public override void _PhysicsProcess(float delta)
{
UpdateGems();
GetNode <OmniLight>("OmniLight").Rotate(new Vector3(0, 1, 0), delta);
GetNode <OmniLight>("OmniLight").Translate(new Vector3(0, 0, 2 * delta));
if (!mouseClicked)
{
return;
}
mouseClicked = false;
Vector2 mpos = GetViewport().GetMousePosition();
var spaceState = GetWorld().DirectSpaceState;
float rayLength = 1000;
var camera = GetNode <Camera>("Camera");
var from = camera.ProjectRayOrigin(mpos);
var to = from + camera.ProjectRayNormal(mpos) * rayLength;
Godot.Collections.Array excl = new Godot.Collections.Array();
excl.Add(this);
var result = spaceState.IntersectRay(from, to, excl);
if (result.Count > 0)
{
Godot.Object o = (Godot.Object)result["collider"];
if (o != null)
{
StaticBody sb = o as StaticBody;
if (sb != null)
{
//GD.Print("DBG> "+sb.Name);
CheckAndDestroy(sb.Name);
}
}
}
}
//LEARN: This connection is done with the EDITOR and generates empty
//[connection signal="body_entered" from="." to="." method="OnBirdBodyEntered"]
private void OnBirdBodyEntered(Godot.Object body)
{
if (State == BirdStates.Flapping && body is Ground)
{
camera.Shake();
HitAudioPlayer.Play();
PlayDieAsync();
GD.Print("Ground collision from Flapping");
SetState(BirdStates.Ground);
}
else if (State == BirdStates.Flapping && body is Pipe)
{
camera.Shake();
HitAudioPlayer.Play();
GD.Print("Pipe collision from Flapping");
SetState(BirdStates.Hit);
}
else if (State == BirdStates.Hit && body is Ground)
{
DiedAudioPlayer.Play();
GD.Print("Ground collision from Hit");
SetState(BirdStates.Ground);
}
}
public override void Edit(Godot.Object obj)
{
if (IsInstanceValid(obj))
{
if (obj is CustomPath pth)
{
path = pth;
if (IsInstanceValid(path.curve))
{
path.curve.EmitSignal("changed");
}
GD.Print("Edit");
}
}
else
{
CustomPath pre = path;
path = null;
if (IsInstanceValid(pre))
{
pre.curve.EmitSignal("changed");
}
}
}
/// <summary>
/// Track a new asset reference. Will be called during asset creation, after the asset content is downloaded
/// or retrieved from cache.
/// </summary>
/// <param name="id"></param>
/// <param name="containerId"></param>
/// <param name="asset"></param>
/// <param name="colliderGeo"></param>
/// <param name="source"></param>
public void Set(Guid id, Guid containerId, Object asset,
ColliderGeometry colliderGeo = null, AssetSource source = null)
{
if (!Assets.ContainsKey(id))
{
Assets[id] = new AssetMetadata(id, containerId, asset, colliderGeo, source);
}
if (Callbacks.TryGetValue(id, out List <AssetCallback> callbacks))
{
Callbacks.Remove(id);
foreach (var cb in callbacks)
{
try
{
cb?.Invoke(Assets[id]);
}
catch (Exception e)
{
GD.PushError(e.ToString());
}
}
}
}
public override void Update(Godot.Object agent)
{
BasePlayer p = agent as BasePlayer;
_movement.z = 0;
if (Input.IsKeyPressed(GD.KEY_LEFT))
{
_movement.z -= p.Attributes.RunSpeed * _airControlFactor;
p.SetFacing(eUnitFacing.LEFT);
}
if (Input.IsKeyPressed(GD.KEY_RIGHT))
{
_movement.z += p.Attributes.RunSpeed * _airControlFactor;
p.SetFacing(eUnitFacing.RIGHT);
}
p.Velocity.y -= Const.Gravity * p.GetPhysicsProcessDeltaTime();
p.Velocity.z += _movement.z;
if (Math.Abs(p.Velocity.z) > p.Attributes.RunSpeed)
{
p.Velocity.z = p.Velocity.z / Math.Abs(p.Velocity.z) * p.Attributes.RunSpeed;
}
base.Update(agent);
}
public void bind_external_function(
string func_name,
Godot.Object gd_object,
string method_name,
bool lookahead_safe)
{
if (story == null)
{
PushNullStoryError();
return;
}
try
{
story.BindExternalFunctionGeneral(
func_name,
(object[] args) => gd_object.Call(method_name, args),
lookahead_safe);
}
catch (Exception e)
{
HandleException(e);
}
}
public override void Update(Godot.Object agent)
{
BaseUnit u = agent as BaseUnit;
Vector3 diff = _target.GetTranslation() - u.GetTranslation();
if (diff.z < 0)
{
u.SetFacing(eUnitFacing.LEFT);
}
if (diff.z > 0)
