protected Visualization createVisualization(Dataset dataset, Transform parent)
{
GameObject go = new GameObject();
//string folderName = new DirectoryInfo(rootFolder).Name;
Visualization v = go.AddComponent <Visualization>();
go.name = dataset.csvMetadataFile.name;
go.transform.parent = parent;
AutographerParser parser = go.AddComponent <AutographerParser>();
//parser.allowInterp = this.GetComponent<AutographerParser>().allowInterp;
//parser.imageResolution = this.GetComponent<AutographerParser>().imageResolution;
v.projectName = dataset.csvMetadataFile.name;
v.csvMetadataFile = dataset.csvMetadataFile;
v.imageDirectory = dataset.imageDirectory;
v.imageExtension = dataset.imageExtension;
//v.tb = this;
v.targetMetadataParser = v.GetComponent <MetadataParser>();
//v.pather = this.pather;
//v.DoubleSidedMesh = this.DoubleSidedMesh;
//v.quadTemplate = this.quadTemplate;
v.quadTemplates = dataset.quadTemplates;
v.tvisLayout = this.tvisLayout;
v.usePhotos = this.usePhotos;
//v.transform.parent = this.sceneParent;
return(v);
}
private IEnumerator CenterIsland()
{
Vector3 _tempPosition = _visualizationPosition;
while (Vector3.Distance(_tempPosition, _targetPosition) > 0.01f)
{
float currentTime = (Time.deltaTime / 0.25f);
_tempPosition = Vector3.Lerp(_tempPosition, _targetPosition, currentTime);
_visualization.transform.localPosition = _tempPosition;
yield return(null);
}
_visualization.transform.localPosition = _targetPosition;
float tempScale = 1.0f;
while ((_targetScale - tempScale) > 0.01f)
{
float currentTime = (Time.deltaTime / 1.0f);
tempScale = Mathf.Lerp(tempScale, _targetScale, 0.1f);
SetScaleRelativeToCenter(tempScale);
yield return(null);
}
SetScaleRelativeToCenter(_targetScale);
_visualization.GetComponent <ObjectStateSynchronizer>().SyncActive = true;
}
public override bool Process()
{
// Create Visualization
Visualization.GetComponent <GenericVisualization>().CreateVisualization();
// Enable Interaction Script
SetOutputData(GetRawInputData()); // Visualization does not change data
return(true);
}
public override IEnumerator Perform(SpeechInteractionEventArgs eventArgs)
{
UpdateHighlights(eventArgs);
_visualization = UIManager.Instance.Visualization;
_visualization.GetComponent <ObjectStateSynchronizer>().SyncActive = false;
_visualizationPosition = _visualization.transform.localPosition;
_visualizationScale = _visualization.transform.localScale;
_startScale = _visualizationScale.x;
_targetScale = 0.01f;
yield return(ReturnToDefaultScale());
}
private IEnumerator ReturnToDefaultScale()
{
float tempScale = _startScale;
float scalingFactor = tempScale / _startScale;
while ((tempScale - _targetScale) > 0.0001f)
{
float currentTime = (Time.deltaTime / 1.0f);
tempScale = Mathf.Lerp(tempScale, _targetScale, 0.1f);
scalingFactor = tempScale / _startScale;
SetScaleRelativeToCenter(scalingFactor);
yield return(null);
}
scalingFactor = _targetScale / _startScale;
_visualization.GetComponent <ObjectStateSynchronizer>().SyncActive = true;
SetScaleRelativeToCenter(scalingFactor);
yield break;
}
public IEnumerator Perform(Interactable focused)
{
UpdateHighlights(focused);
_visualization = UIManager.Instance.Visualization;
_visualization.GetComponent <ObjectStateSynchronizer>().SyncActive = false;
_contentPane = UIManager.Instance.ContentPane;
_visualizationPosition = _visualization.transform.localPosition;
_visualizationScale = _visualization.transform.localScale;
_paneBounds = GameObject.Find("Water").GetComponent <MeshRenderer>().bounds;
_focusedBounds = GetInteractableBounds(_focused);
_maxPaneExtent = Mathf.Max(_paneBounds.extents.x, _paneBounds.extents.z);
_maxFocusedExtent = Mathf.Max(_focusedBounds.extents.x, _focusedBounds.extents.z);
_targetScale = (_maxPaneExtent / _maxFocusedExtent) * 0.8f;
_focusedPosition = _contentPane.transform.InverseTransformPoint(_focusedBounds.center);
_focusedPosition = new Vector3(_focusedPosition.x, 0, _focusedPosition.z);
_targetPosition = _visualizationPosition - _focusedPosition;
yield return(CenterIsland());
}