public override ProgrammingElement Clone()
{
MouseFilter clone = new MouseFilter();
CopyTo(clone);
return(clone);
}
public override bool MatchAction(Reflex reflex, out object param)
{
param = null;
GUIButton button = GUIButtonManager.GetButton(color);
bool clicked = (null != button) && button.Clicked;
if (reflex.Sensor is MouseSensor)
{
clicked &= button.MouseControlled;
MouseFilter mouseFilter = reflex.Data.GetFilterByType(typeof(MouseFilter)) as MouseFilter;
if (null != mouseFilter)
{
switch (mouseFilter.type)
{
case MouseFilterType.LeftButton:
clicked &= button.MouseLeftClick;
break;
case MouseFilterType.RightButton:
clicked &= !button.MouseLeftClick;
break;
case MouseFilterType.Hover:
clicked = button.MouseOver;
break;
default:
clicked = false;
break;
}
}
}
else
{
clicked &= !button.MouseControlled;
}
return(clicked);
}
protected void CopyTo(MouseFilter clone)
{
base.CopyTo(clone);
clone.type = this.type;
}
public override ActionSet ComposeActionSet(Reflex reflex, GameActor gameActor)
{
ClearActionSet(actionSet);
//UpdateCanBlend(reflex);
if (!reflex.targetSet.AnyAction)
{
return(actionSet);
}
TurnModifier turnMod = reflex.GetModifierByType(typeof(TurnModifier)) as TurnModifier;
GamePadStickFilter stickFilt = reflex.Data.GetFilterByType(typeof(GamePadStickFilter)) as GamePadStickFilter;
GamePadTriggerFilter triggerFilt = reflex.Data.GetFilterByType(typeof(GamePadTriggerFilter)) as GamePadTriggerFilter;
MouseFilter mouseFilt = reflex.Data.GetFilterByType(typeof(MouseFilter)) as MouseFilter;
TouchGestureFilter touchFilt = reflex.Data.GetFilterByType(typeof(TouchGestureFilter)) as TouchGestureFilter;
KeyBoardKeyFilter keyBoardKeyFilt = reflex.Data.GetFilterByType(typeof(KeyBoardKeyFilter)) as KeyBoardKeyFilter;
// Will be modified depending on stick or trigger position.
float speedModifier = 1.0f;
//
// Start by looking at the input filters to attenuate speed.
//
if (stickFilt != null)
{
// Note that we take the sign into account further below.
// For now, just get the magnitude.
speedModifier *= (float)Math.Abs(stickFilt.stickPosition.X);
}
else if (triggerFilt != null)
{
speedModifier *= triggerFilt.triggerValue;
}
else if (mouseFilt != null)
{
// Note that we take the sign into account further below.
// For now, just get the magnitude.
speedModifier *= Math.Abs(mouseFilt.ScreenPosition.X);
}
else if (touchFilt != null)
{
if (touchFilt.type == TouchGestureFilterType.Rotate)
{
reflex.Task.GameActor.Chassis.WasTouchRotated = true;
}
}
// Decide if we're turning toward a particular direction or
// setting a turn rate. Note, this will miss some cases
// that we clean up further down. The failure is rooted
// in TurnModifier if you want to go fix it. :-)
Vector3 desiredHeading = Vector3.Zero;
float targetHeading = 0;
// See if the modifiers want to give us an absolute direction.
reflex.ModifyHeading(gameActor, Modifier.ReferenceFrames.World, ref desiredHeading);
targetHeading = MyMath.ZRotationFromDirection(desiredHeading);
// If we have a desiredHeading, use that, else assume we're just turning.
if (desiredHeading != Vector3.Zero)
{
// We were given an absolute direction, use it.
actionSet.AddActionTarget(Action.AllocHeadingAction(reflex, targetHeading, speedModifier));
}
else
{
// Determine which relative direction we should use.
TurnModifier.TurnDirections direction = TurnModifier.TurnDirections.None;
if (turnMod != null)
{
// If a turn modifier was specified, use its direction.
direction = turnMod.direction;
}
else if (stickFilt != null)
{
// No turn modifier but we have a gamepad stick, use it to determine turn direction.
direction = stickFilt.stickPosition.X > 0 ? TurnModifier.TurnDirections.Right : TurnModifier.TurnDirections.Left;
}
else if (triggerFilt != null)
{
// No turn modifier but we have a gamepad trigger, use it to determine turn direction.
