protected void AutoPosition()
{
int lines = TTutil.LineCount(TextItems[0]);
float yOffset = -((float)(lines - 1)) * VerticalLineSpacing - VerticalLineSpacing;
Position = new Vector3(TTGame.Instance.BuildScreen.GetComponent <ScreenComp>().Center.X, 1f + yOffset, 0.5f); // TODO move up for long texts
// Use entire text size for calculating middle offsets
totalTextSize = SubtitleFont.MeasureString(TextItems[0]);
}
public override void Process(Entity entity, ThingComp tc, ThingControlComp tcc)
{
tcc.TimeBeforeNextMove -= dt;
// check how much push I get. If get pushed, try to move
if (tcc.PushFromOthers.LengthSquared() > tcc.PushingForce)
{
tcc.TargetMove = tcc.PushFromOthers;
tcc.TargetMove.Normalize();
}
else
{
// if not yet time to make my move, return
if (tcc.TimeBeforeNextMove > 0)
{
return;
}
}
// reset the countdown timer back to its value
if (tcc.TimeBeforeNextMove <= 0)
{
tcc.TimeBeforeNextMove = tcc.DeltaTimeBetweenMoves;
}
// if no move to make, return
if (tcc.TargetMove.LengthSquared() == 0f)
{
return;
}
// compute new facingDirection from final TargetMove
tc.FacingDirection = tcc.TargetMove;
tc.FacingDirection.Normalize();
// check if passable...
List <Entity> cols = tc.DetectCollisions(entity, tcc.TargetMove);
if (!tc.IsCollisionFree && cols.Count > 0 && tcc.PushingForce > 0f)
{
// no - so try to push neighbouring things away
foreach (Entity t in cols)
{
if (t.HasComponent <ThingControlComp>())
{
t.GetComponent <ThingControlComp>().BePushed(tcc.TargetMove, tcc.PushingForce);
}
}
}
if (tc.IsCollisionFree || (!tc.CollidesWithBackground(tcc.TargetMove) && cols.Count == 0))
{
// yes - passable
tc.Target += tcc.TargetMove;
TTutil.Round(ref tc.Target);
}
}
private void DoTest(Test t)
{
var c = ChannelMgr.CreateChannel();
c.Screen.GetComponent<ScreenComp>().BackgroundColor = t.BackgroundColor;
channels.Add(c);
t.Initialize(Factory);
t.Create();
// add framerate counter
var col = TTutil.InvertColor(t.BackgroundColor);
FrameRateCounter.Create(col);
Factory.CreateTextlet(new Vector2(2f, 750f), t.GetType().Name, col);
}
protected void AutoPosition()
{
int lines = TTutil.LineCount(text[0]);
float yOffset = -((float)(lines - 1)) * VerticalLineSpacing - VerticalLineSpacing;
if (Parent != null && Parent is SubtitleText)
{
Motion.Position = new Vector2(0f, yOffset);
// Use entire text size for calculating middle offsets
totalTextSize = SubtitleFont.MeasureString(text[0]);
}
else
{
Motion.Position = new Vector2(Screen.Center.X, 1f + yOffset); // TODO move up for long texts
// Use entire text size for calculating middle offsets
totalTextSize = SubtitleFont.MeasureString(text[0]);
}
}
public override void OnUserInput(GamesPanel.UserInput inp, Vector2 pointerPos)
{
//((mousepos / screenheight - screen.center) / motionparent.zoom ) + MotionParent.zoomcenter
Vector2 panelPos = (((pointerPos / Screen.HeightPixels) - Screen.Center) / Motion.Zoom) + Motion.ZoomCenter;
Vector2 gridPos = new Vector2(panelPos.X / PANEL_DELTA_GRID_X, panelPos.Y / PANEL_DELTA_GRID_Y) + PanelShiftPos;
TTutil.Round(ref gridPos);
//cursor.Motion.TargetPos = (cursor.GridPosition - PanelShiftPos) * new Vector2(PANEL_DELTA_GRID_X, PANEL_DELTA_GRID_Y);
//cursor.Motion.TargetPos = panelPos;
if (gridPos.Equals(cursor.GridPosition))
{
OnUserInput(GamesPanel.UserInput.START_SELECT);
}
cursor.GridPosition = gridPos;
SelectGameBelowCursor();
}
protected override void OnUpdate(ref UpdateParams p)
{
base.OnUpdate(ref p);
// update BoundingRectangle values to latest and greatest
BoundingRectangle.X = TargetX;
BoundingRectangle.Y = TargetY;
// update position of the smooth motion of this Thing in the TTengine
// update position when attached to a parent Thing
if (Parent is Thing)
{
Thing t = Parent as Thing;
Target = t.Target + AttachmentPosition;
Motion.Position = Motion.ScaleAbs * FromPixels(AttachmentPosition);
}
else
{ // not attached to a parent Thing
Motion.Position = Screen.Center + Motion.ScaleAbs * (FromPixels(Position - ViewPos)); // TODO ViewPos smoothing using Draw cache?
