public void SetObstacleDifficutly(string state)
{
switch (state)
{
case "easy":
Current_Obstacle_Difficulty = OBSTACLEDIFF_EASY;
break;
case "medium":
Current_Obstacle_Difficulty = OBSTACLEDIFF_MEDIUM;
break;
case "hard":
Current_Obstacle_Difficulty = OBSTACLEDIFF_HARD;
break;
case "off":
default:
Current_Obstacle_Difficulty = OBSTACLEDIFF_OFF;
break;
}
Debug.Log("Obstacle difficulty set to: " + state);
ExecuteOnMainThread.AddAction(() => { roomMover.SpawnObstacles(); });
}
public void ToggleCogCursor(bool state)
{
Display_COG_Cursor = state;
ExecuteOnMainThread.AddAction(() => { image_cogCursor.gameObject.SetActive(Display_COG_Cursor); });
Debug.Log("Display cog cursor set to: " + Display_COG_Cursor);
}
private void ToggleTargetArea(bool state)
{
Display_TargetArea = state;
ExecuteOnMainThread.AddAction(() => { image_targetArea.gameObject.SetActive(Display_TargetArea); });
Debug.Log("Display target area set to: " + Display_TargetArea);
}
public void ToggleInvisibleComplianceMode(string state)
{
InvisibleComplianceMode = (state.ToLower() == "on");
ExecuteOnMainThread.AddAction(() => {
image_targetArea.GetComponent <SpriteRenderer>().enabled = InvisibleComplianceMode;
image_cogCursor.GetComponent <SpriteRenderer>().enabled = InvisibleComplianceMode;
});
Debug.Log("invisible compliance mode set to " + InvisibleComplianceMode);
}
private void UpdateProtocolData(ProtocolData d)
{
if (d.TestRunning != isRunning)
{
ExecuteOnMainThread.AddAction(() => { StartStopTest(d.TestRunning); });
}
float x = d.COGX * Current_Movement_Gain;
float y = -d.COGY * Current_Movement_Gain;
if (Math.Abs(x) < 0.003)
{
x = 0;
}
if (Math.Abs(y) < 0.003)
{
y = 0;
}
ExecuteOnMainThread.AddAction(() => { HandleBPCursor(x, y); });
if (swayAngleCount >= swayAngleCountNeeded)
{
float newSwayAngle = d.SwayAngle - swayAngleOffset;
if (newSwayAngle != currentSwayAngle)
{
currentSwayAngle = newSwayAngle;
ExecuteOnMainThread.AddAction(() => { SwayAngleChanged(); });
}
}
else
{
swayAngleSum += d.SwayAngle;
++swayAngleCount;
if (swayAngleCount == swayAngleCountNeeded)
{
swayAngleOffset = swayAngleSum / (float)swayAngleCountNeeded;
}
}
}