// Basically this automatically maps left trigger to left turn and right trigger to right turn.
direction = triggerFilt.trigger == GamePadTriggerFilter.GamePadTrigger.LeftTrigger ? TurnModifier.TurnDirections.Left : TurnModifier.TurnDirections.Right;
}
else if (mouseFilt != null)
{
// No turn modifier but we do have mouse input.
direction = mouseFilt.ScreenPosition.X > 0 ? TurnModifier.TurnDirections.Right : TurnModifier.TurnDirections.Left;
// This scaling by 2 has no real justification except
// that it matches the magnitude of the original code
// so this is more compatible with older games.
speedModifier *= 2.0f;
}
else if (touchFilt != null)
{
// No turn modifier but we do have touch input.
if (touchFilt.type == TouchGestureFilterType.Rotate)
{
if (touchFilt.DeltaRotation < 0)
{
direction = TurnModifier.TurnDirections.Left;
}
else if (touchFilt.DeltaRotation > 0)
{
direction = TurnModifier.TurnDirections.Right;
}
}
else if (touchFilt.type == TouchGestureFilterType.Tap)
{
direction = TurnModifier.TurnDirections.Toward;
}
}
else if (keyBoardKeyFilt != null)
{
if (reflex.targetSet != null)
{
Vector2 dir = (Vector2)(reflex.targetSet.Param);
if (dir.X == 1)
{
direction = TurnModifier.TurnDirections.Right;
}
else if (dir.X == -1)
{
direction = TurnModifier.TurnDirections.Left;
}
}
}
else
{
// Nothing exists that would help us decide which way we should turn, choose left.
// This could be the user programming WHEN DO Turn
direction = TurnModifier.TurnDirections.Left;
}
// Calculate the new direction we want to face.
switch (direction)
{
// Turn to our left.
case TurnModifier.TurnDirections.Left:
{
float angle = 0.0f;
if (touchFilt != null && touchFilt.type == TouchGestureFilterType.Rotate)
{
angle = gameActor.Movement.RotationZ + Math.Abs(touchFilt.DeltaRotation);
}
else
{
angle = gameActor.Movement.RotationZ + MathHelper.PiOver2;
}
desiredHeading = new Vector3((float)Math.Cos(angle), (float)Math.Sin(angle), 0);
actionSet.AddActionTarget(Action.AllocTurnSpeedAction(reflex, speedModifier), 0);
}
break;
// Turn to our right.
case TurnModifier.TurnDirections.Right:
{
float angle = 0.0f;
if (touchFilt != null && touchFilt.type == TouchGestureFilterType.Rotate)
{
angle = gameActor.Movement.RotationZ - Math.Abs(touchFilt.DeltaRotation);
}
else
{
angle = gameActor.Movement.RotationZ - MathHelper.PiOver2;
}
desiredHeading = new Vector3((float)Math.Cos(angle), (float)Math.Sin(angle), 0);
actionSet.AddActionTarget(Action.AllocTurnSpeedAction(reflex, -speedModifier), 0);
}
break;
// Turn to face the direction we are moving.
case TurnModifier.TurnDirections.Forward:
{
float angle = MyMath.ZRotationFromDirection(gameActor.Movement.Velocity);
desiredHeading = new Vector3((float)Math.Cos(angle), (float)Math.Sin(angle), 0);
actionSet.AddActionTarget(Action.AllocHeadingAction(reflex, targetHeading, speedModifier));
}
break;
// Turn to face the sensed object.
case TurnModifier.TurnDirections.Toward:
// We're probably here because of WHEN Mouse Left DO Turn Toward.
// This is another case where we want a Heading Action.
if (reflex.targetSet.Nearest != null)
{
speedModifier = 1;
// If we're doing mouse-look (WHEN Mouse Over DO Turn Toward) try
// and create a bit of a dead-zone in the middle.
bool mouseOver = false;
foreach (Filter f in reflex.Filters)
{
MouseFilter mf = f as MouseFilter;
if (mf != null && mf.type == MouseFilterType.Hover)
{
mouseOver = true;
break;
}
}
desiredHeading = reflex.targetSet.Nearest.Direction;
targetHeading = MyMath.ZRotationFromDirection(desiredHeading);
// If mouseOver, calc damping to slow down turning when already looking
// in the direction we want. This helps make it less twitchy.
float dampingFactor = 1.0f;
if (mouseOver)
{
float dot = Vector3.Dot(desiredHeading, gameActor.Movement.Heading);
float deadzoneAngle = 0.96f;
float dampzoneAngle = 0.9f;
// If very close to center, just treat as zero.
if (dot > deadzoneAngle)
{
dampingFactor = 0;
}
else if (dot > dampzoneAngle)
{
// Not in center, but close so damp turning.
