public override Pool <ProjectileData> .Node FireProjectile(Vector2 direction, float leakedTime)
{
Pool <ProjectileData> .Node node = new Pool <ProjectileData> .Node();
if (Projectiles.AvailableCount >= TemplatePositions.Count)
{
for (int n = 0; n < TemplatePositions.Count; n++)
{
node = Projectiles.Get();
node.Item.Position = transform.position + TemplatePositions[n];
node.Item.Scale = Scale;
node.Item.TimeToLive = TimeToLive - leakedTime;
node.Item.Velocity = Speed * Direction.normalized;
node.Item.Position += node.Item.Velocity * leakedTime;
node.Item.Color = new Color(0.6f, 0.7f, 0.6f, 1);
node.Item.Acceleration = Acceleration;
// Setup outline if we have one
if (ProjectilePrefab.Outline != null && DrawOutlines)
{
Pool <ProjectileData> .Node outlineNode = ProjectileOutlines.Get();
outlineNode.Item.Position = node.Item.Position;
outlineNode.Item.Scale = node.Item.Scale + OutlineSize;
outlineNode.Item.Color = OutlineColor.Evaluate(0);
node.Item.Outline = outlineNode;
}
// Keep track of active projectiles
PreviousActiveProjectileIndexes[ActiveProjectileIndexesPosition] = node.NodeIndex;
ActiveProjectileIndexesPosition++;
if (ActiveProjectileIndexesPosition < ActiveProjectileIndexes.Length)
{
PreviousActiveProjectileIndexes[ActiveProjectileIndexesPosition] = -1;
}
else
{
Debug.Log("Error: Projectile was fired before list of active projectiles was refreshed.");
}
UpdateProjectile(ref node, leakedTime);
}
Direction = Rotate(Direction, RotationSpeed);
}
return(node);
}
public override Pool <ProjectileData> .Node FireProjectile(Vector2 direction, float leakedTime)
{
Pool <ProjectileData> .Node node = new Pool <ProjectileData> .Node();
Direction = direction;
RefreshGroups();
if (!AutoFire)
{
if (Interval > 0)
{
return(node);
}
else
{
Interval = CoolOffTime;
}
}
for (int g = 0; g < GroupCount; g++)
{
if (Projectiles.AvailableCount >= SpokeCount)
{
float rotation = 0;
bool left = true;
for (int n = 0; n < SpokeCount; n++)
{
node = Projectiles.Get();
node.Item.Position = transform.position;
node.Item.Speed = Speed;
node.Item.Scale = Scale;
node.Item.TimeToLive = TimeToLive;
node.Item.Gravity = Gravity;
if (UseFollowTarget && FollowTargetType == FollowTargetType.LockOnShot && Target != null)
{
Groups[g].Direction = (Target.transform.position - transform.position).normalized;
}
node.Item.Color = Color.Evaluate(0);
node.Item.Acceleration = Acceleration;
node.Item.FollowTarget = UseFollowTarget;
node.Item.FollowIntensity = FollowIntensity;
node.Item.Target = Target;
if (left)
{
node.Item.Velocity = Speed * Rotate(Groups[g].Direction, rotation).normalized;
rotation += SpokeSpacing;
}
else
{
node.Item.Velocity = Speed * Rotate(Groups[g].Direction, -rotation).normalized;
}
// Setup outline if we have one
if (ProjectilePrefab.Outline != null && DrawOutlines)
{
Pool <ProjectileData> .Node outlineNode = ProjectileOutlines.Get();
outlineNode.Item.Position = node.Item.Position;
outlineNode.Item.Scale = node.Item.Scale + OutlineSize;
outlineNode.Item.Color = OutlineColor.Evaluate(0);
node.Item.Outline = outlineNode;
}
// Keep track of active projectiles
PreviousActiveProjectileIndexes[ActiveProjectileIndexesPosition] = node.NodeIndex;
ActiveProjectileIndexesPosition++;
if (ActiveProjectileIndexesPosition < ActiveProjectileIndexes.Length)
{
PreviousActiveProjectileIndexes[ActiveProjectileIndexesPosition] = -1;
}
else
{
Debug.Log("Error: Projectile was fired before list of active projectiles was refreshed.");
}
UpdateProjectile(ref node, leakedTime);
left = !left;
}
if (Groups[g].InvertRotation)
{
Groups[g].Direction = Rotate(Groups[g].Direction, -RotationSpeed);
}
else
{
Groups[g].Direction = Rotate(Groups[g].Direction, RotationSpeed);
}
}
}
return(node);
}