void FindTheARFloorBack()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
DestroyImmediate(placementStateData.arFloor);
FindTheARFloor();
}
void ConfirmARAnchorPoint()
{
UIStateManager.current.m_PlacementRules.SetActive(false);
m_Raycaster.ActiveScanning = false;
m_Raycaster.DisableCursor();
// calculate AR anchor point
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
PlanePlaneIntersection(out var unusedPoint, out var lineVec, placementStateData.firstARSelectedPlane.transform.up,
placementStateData.firstARSelectedPlane.transform.position,
placementStateData.secondARSelectedPlane.transform.up, placementStateData.secondARSelectedPlane.transform.position);
// calculate intersect with bottom floor for now
LinePlaneIntersection(out var anchorPoint, unusedPoint, lineVec, placementStateData.arFloor.transform.up, placementStateData.arFloor.transform.position);
placementStateData.arPlacementLocation = anchorPoint;
// calculate beam height
placementStateData.beamHeight = Math.Max(placementStateData.firstARSelectedPlane.GetComponent <Renderer>().bounds.size.y,
placementStateData.secondARSelectedPlane.GetComponent <Renderer>().bounds.size.y);
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
ARToolStateData toolState = ARToolStateData.defaultData;
toolState.navigationEnabled = false;
toolState.okEnabled = true;
toolState.previousStepEnabled = true;
toolState.arWallIndicatorsEnabled = true;
toolState.arAnchorPointsEnabled = true;
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetARToolState, toolState));
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetStatusWithType,
new StatusMessageData()
{
text = m_InstructionConfirmARAnchorPoint, type = StatusMessageType.Instruction
}));
}
void FindSecondARWallBack()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
DestroyImmediate(placementStateData.secondARSelectedPlane);
FindSecondARWall();
}
void ConfirmAnchorPointNext()
{
// first record the previously selected plane as Wall B
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
var info = UIStateManager.current.projectStateData.objectSelectionInfo;
placementStateData.secondSelectedPlane = info.CurrentSelectedObject().ClonePlaneSurface("secondWall", m_PlaneSelectionMaterial);
// calculate anchor point position
var floorContext = placementStateData.modelFloor.GetComponent <PlaneSelectionContext>().SelectionContextList[0];
var plane1Context = placementStateData.firstSelectedPlane.GetComponent <PlaneSelectionContext>().SelectionContextList[0];
var plane2Context = placementStateData.secondSelectedPlane.GetComponent <PlaneSelectionContext>().SelectionContextList[0];
PlanePlaneIntersection(out var unusedPoint, out var lineVec, plane1Context.SelectedPlane.normal, plane1Context.HitPoint,
plane2Context.SelectedPlane.normal, plane2Context.HitPoint);
// calculate intersect with bottom floor for now
LinePlaneIntersection(out var anchorPoint, unusedPoint, lineVec, floorContext.SelectedPlane.normal, floorContext.HitPoint);
placementStateData.modelPlacementLocation = anchorPoint;
// calculate beam height
placementStateData.beamHeight = Math.Max(placementStateData.firstSelectedPlane.GetComponent <Renderer>().bounds.size.y,
placementStateData.secondSelectedPlane.GetComponent <Renderer>().bounds.size.y);
// update placement
UIStateManager.current.Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
var navigationState = UIStateManager.current.stateData.navigationState;
navigationState.selectionUsageCount--;
UIStateManager.current.Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetNavigationState, navigationState));
ConfirmAnchorPoint();
}
void ConfirmARAnchorPointNext()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
var meshObject = m_Raycaster.LastTarget.gameObject.CloneMeshObject("arSecondWall", m_PlaneSelectionMaterial);
placementStateData.secondARSelectedPlane = meshObject;
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
ConfirmARAnchorPoint();
}
void FindFirstARWallNext()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
var meshObject = m_Raycaster.LastTarget.gameObject.CloneMeshObject("arFloor");
placementStateData.arFloor = meshObject;
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
FindFirstARWall();
}
void FindSecondARWallNext()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
var meshObject = m_Raycaster.LastTarget.gameObject.CloneMeshObject("arFirstWall", m_PlaneSelectionMaterial);
placementStateData.firstARSelectedPlane = meshObject;
placementStateData.arPlacementAlignment = m_Raycaster.LastTarget.gameObject.transform.parent.forward;
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
FindSecondARWall();
}
void FindSecondWallNext()
{
// first record the previously selected plane as Wall A
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
var info = UIStateManager.current.projectStateData.objectSelectionInfo;
placementStateData.firstSelectedPlane = info.CurrentSelectedObject().ClonePlaneSurface("firstWall", m_PlaneSelectionMaterial);
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
FindSecondWall();
}
void FindFirstWallNext()
{
// first record the previously selected plane as Mode floor
