// Use this for initialization
void Start()
{
BoatSteerObstacleGenerator generator = new BoatSteerObstacleGenerator(fieldWidth, fieldLength, obstacleRadius, obstacleK);
generator.GenerateObstacleField();
foreach (Vector2 point in generator.GetPoints())
{
GameObject obstacle = Instantiate(staticObstacleTemplate);
obstacle.transform.localPosition = new Vector3(point.x - fieldWidth / 2f, 0f, point.y + offset);
obstacle.SetActive(true);
}
}
// Use this for initialization
void Start()
{
// Apply boat settings to actual boat.
float speed = boat.speed;
float maxLateralFactor = boat.maxLateralSpeedFactor;
// Calculate obstacle field dimensions from boat settings
float fieldMercyLength = fieldStartSeconds * speed;
float fieldLength = (fieldEndSeconds - fieldStartSeconds) * speed;
float fieldWidth = 2f * maxLateralFactor * speed * fieldEndSeconds;
BoatSteerObstacleGenerator generator = new BoatSteerObstacleGenerator(fieldWidth, fieldLength, obstacleRadius, obstacleK);
generator.GenerateObstacleField();
int obstacleSpriteIndex = 0;
uniqueSprites.Shuffle();
int uniqueSpriteIndex = 0;
obstacles = new List <GameObject>();
foreach (Vector2 point in generator.GetPoints())
{
// Horizontally center the point
Vector2 obstacleLocation = point;
obstacleLocation.x -= fieldWidth / 2f;
// Shift the point out far enough that it can't be hit for fieldStartSeconds
obstacleLocation.y += fieldMercyLength;
// Actually instantiate the obstacle
GameObject obstacle = Instantiate(staticObstacleTemplate);
SpriteRenderer renderer = obstacle.GetComponent <SpriteRenderer>();
if (uniqueSpriteIndex < uniqueSprites.Length && Random.value < uniqueProbability)
{
renderer.sprite = uniqueSprites[uniqueSpriteIndex];
uniqueSpriteIndex++;
}
else
{
renderer.sprite = obstacleSprites[obstacleSpriteIndex];
obstacleSpriteIndex = (obstacleSpriteIndex + 1) % obstacleSprites.Length;
}
obstacle.transform.localPosition = new Vector3(obstacleLocation.x, 0f, obstacleLocation.y);
obstacle.transform.localScale *= obstacleScaleMult;
obstacle.SetActive(true);
obstacles.Add(obstacle);
}
// Find the closest obstacle to the center of the obstacle spread and put murasa in front of it,
// ensuring she doesn't start with a clear path
var minPos = new Vector3(
obstacles.Min(a => a.transform.position.x),
0f,
obstacles.Min(a => a.transform.position.z));
var maxPos = new Vector3(
obstacles.Max(a => a.transform.position.x),
0f,
obstacles.Max(a => a.transform.position.z));
var midPos = minPos + ((maxPos - minPos) / 2f);
var closestObstaclePos = obstacles
.OrderBy(a => Mathf.Abs((a.transform.position - midPos).magnitude))
.FirstOrDefault()
.transform.position;
boat.transform.position = new Vector3(closestObstaclePos.x, boat.transform.position.y, boat.transform.position.z);
}
