private void Press(object sender, MoveEventArgs e)
{
Pushed = true;
OnPress?.Invoke(this, Color);
GateBehavior.SendMessage(GateBehavior.GateMsg.Open, Color);
pressingButton = sender;
}
void Start()
{
trig = GameObject.Find("StoryElement").GetComponent <StoryTrigger>();
triggers = GameObject.FindGameObjectsWithTag("storypad");
abcTriggerGroup = GameObject.Find("ABCTriggerGroup").GetComponent <TriggerGroupBehaviour>();
gate = GameObject.Find("Gateway").GetComponent <GateBehavior>();
targets = GameObject.Find("Targets").GetComponent <TargetGroupBehavior>();
trap = GameObject.Find("TrapWall").GetComponent <TrapBehaviour>();
// these are used to refer the index of each trigger
abcTriggers = new char[] { 'A', 'B', 'C' };
gate = GameObject.Find("Gateway").GetComponent <GateBehavior>();
targets = GameObject.Find("Targets").GetComponent <TargetGroupBehavior>();
nextRoom = GameObject.Find("NextRoom").GetComponent <NextRoomBehaviour>();
nextRoomDoor = GameObject.Find("NextRoomDoor").GetComponent <NextRoomDoorBehaviour>();
bll = GameObject.Find("Ball").GetComponent <BallBehaviour>();
print("bll " + bll);
print("abc " + abcTriggerGroup);
tasktext.text = "Task: Hit a story panel."; // Set initial task text
}
private void Unpress(object sender, MoveEventArgs e)
{
Pushed = false;
OnUnpress?.Invoke(this, Color);
GateBehavior.SendMessage(GateBehavior.GateMsg.Close, Color);
pressingButton = null;
}
CollisionShape _AddGateWire(GateBehavior gate, GateWireBehavior wire)
{
var gt = gate.gameObject.transform;
var wireMeshe = wire.gameObject.GetComponentsInChildren<MeshFilter>(true)[0];
var meshSize = wireMeshe.mesh.bounds.size * gt.localScale.z;
_thickness = meshSize.y;
_length = meshSize.x;
_barHeight = meshSize.z;
base.offset = new Vector3(0, 0, _barHeight * 0.70f);
return new BoxShape(_length * 0.5f, _thickness * 0.5f, _barHeight * 0.25f); // bar = 30% of height
}
public PhyGate(GateBehavior gate, GateWireBehavior wire) : base(PhyType.Gate)
{
Mass = 0.4f; // why gates don't have mass?
_rotation = gate.data.Rotation.ToRad();
_startAngle = gate.data.AngleMin - 10.0f.ToRad();
_endAngle = gate.data.AngleMax + 10.0f.ToRad();
_type = gate.data.TwoWay ? GateType.TwoWay : GateType.OneWay;
//s_type = GateType.TwoWays;
if (_type == GateType.TwoWay)
_startAngle = -_endAngle;
//RotationDirection = flipper.data.StartAngle > flipper.data.EndAngle ? -1 : 1;
//_height = flipper.data.Height;
//_startAngle = flipper.data.StartAngle * Mathf.PI / 180.0f;
//_endAngle = flipper.data.EndAngle * Mathf.PI / 180.0f;
SetupRigidBody(Mass, _AddGateWire(gate, wire));
SetProperties(
Mass,
gate.data.Friction,
gate.data.Elasticity * 100.0f);
body.SetDamping(gate.data.Damping, gate.data.Damping);
// calc position of wire like from gate
Matrix4x4 m = Matrix4x4.TRS(
gate.gameObject.transform.localPosition,
gate.gameObject.transform.localRotation,
UnityEngine.Vector3.one
);
// wire is drawed as child of gate, so position & rotation is relative to gate
// we need also calc transformation from physics coords system to "gate relative" coords
var m2 = m;
m *= Matrix4x4.Translate(-offset.ToUnity());
base.matrix = m.ToBullet();
base.localToWorld = m2.inverse;
base.name = gate.name;
base.entity = Entity.Null;
}
private void OnDestroy()
{
TileMovingObjectScript.MoveableMoving -= Spongebob_PlayerPositionChanging;
GateBehavior.SendMessage(GateBehavior.GateMsg.Close, Color);
}
protected override void OnEnable()
{
base.OnEnable();
_gate = target as GateBehavior;
}