//Motion.Position = Position - ViewPos; // alternative to above
}
// compute target move for this thing based on child controls
TargetMove = Vector2.Zero;
foreach (Gamelet g in Children)
{
if (g is ThingControl)
{
ThingControl control = g as ThingControl;
if (control.IsTargetMoveDefined)
{
TargetMove += control.TargetMove;
TargetMove *= control.TargetMoveMultiplier;
}
}
}
// compute new facingDirection from final TargetMove
if (TargetMove.LengthSquared() > 0f)
{
FacingDirection = TargetMove;
FacingDirection.Normalize();
// take steering inputs if any, and move Thing, applying collision detection
// if passable...
List <Thing> cols = DetectCollisions(TargetMove);
cols.RemoveAll(item => Children.Contains(item)); // do not heed my own attached-items in collision - they move along
if (IsCollisionFree || (!CollidesWithBackground(TargetMove) && cols.Count == 0))
{
bool ok = true;
if (!IsCollisionFree)
{
// check all attached Things too
foreach (Gamelet g in Children)
{
if (g is Thing && g.Visible)
{
Thing t = g as Thing;
if (t.IsCollisionFree)
{
continue;
}
// first, test if hits background
if (t.CollidesWithBackground(TargetMove))
{
ok = false;
break;
}
// if not, test if it hits others that are not attached to same parent and are not pixie
List <Thing> colsChild = t.DetectCollisions(TargetMove);
colsChild.RemoveAll(item => Children.Contains(item));
colsChild.Remove(Level.Current.pixie);
if (colsChild.Count > 0)
{
ok = false;
break;
}
}
}
}
// if there are no objections of main Thing (or its attachment) to the move, then move.
if (ok)
{
Target += TargetMove;
TTutil.Round(ref Target);
}
}
}
Vector2 vdif = Target - Position;
if (vdif.LengthSquared() > 0f) // if target not reached yet
{
if (false)
{
Position = Target; // debug
}
else
{
Vector2 vmove = vdif;
vmove.Normalize();
vmove *= TargetSpeed * Velocity;
// convert speed vector to move vector (x = v * t)
vmove *= p.Dt;
// check if target reached already (i.e. move would overshoot target)
if (vmove.LengthSquared() >= vdif.LengthSquared())
{
Position = Target;
}
else
{
// apply move towards target
Position += vmove;
}
}
}
}
protected override void OnUpdate(ref UpdateParams p)
{
base.OnUpdate(ref p);
// update position of the smooth motion of this Thing in the TTengine
// update position when attached to a parent Thing
if (Parent is Thing)
{
Thing t = Parent as Thing;
Target = t.Target + AttachmentPosition;
Motion.Position = Motion.ScaleAbs * FromPixels(AttachmentPosition);
}
else
{ // not attached to a parent Thing
Motion.Position = Screen.Center + Motion.ScaleAbs * (FromPixels(Position - ViewPos)); // TODO ViewPos smoothing using Draw cache?
