public override void Input()
{
ButtonInput state = Woofer.Controller.InputManager.ActiveInputMap.Pause;
if (state.Consume())
{
Woofer.Controller.Paused = !Woofer.Controller.Paused;
}
}
public override void Input()
{
ButtonInput changeButton = Woofer.Controller.InputManager.ActiveInputMap.Back;
if (changeButton.Consume())
{
BeginModalChange();
}
}
public override void Input()
{
IInputMap inputMap = Woofer.Controller.InputManager.ActiveInputMap;
foreach (PulseAbility pa in WatchedComponents.Where(c => c is PulseAbility))
{
ButtonInput pulseButton = inputMap.Pulse;
if (pa.Owner.GetComponent <Health>() is Health health && health.CurrentHealth <= 0)
{
continue;
}
if (pa.EnergyMeter >= pa.PulseCost)
{
if (pulseButton.Consume())
{
double strength = (pa.PulseStrength * Math.Sqrt(pa.EnergyMeter / pa.MaxEnergy));
if (pa.Owner.Components.Has <Physical>() && pa.Owner.Components.Has <PlayerOrientation>())
{
pa.Owner.Components.Get <Physical>().Velocity = pa.Owner.Components.Get <PlayerOrientation>().Unit * -strength;
ISoundEffect sound_low = Woofer.Controller.AudioUnit["pulse_low"];
sound_low.Pitch = (float)(strength / 256) - 1;
ISoundEffect sound_mid = Woofer.Controller.AudioUnit["pulse_mid"];
sound_mid.Pitch = sound_low.Pitch;
ISoundEffect sound_high = Woofer.Controller.AudioUnit["pulse_high"];
sound_high.Pitch = sound_low.Pitch;
sound_low.Volume = 0.6f;
sound_low.Play();
sound_mid.Play();
sound_high.Play();
}
pa.EnergyMeter -= pa.PulseCost;
if (pa.Owner.Components.Has <Spatial>())
{
Spatial sp = pa.Owner.Components.Get <Spatial>();
if (sp == null)
{
continue;
}
PlayerOrientation po = pa.Owner.Components.Get <PlayerOrientation>();
Owner.Events.InvokeEvent(new PulseEvent(pa, sp.Position + pa.Offset, po != null ? po.Unit : new Vector2D(), strength, pa.MaxRange));
}
}
}
}
}
public override void Input()
{
IEnumerable <InteractingAgent> agents = WatchedComponents.Where(c => c is InteractingAgent && c.Owner.Active).Select(c => c as InteractingAgent);
foreach (Component rawC in WatchedComponents)
{
if (!rawC.Owner.Active)
{
continue;
}
if (rawC is Interactable interactable)
{
InteractingAgent currentAgent = null;
bool inRange = false;
foreach (InteractingAgent agent in agents)
{
if ((agent.Owner.Components.Get <Spatial>().Position - interactable.Owner.Components.Get <Spatial>().Position).Magnitude <= agent.MaxDistance)
{
currentAgent = agent;
inRange = true;
break;
}
}
if (inRange != interactable.InRange)
{
if (inRange)
{
CurrentInteractions[interactable] = currentAgent;
}
else
{
CurrentInteractions.Remove(interactable);
}
Owner.Events.InvokeEvent(inRange ?