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
var info = UIStateManager.current.projectStateData.objectSelectionInfo;
placementStateData.modelFloor = info.CurrentSelectedObject().ClonePlaneSurface("modelFloor", m_FloorSelectionMaterial);
UIStateManager.current.Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
FindFirstWall();
}
public bool IsValid(ARPlacementStateData placementState, out ModalPopup.ModalPopupData errorMessage)
{
errorMessage = default;
var selected = UIStateManager.current.projectStateData.objectSelectionInfo.CurrentSelectedObject();
if (selected == null)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Selection Error";
errorMessage.text = "Select a wall before changing to the next step.";
return(false);
}
var selectedContext = selected.GetComponent <PlaneSelectionContext>();
if (selectedContext == null)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Selection Error";
errorMessage.text = "Selected object does not have a Plane Selection Context.";
return(false);
}
var firstPlane = placementState.firstSelectedPlane;
if (firstPlane == null)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "Placement State does not have a first plane selected.";
return(false);
}
var firstPlaneContext = firstPlane.GetComponent <PlaneSelectionContext>();
if (firstPlaneContext == null)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "First placement plane does not have a Plane Selection Context.";
return(false);
}
var selectedNormal = Vector3.ProjectOnPlane(selectedContext.LastContext.SelectedPlane.normal, Vector3.up);
var firstPlaneNormal = Vector3.ProjectOnPlane(firstPlaneContext.LastContext.SelectedPlane.normal, Vector3.up);
var dot = Mathf.Abs(Vector3.Dot(selectedNormal, firstPlaneNormal));
if (dot > minPlaneNormalDot)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "Selected plane is not perpendicular to first plane.";
return(false);
}
return(true);
}
public UIARStateData(bool arEnabled, InstructionUIState instructionUIState, IInstructionUI currentInstructionUI, int numProxyInstances,
int instructionUIStep, bool placementGesturesEnabled, ARToolStateData arToolStateData, ARPlacementStateData placementStateData, ARMode arMode)
{
this.arEnabled = arEnabled;
this.instructionUIState = instructionUIState;
this.currentInstructionUI = currentInstructionUI;
this.numProxyInstances = numProxyInstances;
this.instructionUIStep = instructionUIStep;
this.arToolStateData = arToolStateData;
this.placementStateData = placementStateData;
this.arMode = arMode;
}
void FindFirstWallBack()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
ARToolStateData toolState = ARToolStateData.defaultData;
toolState.navigationEnabled = false;
toolState.previousStepEnabled = true;
toolState.okButtonValidator = this;
toolState.wallIndicatorsEnabled = true;
toolState.anchorPointsEnabled = false;
Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetARToolState, toolState));
DestroyImmediate(placementStateData.firstSelectedPlane);
FindFirstWall();
}
public bool IsValid(ARPlacementStateData placementState, out ModalPopup.ModalPopupData errorMessage)
{
errorMessage = default;
if (placementState.firstSelectedPlane != null)
{
var renderer = placementState.firstSelectedPlane.GetComponent <MeshRenderer>();
if (renderer == null)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "First placement plane does not have a renderer.";
return(false);
}
if (renderer.bounds.size.magnitude < minBoundsMagnitude)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "First placement plane model is too small.";
return(false);
}
}
if (placementState.secondSelectedPlane != null)
{
var renderer = placementState.secondSelectedPlane.GetComponent <MeshRenderer>();
if (renderer == null)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "Second placement plane does not have a renderer.";
return(false);
}
if (renderer.bounds.size.magnitude < minBoundsMagnitude)
{
errorMessage = UIStateManager.current.popUpManager.GetModalPopUpData();
errorMessage.title = "Placement Error";
errorMessage.text = "Second placement plane model is too small.";
return(false);
}
}
return(true);
}
void FindSecondWallBack()
{
ARPlacementStateData placementStateData = UIStateManager.current.arStateData.placementStateData;
placementStateData.modelPlacementLocation = Vector3.zero;
UIStateManager.current.Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetPlacementState, placementStateData));
var navigationState = UIStateManager.current.stateData.navigationState;
navigationState.selectionUsageCount++;
UIStateManager.current.Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetNavigationState, navigationState));
ARToolStateData toolState = ARToolStateData.defaultData;
toolState.navigationEnabled = false;
toolState.previousStepEnabled = true;
toolState.okButtonValidator = this;
toolState.wallIndicatorsEnabled = true;
toolState.anchorPointsEnabled = false;
UIStateManager.current.Dispatcher.Dispatch(Payload <ActionTypes> .From(ActionTypes.SetARToolState, toolState));
DestroyImmediate(placementStateData.secondSelectedPlane);
FindSecondWall();
}
