/// <summary>
/// Will be passed as a delegate to collision cells so that collisions will properly
/// add time to the user
/// </summary>
/// <param name="c">Collision parameter required by delegate definition</param>
/// <returns>True always</returns>
public bool AddTime(Collision2D c)
{
timeToComplete += COLLISION_TIME;
collisions += 1;
//visual indication of obstacle hit
c.gameObject.GetComponent <MazePlayerControllerScript>().ObstacleHit();
//Do angle calculations to figure out what side of the player the collision occurred on
Vector2 pointCont = c.GetContact(0).point;
Vector2 pointPlayer = c.gameObject.transform.position;
float contAngle = WrapAngle(Vector2.Angle(new Vector2(0, 10), pointCont - pointPlayer));
//Debug.Log("Contact Angle: " + contAngle);
float angle = WrapAngle(c.gameObject.transform.rotation.eulerAngles.z);
//Debug.Log("Player Angle: " + angle);
float compositeAngle = WrapAngle(angle - contAngle);
//Debug.Log("Composite Angle: " + compositeAngle);
//need to check for stage like usual to record control changes correctly
if (compositeAngle <= -45 && compositeAngle >= -135)
{
MazeSmartFeedbackProcessor.Collision(MazeSmartFeedbackProcessor.LEFT, currentStage % 2);
}
else if (compositeAngle < 45 && compositeAngle > -45)
{
MazeSmartFeedbackProcessor.Collision(MazeSmartFeedbackProcessor.CENTER, currentStage % 2);
}
else if (compositeAngle <= 135 && compositeAngle >= 45)
{
MazeSmartFeedbackProcessor.Collision(MazeSmartFeedbackProcessor.RIGHT, currentStage % 2);
}
return(true);
}
/// <summary>
/// This function will be passed as a delegate to trigger cells so that when the player reaches the end
/// of the map a proper scene change (or end of game) will occur
/// </summary>
/// <param name="c">Collision param required by delegate definition</param>
/// <returns>True if successful, false if trigger has already been received</returns>
public bool NextStage(Collider2D c)
{
//we check if the overlay is already active to prevent overincrementation of stage in the event that the player
//triggers more than one trigger cell
if (stageChangeOverlay.gameObject.activeSelf || gameOverScript.gameObject.activeSelf)
{
return(false);
}
Debug.Log("Next stage function triggered");
//increment the trigger then determine whether to progress to a new stage or to end the game session
audioSrc.PlayOneShot(stageEndClip);
RecordStageData();
currentStage += 1;
if (currentStage < NUM_STAGES)
{
//set the text boxes to display accurate information
string text1 = "- Stage " + (currentStage + 1) + " -";
//bool showIcon = false;
//we only notify of a control change half way through when it occurs
//if (currentStage == NUM_STAGES / 2)
//{
//playerContScript.SwitchControls();
//showIcon = true;
//}
//set values in overlay canvas and trigger the fade in change
stageChangeOverlay.SetUIText(text1, false);
stageChangeOverlay.TriggerStageChange();
}
else
{
//set timescale to zero so that time is not added once the game is over
Time.timeScale = 0;
gameOverScript.SetStars(GetNumStars());
string[] genDisplayCols = { "collisions", "time" };
string[] graphTitles = { "Total Collisions Per Session", "Completion Time Per Session" };
IGameSessionData[] dataArray = dataList.ToArray();
StringData[] tables =
{
new StringData(dataArray, genDisplayCols[0], format: "0"),
new StringData(dataArray, genDisplayCols[1], unit: "s")
};
dataDisplay.AddTableView(tables);
dataDisplay.AddTextView(MazeSmartFeedbackProcessor.LevelFinish());
dataDisplay.AddGraph(_GlobalVariables.dataRep.GetSessionData(TABLE_NAME, DATA_POINTS),
genDisplayCols, titles: graphTitles, difficulty: _GlobalVariables.difficulty);
//game over overlay script will set timescale back to one once it is terminated
gameOverScript.gameObject.SetActive(true);
dataDisplay.InitializeDisplays();
}
return(true);
}
/// <summary>
/// We use this method to signal to the communicator thread that the program may have just ended
/// </summary>
void OnDestroy()
{
_GlobalVariables.mainThreadActive = false;
MazeSmartFeedbackProcessor.ResetVars();
}
