void Update()
{
wind w = this.windController.GetComponent <wind>();
// Note -90 compensation cos north is along 2D Y axis
rot = (-90 + this.transform.eulerAngles.y - north) * Mathf.Deg2Rad;
rotW = (-90 + w.getAngle() - north) * Mathf.Deg2Rad;
// Bubble position
x = radius * Mathf.Cos(rot);
y = radius * Mathf.Sin(rot);
xW = radius * Mathf.Cos(rotW);
yW = radius * Mathf.Sin(rotW);
}
// Once per physics check
void FixedUpdate()
{
waveClock -= Time.deltaTime;
if (heightFlag)
{
heightClock += Time.deltaTime;
}
if (!heightFlag)
{
heightClock = 0;
}
int cHeight = (int)((currentHeight / 0.75f) + 0.5);
if (!waveOn) //if not currently in a wave / in build phase
{
//output.text = "Next Wave In: " + (int)waveClock;
this.waveStartText.text = "WAVE STARTS IN " + (int)waveClock;
if (waveClock <= 0 && !gameOver) //when build phase over, start wave
{
removeDebris();
debrisThrown = 0;
currentWave += 1;
goalHeight = (int)((currentWave * 2) * waveMultiplier);
removeDebris();
waveOn = true;
windObj.beginWave(windObj.getMaxWSpeed() * waveMultiplier);
waveClock = windTime;
}
}
if (waveOn) //whilst in wave
{
//output.text = "Remaining Time: " + (int)waveClock;
this.waveStartText.text = "WAVE ENDS IN " + (int)waveClock;
float throwChance = Random.Range(0, 10000);
if (throwChance <= 200 * waveMultiplier)
{
int angle = windObj.getAngle();
debrisObj.throwDebris(angle);
debrisThrown += 1;
}
//check if reached goal height
if (cHeight >= goalHeight && waveClock <= windTime - 10)
{
endWave();
}
if (waveClock <= 0)
{
endWave();
if (!testMode)
{
gameOver = true;
}
//out of time before reaching goal height = gameOver
}
}
checkGoalHeight();
//output.text += " Wave: " + currentWave + " Goal Height: " + goalHeight + " SCORE: " + score + " CurrentHeight: " + cHeight;
this.heightText.text = "HEIGHT - " + cHeight + " - " + goalHeight;
this.scoreText.text = "SCORE - " + score;
this.waveText.text = "WAVE - " + currentWave;
if (gameOver)
{
PlayerPrefs.SetInt("score", score);
PlayerPrefs.SetInt("wave", currentWave);
Application.LoadLevel("endScene");
}
}
