if (vrlmTimeRangeSelectionTwoHandPinchGO != null)
{
timeRangeSelectionTwoHandPinch = vrlmTimeRangeSelectionTwoHandPinchGO.GetComponent <VRLMTimeRangeSelectionTwoHandPinch>();
if (timeRangeSelectionTwoHandPinch != null)
{
timeRangeSelectionTwoHandPinch.setTDRCInterface(tdrcInterface);
}
}
}
}
/// <summary>
/// General update routine.
/// </summary>
private void Update()
{
// KEYBOARD INTERACTION for demonstration purposes
//
// Q - init and load data
if (Input.GetKeyDown(KeyCode.Q))
{
Debug.Log("Q pressed");
// only instantiate if not already existing
if (demo_TDRCInterface == null && mainCamera != null)
{
// instantiate new TDRCInterface GameObject (attached as a Child to the GameObject this demo script is attached to) and get reference to ThreeDimRadarChartInterface component
demo_TDRCInterface = Instantiate(Resources.Load(demo_TDRCInterfacePrefab) as GameObject, this.transform).GetComponent <ThreeDimRadarChartInterface>();
demo_TDRCInterface.name = "TDRCInterface_1";
// AFTER instantiation _AND_ BEFORE INITIALIZATION: do additional custom configurations to the ThreeDimRadarChartInterface, e.g., set data source and data source color coding properties, configure data transformation related values (normalization, scaling), etc.
// Note: Default configuration possible beforehand by editing the Prefab directly in the Resources directory using the Unity Inspector. (Recommendation: If done so, create a copy of the original Prefab for save keeping of original configuration.)
//
// Some configuration examples:
//demo_TDRCInterface.dataSourceLocalFilePath = "3D_Radar_Chart-resources/data/sample_data-3dtimevis";
//demo_TDRCInterface.isDataLoadedFromServer = false;
//demo_TDRCInterface.cnfg2d_isFrequencyPolygonVisualizationNormalized = true;
//demo_TDRCInterface.cnfg2d_frequencyPolygonMinimumDataValueForNormalization = 1; // based on Resources/3D_Radar_Chart-resources/data/sample_data-3dtimevis
//demo_TDRCInterface.cnfg2d_frequencyPolygonMaximumDataValueForNormalization = 36; // based on Resources/3D_Radar_Chart-resources/data/sample_data-3dtimevis
//demo_TDRCInterface.cnfg2d_frequencyPolygonNormalizationScaleFactor = 10.0f;
//demo_TDRCInterface.cnfg2d_frequencyPolygonDataValueScaling = TDRCFrequencyPolygon.DataValueScaling.Linear;
//demo_TDRCInterface.cnfg2d_linearScaleFactor = 0.25f;
// ...
// configuration for VR and Leap Motion
if (demo_isEnabledForLeapMotionVRUsage)
{
demo_TDRCInterface.cnfgVRLM_isEnabled = true;
}
else
{
demo_TDRCInterface.cnfgVRLM_isEnabled = false;
}
// initialize 3D Radar Chart
demo_TDRCInterface.initWithCameraAndPosition(mainCamera, demo_TDRCPosition);
}
}
// if 3D Radar Chart has been set up
if (demo_TDRCInterface != null)
{
// A - toggle activation state
if (Input.GetKeyDown(KeyCode.A))
{
Debug.Log("A pressed");
demo_TDRCInterface.triggerActivationToggle();
}
// RIGHT / LEFT ARROW KEY - manual rotation of the Rotation Handle
if (Input.GetKeyDown(KeyCode.RightArrow))
{
Debug.Log("RIGHT Arrow pressed");
demo_TDRCInterface.interact_rotationHandle.rotateRight(demo_TDRCInterface.cnfgRotHndl_manualRotationEulerAngle);
}
if (Input.GetKeyDown(KeyCode.LeftArrow))
{
Debug.Log("LEFT Arrow pressed");
demo_TDRCInterface.interact_rotationHandle.rotateLeft(demo_TDRCInterface.cnfgRotHndl_manualRotationEulerAngle);
}
// UP / DOWN ARROW KEY - move Time Slice up and down by one index along the time-series axis
if (Input.GetKeyDown(KeyCode.UpArrow))
{
Debug.Log("UP Arrow pressed");
demo_TDRCInterface.timeSliceMoveUpOneIndex();
}
if (Input.GetKeyDown(KeyCode.DownArrow))
{
Debug.Log("DOWN Arrow pressed");
demo_TDRCInterface.timeSliceMoveDownOneIndex();
}
// S - iterate through Time Range Selection states
if (Input.GetKeyDown(KeyCode.S))
{
Debug.Log("S pressed");
demo_TDRCInterface.timeRangeSelector.iterateTimeRangeSelectionState();
}
}
}