public void ToggleUI()
{
switch (currentCameraState)
{
case CurrentCameraState.CameraStateBack:
{
currentCameraState = CurrentCameraState.CameraStateUp;
this.requiredCameraTransformPosition = CameraTopTransform.localPosition;
this.previousCameraTransformPosition = CameraBackTransform.localPosition;
this.requiredCameraRotation = CameraTopTransform.rotation;
this.previosCameraRotation = CameraBackTransform.rotation;
break;
}
case CurrentCameraState.CameraStateUp:
{
currentCameraState = CurrentCameraState.CameraStateBack;
this.requiredCameraTransformPosition = CameraBackTransform.localPosition;
this.previousCameraTransformPosition = CameraTopTransform.localPosition;
this.requiredCameraRotation = CameraBackTransform.rotation;
this.previosCameraRotation = CameraTopTransform.rotation;
break;
}
default:
break;
}
}
public void ToggleUI()
{
switch (currentCameraState)
{
case CurrentCameraState.CameraStateSide:
{
currentCameraState = CurrentCameraState.CameraStateBack;
this.requiredCameraTransformPosition = this.cameraBackTransformPosition;
this.previousCameraTransformPosition = this.cameraSideTransformPosition;
this.requiredCameraRotation = kCameraBackRotationAngle;
this.previosCameraRotation = kCameraSideRotationAngle;
break;
}
case CurrentCameraState.CameraStateBack:
{
currentCameraState = CurrentCameraState.CameraStateUp;
this.requiredCameraTransformPosition = this.cameraTopTransformPosition;
this.previousCameraTransformPosition = this.cameraBackTransformPosition;
this.requiredCameraRotation = kCameraTopRotationAngle;
this.previosCameraRotation = kCameraBackRotationAngle;
break;
}
case CurrentCameraState.CameraStateUp:
{
currentCameraState = CurrentCameraState.CameraStateSide;
this.requiredCameraTransformPosition = this.cameraSideTransformPosition;
this.previousCameraTransformPosition = this.cameraTopTransformPosition;
this.requiredCameraRotation = kCameraSideRotationAngle;
this.previosCameraRotation = kCameraTopRotationAngle;
break;
}
default:
break;
}
this.cameraInterpolationStartTime = Time.time;
this.cameraPositionJourneyLength = Vector3.Distance(previousCameraTransformPosition, requiredCameraTransformPosition);
this.cameraRotationJourneyLength = Vector3.Distance(previosCameraRotation, requiredCameraRotation);
}
// Use this for initialization
private void Start()
{
currentCameraState = CurrentCameraState.CameraStateBack;
}
private void UpdateCameraState(CritterEditorInputManager critterEditorInputManager) {
// CAMERA:
// Determine Camera Mode:
if (altIsDown) {
currentCameraState = CurrentCameraState.Static; // default
if (mouseMiddleIsDown) { // PAN
currentCameraState = CurrentCameraState.Pan;
}
if (mouseLeftIsDown) { // Rotate:
currentCameraState = CurrentCameraState.Rotate;
}
if (mouseRightIsDown) { // Zoom:
currentCameraState = CurrentCameraState.Zoom;
}
critterEditorUI.buttonDisplayCameraMode.interactable = false;
if (isSegmentHover) {
hoverSegment.GetComponent<MeshRenderer>().material.SetFloat("_DisplayTarget", 0f); // turn on selected vis
}
}
else { // not in camera mode:
currentCameraState = CurrentCameraState.Off;
if (mouseMiddleIsDown) { // middle w/e
}
if (mouseLeftIsDown) { // Left-Click:
// Check For Selecting
}
if (mouseRightIsDown) { // Right-Click:
}
critterEditorUI.buttonDisplayCameraMode.interactable = true;
}
critterEditorInputManager.critterConstructorCameraController.UpdateCamera(this); // pan, zoom, rotate, or do nothing
UpdateGizmos();
}
// Use this for initialization
private void Awake()
{
currentCameraState = CurrentCameraState.CameraStateSide;
this.cameraSideTransformPosition = new Vector3(16, 10, -20);
this.cameraBackTransformPosition = new Vector3(-7, 10, -2);
this.cameraTopTransformPosition = new Vector3(16, 33, -2);
}