(Event) new InteractionRangeEnter(currentAgent, interactable) :
(Event) new InteractionRangeExit(null));
interactable.InRange = inRange;
}
if (inRange)
{
ButtonInput interact = Woofer.Controller.InputManager.ActiveInputMap.Interact;
if (interact.Consume())
{
Entity sendTo = interactable.EntityToActivate != 0 ? Owner.Entities[interactable.EntityToActivate] : interactable.Owner;
Owner.Events.InvokeEvent(new ActivationEvent(currentAgent, sendTo, null));
}
}
}
}
}
public override void Input()
{
ButtonInput saveButton = Woofer.Controller.InputManager.ActiveInputMap.Quicksave;
ButtonInput loadButton = Woofer.Controller.InputManager.ActiveInputMap.Quickload;
if (saveButton.Consume())
{
SaveOperation save = new SaveOperation(Owner, TargetFile);
save.AddConverter(new CollisionBoxConverter());
save.AddConverter(new ColorConverter());
save.AddConverter(new ListConverter <CollisionBox>());
save.AddConverter(new ListConverter <Sound>());
save.AddConverter(new ListConverter <Sprite>());
save.AddConverter(new ListConverter <AnimatedSprite>());
save.AddConverter(new EnumConverter <DrawMode>());
save.AddConverter(new BoolMapConverter());
save.Save();
Owner.Events.InvokeEvent(new ShowTextEvent("Saved", null));
}
if (loadButton.Consume())
{
LoadOperation load = new LoadOperation(Woofer.Controller, TargetFile);
load.AddConverter(new CollisionBoxConverter());
load.AddConverter(new ColorConverter());
load.AddConverter(new ListConverter <CollisionBox>());
load.AddConverter(new ListConverter <Sound>());
load.AddConverter(new ListConverter <Sprite>());
load.AddConverter(new ListConverter <AnimatedSprite>());
load.AddConverter(new EnumConverter <DrawMode>());
load.AddConverter(new BoolMapConverter());
Woofer.Controller.CommandFired(new InternalSceneChangeCommand(load.Load()));
Woofer.Controller.ActiveScene.Events.InvokeEvent(new ShowTextEvent("Loaded", null));
Woofer.Controller.Paused = false;
}
}
public override void Input()
{
IInputMap inputMap = Woofer.Controller.InputManager.ActiveInputMap;
foreach (PlayerMovementComponent pmc in WatchedComponents)
{
if (!pmc.Owner.Active)
{
continue;
}
if ((pmc.Owner.Components.Get <Health>()?.InvincibilityTimer ?? 0) > 40)
{
continue;
}
if ((pmc.Owner.Components.Get <Health>()?.CurrentHealth ?? 1) <= 0)
{
continue;
}
Physical phys = pmc.Owner.Components.Get <Physical>();
if (phys == null)
{
continue;
}
ButtonInput jumpButton = inputMap.Jump;
//Jump logic
if (pmc.OnGround)
{
if (jumpButton.Consume())
{
phys.Velocity.Y = pmc.JumpSpeed;
Owner.Events.InvokeEvent(new PlayerJumpEvent(pmc));
}
}
//Walking logic
double xMovement = inputMap.Movement.X * pmc.CurrentSpeed;
double xMovementCap = pmc.CurrentMaxSpeed;
if (xMovement > 0)
{
if (phys.Velocity.X <= xMovementCap)
{
phys.Velocity.X = Math.Min(phys.Velocity.X + xMovement, xMovementCap);
}
}
else if (xMovement < 0)
{
if (phys.Velocity.X >= -xMovementCap)
{
phys.Velocity.X = Math.Max(phys.Velocity.X + xMovement, -xMovementCap);
}
}
//For smoothly walking down slopes
if (phys.Velocity.Y <= 0)
{
//Raycast down under the player's feet up to a distance of 4 pixels
RaycastEvent raycast = new RaycastEvent(pmc, new FreeVector2D(phys.Position, phys.Position - 8 * Vector2D.UnitJ));
Owner.Events.InvokeEvent(raycast);
if (raycast.Intersected != null)
{
foreach (RaycastIntersection intersection in raycast.Intersected)
{
if (intersection.Component.Owner != pmc.Owner)
{
if (intersection.FaceProperties.Snap) //If the intersected face has the 'snap' property enabled (for slopes)
{
phys.Position = intersection.Point; //Move the player down to the point of intersection, assuming the player's origin is at their feet
}
}
}
}
}
}
}