{
u.SetFacing(eUnitFacing.RIGHT);
}
if (diff.Length() > u.Attributes.RunSpeed)
{
diff = diff.Normalized() * u.Attributes.RunSpeed;
}
u.Velocity.z = diff.z;
u.Velocity.y = -Const.Gravity;
base.Update(agent);
}
public override void Enter(Godot.Object agent)
{
BasePlayer p = agent as BasePlayer;
p.AnimPlayer.TransitionNodeSetCurrent("movement", 1);
}
public static bool Is(this Object obj, string property) => obj.Get(property) as bool? ?? false;
private void _on_HandArea_area_exited(Godot.Object body)
{
BodiesInPunchArea.Remove(body);
}
void _on_Tween_tween_completed(Godot.Object @object, NodePath key)
{
this.QueueFree();
}
public CommandBuilder AddCommand(string name, Godot.Object target, string targetMethodName)
{
Godot.Object consoleCommand = _console.Call("add_command", name, target, targetMethodName) as Godot.Object;
return(new CommandBuilder(consoleCommand));
}
public void GetNodeType(Godot.Object optional)
{
optional.Call(this.GetMethodSet(), projectileType);
}
public Timer UntilSignal(Godot.Object Emitter, String Event, double TimeLimit)
{
Watcher.Call("watch", Emitter, Event);
return((Timer)Yielder.Call("until_signal", TimeLimit, Emitter, Event));
}
public void UnWatch(Godot.Object Emitter, String Event)
{
Watcher.Call("unwatch", Emitter, Event);
}
private void _onDamageCalculation(int damage, Vector2 hitDir, Godot.Object source, Team sourceTeam, Godot.Object target)
{
if (target != null && IsInstanceValid(target))
{
if (target.HasMethod(nameof(Agent.TakeDamage)))
{
Agent targetAgent = (Agent)(target);
Agent sourceAgent = (Agent)(source);
targetAgent.TakeDamage(damage, hitDir, sourceAgent, sourceTeam);
}
else if (target.HasMethod(nameof(Obstacle.TakeEnvironmentDamage)))
{
((Obstacle)(target)).TakeEnvironmentDamage(damage);
}
else if (target.HasMethod(nameof(Shield.TakeShieldDamage)))
{
((ShieldPhysics)(target)).TakeShieldDamage(damage);
}
}
}
public void ConnectToMouseMovement(Godot.Object target, string name)
{
Connect(nameof(InputHandler.MouseMoved), target, name);
}
public void RegisterStateChange(Godot.Object target, string method)
{
Connect(nameof(ChangedState), target, method);
}
public void IsInactive(Godot.Object optional)
{
optional.Call(this.GetMethodSet(), projectileAction.Inactive);
}
// Update handler methods without disconnecting.
public void UpdateServer(Godot.Object obj, string playerJoin, string playerLeave)
{
this.GetTree().Connect("network_peer_connected", obj, playerJoin);
this.GetTree().Connect("network_peer_disconnected", obj, playerLeave);
}
public void _OnAreaEntered(Godot.Object otherArea)
{
((Ball)((Node)otherArea).GetParent()).BallWasCaught();
}
// Update handler methods without disconnecting.
public void UpdateClient(Godot.Object obj, string success, string peerJoin, string fail)
{
GetTree().Connect("connected_to_server", obj, success);
GetTree().Connect("connection_failed", obj, fail);
GetTree().Connect("network_peer_connected", obj, peerJoin);
}
private void _on_HandArea_area_entered(Godot.Object body)
{
BodiesInPunchArea.Add(body);
}
async private void Initialize(Godot.Object pScene)
{
await ToSignal(pScene, "ready");
}
public override bool Handles(Godot.Object @object)
{
return(@object != null && (@object is VegetationSpawner));
}
protected Timer UntilSignal(Godot.Object emitter, string signal, double time)
{
Watcher.Call("watch", emitter, signal);
return((Timer)Yielder.Call("until_signal", time, emitter, signal));
}
public void GetDirection(Godot.Object response)
{
response.EmitSignal(SignalKey.SET_DATA, direction);
}
protected void UnWatch(Godot.Object emitter, string signal)
{
Watcher.Call("unwatch", emitter, signal);
}
public override bool IsTriggered(Godot.Object agent)
{
BaseEnemy e = agent as BaseEnemy;
return(e.Attributes.Health <= 0);
}
private void _OnBodyEntered(Godot.Object body)
{
((Node)body).QueueFree();
QueueFree();
}
