public void Enable()
{
_disable = false;
LookTypes current = LookTypes.lookAtPlayer;
if (!_eyetracking)
{
current = LookTypes.stareAtObject;
}
switch (_manager.GetStoryState()) // Checks what story state the game is in.
{
case 1:
// Start to 1st segment
SetCurrentObject(zeroToOne);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
case 2:
// 1st segment
SetCurrentObject(zeroToOne);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
case 3:
// 1st segment to 2nd segment
SetCurrentObject(oneToTwo);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
case 4:
// 2nd segment
SetCurrentObject(oneToTwo);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
case 5:
// 2nd segment to 3rd segment
SetCurrentObject(twoToThree);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
case 6:
// 3rd segment
SetCurrentObject(twoToThree);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
case 7:
// 3rd segment to end
SetCurrentObject(threeToEnd);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
default:
// If the lights shouldn't guide the player anywhere specific
SetCurrentObject(zeroToOne);
SetGazeTypeCurrent(current);
SetGazeTypeReset(LookTypes.stareAtObject);
break;
}
}
// Public Functions --------------------------------------------------------------------------
public void SetGazeTypeCurrent(LookTypes look)
{
currentLookAt = look;
}
public void SetGazeTypeReset(LookTypes resetLook)
{
resetLookAt = resetLook;
}
// ------------- Update -----------------
void Update()
{
if (_disable)
{
currentLookAt = LookTypes.idle;
}
switch (currentLookAt) // Checks which type of gaze the light should use
{
case LookTypes.followGaze:
// Look at gaze
varyAmount = varyAmountFollowGaze;
innerAngle = standardInnerAngle;
outerAngle = standardOuterAngle;
turnTime = resetTurnTime;
pos = PlayerGaze.FindPlayerGaze();
pos = DecideTargetGaze(pos);
break;
case LookTypes.stareAtGaze:
// Stare at gaze (No / less saccades)
varyAmount = varyAmountStareAtGaze;
innerAngle = focusedInnerAngle;
outerAngle = focusedOuterAngle;
turnTime = resetTurnTime;
pos = PlayerGaze.FindPlayerGaze();
pos = DecideTargetGaze(pos);
break;
case LookTypes.idle:
// Idle
varyAmount = varyAmountIdle;
innerAngle = unfocusedInnerAngle;
outerAngle = unfocusedOuterAngle;
turnTime = idleTurnTime;
pos = DecideIdlePoint();
break;
case LookTypes.stareAtObject:
// Look at object
varyAmount = varyAmountStareAtObject;
innerAngle = focusedInnerAngle;
outerAngle = focusedOuterAngle;
turnTime = resetTurnTime;
pos = currentObject.position;
break;
case LookTypes.distractingGaze:
// Stare at spot in player FoV furthest from the bookshelf to distract them
if (altGazeActive) // Note: Might cause problems by causing the lights to use old information.
{
break;
}
varyAmount = varyAmountStareAtObject;
innerAngle = focusedInnerAngle;
outerAngle = focusedOuterAngle;
turnTime = resetTurnTime;
pos = DecideDistractionPoint();
distracting = true;
altLookTimer = Time.time;
altGazeActive = true;
break;
case LookTypes.alternateObjects:
// Look at bookshelf and books alternatingly
varyAmount = varyAmountStareAtObject;
innerAngle = standardInnerAngle;
outerAngle = standardOuterAngle;
turnTime = resetTurnTime;
pos = DecideObjectAlternateing(pos);
break;
case LookTypes.lookAtPlayer:
// Look at the player character
mainTimer = 0;
varyAmount = varyAmountStareAtObject;
innerAngle = focusedInnerAngle;
outerAngle = focusedOuterAngle;
turnTime = resetTurnTime;
pos = PlayerCharacter.position;
if (!altGazeActive)
{
altLookTimer = Time.time;
}
altGazeActive = true;
break;
default:
pos = PlayerGaze.FindPlayerGaze();
break;
}
// Select target. Rotate to it. Saccade around it.
if (Time.time - mainTimer > lastMoveTime && !moving)
{
CalcDoRotation(pos);
// Resets the gaze mode/type
if (Time.time - altLookTimer > altContinueTime && altGazeActive)
{
altGazeActive = false;
altLookTimer = 0;
currentLookAt = resetLookAt;
}
}
var position = thisTrans.position;
Debug.DrawRay(position, pos - position,
Color.yellow);
}