// The closer we are to already looking in the correct direction, increase damping.
dampingFactor = MyMath.RemapRange(dot, deadzoneAngle, dampzoneAngle, 0, 1);
// Smooth the result to flatten out the center.
dampingFactor = MyMath.SmoothStep(0, 1, dampingFactor);
}
}
actionSet.AddActionTarget(Action.AllocHeadingAction(reflex, targetHeading, dampingFactor * speedModifier));
}
break;
}
}
return(actionSet);
} // end of ComposeActionSet()
public override void ComposeSensorTargetSet(GameActor gameActor, Reflex reflex)
{
if (terrainSensor != null)
{
terrainSensor.ComposeSensorTargetSet(gameActor, reflex);
}
else
{
List <Filter> filters = reflex.Filters;
MouseFilter mouseFilter = reflex.Data.GetFilterByType(typeof(MouseFilter)) as MouseFilter;
if (mouseFilter == null)
{
// TODO this should trigger a hint. You should always have a mouse filter with a mouse sensor.
return;
}
// Cause the filter to detect what is under the mouse cursor and set that information on the reflex.
// MatchAction will be true if the MouseFilter passes but then we still need to filter on any other
// filters including the ever annoying "not", "me" and "anything" filters.
Object param = null;
bool matchAction = mouseFilter.MatchAction(reflex, out param);
//-----------------------------
//GUI Button filter.
GUIButtonFilter guiButtonFilter = reflex.Data.GetFilterByType(typeof(GUIButtonFilter)) as GUIButtonFilter;
if (null != guiButtonFilter)
{
matchAction = guiButtonFilter.MatchAction(reflex, out param);
}
bool notFilter = reflex.Data.FilterExists("filter.not");
bool anythingFilter = reflex.Data.FilterExists("filter.anything");
// Give the anythingFilter a chance to kill the action.
if (anythingFilter && reflex.MouseActor == null)
{
matchAction = false;
}
bool mouseCursorTarget = false;
bool mouseTargetNeeded = false;
if (matchAction || reflex.IsMovement)
{
GameActor mouseActor = reflex.MouseActor; // Preserve this in case we null out the reflex ref and then restore it because of "not". Argh.
// If we have an actor mouse target, check if it passes the filters.
// If not, null it out.
if (reflex.MouseActor != null)
{
// Create a target.
SensorTarget target = SensorTargetSpares.Alloc();
target.Init(reflex.Task.GameActor, reflex.MouseActor);
// Test againt the filters.
for (int i = 0; i < filters.Count; i++)
{
if (!filters[i].MatchTarget(reflex, target))
{
reflex.MouseActor = null;
matchAction = false;
}
}
// Handle "not" filter.
if (notFilter)
{
if (reflex.MouseActor == null)
{
// Restore MouseActor.
reflex.MouseActor = mouseActor;
}
else
{
// Killed by the "not" filter.
reflex.MouseActor = null;
reflex.MousePosition = null;
matchAction = false;
}
}
// If we stil have a target, add it to the target set.
if (reflex.MouseActor != null)
{
reflex.targetSet.Add(target);
mouseCursorTarget = true;
}
else
{
// Don't really need this target so free it.
SensorTargetSpares.Free(target);
}
}
else
{
// No MouseActor case (the mouse click was not on an actor)
// If we have any classification filters, then we must have been
// looking for an actor. Since we don't have an actor, the
// result is false.
if (reflex.hasClassificationFitler)
{
matchAction = false;
}
// If we've got a me filter and not MouseActor we've failed.
if (reflex.hasMeFilter)
{
matchAction = false;
}
// MouseActor is null so we didn't click on anything which means that if we have an anything
// filter, matchAction should stay false. Unless, of course we also have a notFilter.
if (!anythingFilter || notFilter)
{
// No mouse actor but if we have a "not" or this is a movement toward reflex then the result should be true.
// The WHEN Mouse Over DO Turn Toward option is used for mouse-look style controls.
// Note that if the reflex is Move Forward we don't want this to trigger.
if (notFilter || (reflex.IsMovement && reflex.selectorUpid == "selector.towardclosest") || (reflex.IsMovement && reflex.actuatorUpid == "actuator.turn"))
{
mouseTargetNeeded = true;
matchAction = true;
}
}
}
}
else
{
if (notFilter || reflex.IsMovement)
{
mouseTargetNeeded = true;
}
}
// If MouseActor is null, we may still want to target a position on the ground.
//if (reflex.MouseActor == null && !matchAction && reflex.IsMovement)
if (mouseTargetNeeded || (reflex.MouseActor == null && matchAction))
{
if (reflex.MousePosition != null)
{
// We need to add the mouse position to the targetSet.
SensorTarget target = SensorTargetSpares.Alloc();
target.GameThing = senseSet.Nearest != null ? senseSet.Nearest.GameThing : NullActor.Instance;
target.Position = reflex.MousePosition.Value;
target.Direction = target.Position - reflex.Task.GameActor.Movement.Position;
target.Range = target.Direction.Length();
// If we've arrived at the target position, clear MousePosition.
Vector2 dir2d = new Vector2(target.Direction.X, target.Direction.Y);
if (dir2d.LengthSquared() < 0.1f)
{
reflex.MousePosition = null;
}
target.Direction /= target.Range;
reflex.targetSet.Add(target);
mouseCursorTarget = true;
}
else
{
// Is this a mouse move case? If so translate the param values into
// a target the actuator can use.
MouseFilter filter = (MouseFilter)reflex.Data.GetFilterByType(typeof(MouseFilter));
if (filter.type == MouseFilterType.Move)
{
Vector2 position = (Vector2)param;
SensorTarget target = SensorTargetSpares.Alloc();
target.GameThing = senseSet.Nearest.GameThing;
// Calc fake position.
GameActor actor = reflex.Task.GameActor;
Vector3 pos = actor.Movement.Position;
target.Position = pos;
target.Direction = target.Position - reflex.Task.GameActor.Movement.Position;
target.Range = target.Direction.Length();
if (target.Range == 0)
{
target.Direction = Vector3.Zero;
}
else
{
target.Direction /= target.Range;
}
reflex.targetSet.Add(target);
reflex.targetSet.Param = position;
mouseCursorTarget = true;
}
}
}
reflex.targetSet.Action = reflex.targetSet.Count > 0 && TestObjectSet(reflex);
reflex.targetSet.Action |= matchAction;
// This forces the movement to keep going toward the clicked position/bot
// even if the mouse is no longer clicked.
reflex.targetSet.ActionMouseTarget = mouseCursorTarget;
reflex.targetSet.Action = PostProcessAction(reflex.targetSet.Action, reflex);
}
}
private void RunActuators()
{
verbExecutions.SetAll(false);
GameActor.Movement.UserControlled = IsUserControlled;
// Do not update actuators during pre-game.
if (InGame.inGame.PreGameActive)
{
return;
}
int initialTaskId = Brain.ActiveTaskId;
for (int i = 0; i < reflexes.Count; ++i)
{
Reflex reflex = reflexes[i] as Reflex;
if (reflex.Actuator != null && reflex.targetSet.AnyAction)
{
if (reflex.Actuator is VerbActuator)
{
// Ugh, be backward compatible with the old arbitrated verb behavior.
VerbActuator verbAct = reflex.Actuator as VerbActuator;
// If the verb is exclusive AND we've already seen in then don't process it.
if (GameThing.VerbIsExclusive(verbAct.Verb) && verbExecutions.Get((int)verbAct.Verb))
{
continue;
}
else
{
// This is the first time we've seen the verb so flag it.
verbExecutions.Set((int)verbAct.Verb, true);
}
}
// If we have a mouse sensor AND a once modifier then
// we want to tag the mouse button with IgnoreUntilReleased.
// This makes once work correctly without blocking other
// reflexes from seeing the mouse.
if (reflex.Sensor is MouseSensor)
{
OnceModifier om = null;
for (int j = 0; j < reflex.Modifiers.Count; j++)
{
om = reflex.Modifiers[j] as OnceModifier;
if (om != null)
{
break;
}
}
if (om != null)
{
MouseFilter mf = null;
for (int j = 0; j < reflex.Filters.Count; j++)
{
mf = reflex.Filters[j] as MouseFilter;
if (mf != null)
{
break;
}
}
if (mf != null)
{
// By setting IgnoreUntilReleased, this prevents another
// reflex from being triggered until the mouse is released.
switch (mf.type)
{
case MouseFilterType.LeftButton:
MouseInput.Left.IgnoreUntilReleased = true;
break;
case MouseFilterType.RightButton:
MouseInput.Right.IgnoreUntilReleased = true;
break;
default:
// Nothing to see here, move along.
break;
}
}
}
}
reflex.Actuator.Update(reflex);
// Stop updating actuators if we switched pages.
if (Brain.ActiveTaskId != initialTaskId)
{
break;
}
}
}
}