//Motion.Position = Position - ViewPos; // alternative to above
}
// compute target move for this thing based on child ThingControl controls
TargetMove = Vector2.Zero;
foreach (Gamelet g in Children)
{
if (g is ThingControl)
{
ThingControl control = g as ThingControl;
if (control.IsTargetMoveDefined)
{
TargetMove += control.TargetMove;
TargetMove *= control.TargetMoveMultiplier;
}
}
}
// compute new facingDirection from final TargetMove
if (TargetMove.LengthSquared() > 0f)
{
FacingDirection = TargetMove;
FacingDirection.Normalize();
}
// take steering inputs if any, and move Thing, applying collision detection
if (TargetMove.LengthSquared() > 0f)
{
// check if passable...
List <Thing> cols = DetectCollisions(TargetMove);
if (!IsCollisionFree && Pushing != null && !IsCollisionFree && cols.Count > 0 && Pushing.Force > 0f)
{
// no - so try to push neighbouring things away
foreach (Thing t in cols)
{
if (t.Pushing != null)
{
t.Pushing.BePushed(TargetMove);
}
}
}
if (IsCollisionFree || (!CollidesWithBackground(TargetMove) && cols.Count == 0))
{
// yes - passable
bool ok = true;
if (!IsCollisionFree)
{
// check all attached Things too
foreach (Gamelet g in Children)
{
if (g is Thing)
{
Thing t = g as Thing;
if (t.IsCollisionFree)
{
continue;
}
// first, test if hits background
if (t.CollidesWithBackground(TargetMove))
{
ok = false;
break;
}
// if not, test if it hits others
List <Thing> colsChild = t.DetectCollisions(TargetMove);
if (colsChild.Count > 0)
{
ok = false;
break;
}
}
}
}
// if there are no objections of main Thing (or its attachment) to the move, then move.
if (ok)
{
Target += TargetMove;
TTutil.Round(ref Target);
}
}
}
Vector2 vdif = Target - Position;
if (vdif.LengthSquared() > 0f) // if target not reached yet
{
Vector2 vmove = vdif;
vmove.Normalize();
vmove *= TargetSpeed * Velocity;
// convert speed vector to move vector (x = v * t)
vmove *= p.Dt;
// check if target reached already (i.e. move would overshoot target)
if (vmove.LengthSquared() >= vdif.LengthSquared())
{
Position = Target;
}
else
{
// apply move towards target
Position += vmove;
}
}
}
protected override void OnUpdate(ref UpdateParams p)
{
base.OnUpdate(ref p);
Pixie pixie = Level.Current.pixie;
// if attached, disable motion
MyMotion.Active = true; // !(Parent is Pixie);
// hack - not visible at first to avoid position-flicker
if (SimTime < 0.3f)
{
Visible = false;
}
else
{
Visible = true;
}
// when floating free - check start of attachment to pixie
if (!(Parent is Thing))
{
List <Thing> l = DetectCollisions(vecDown);
if (l.Count > 0)
{
foreach (Thing t in l)
{
if (t is BadPixel)
{
BadPixel bp = t as BadPixel;
if (bp.Parent is Pixie)
{
pixie.AddNextUpdate(this); // become a child - attach to it.
AttachmentPosition = new Vector2(TargetX - pixie.TargetX, TargetY - pixie.TargetY); // new relative position
TTutil.Round(ref AttachmentPosition);
pixie.Score += 1;
break;
}
}
else if (t is Pixie)
{
pixie.AddNextUpdate(this); // become a child - attach to it.
//AttachmentPosition = (new Vector2(PositionX, PositionY) - pixie.Target); // new relative position
//AttachmentPosition = new Vector2(1f,PositionY-pixie.TargetY); // new relative position
AttachmentPosition = new Vector2(TargetX - pixie.TargetX, TargetY - pixie.TargetY); // new relative position
TTutil.Round(ref AttachmentPosition);
//Level.Current.Subtitles.Show(2, "Ouch! That sticks!",3f);
pixie.Score += 1;
break;
}
}
}
}
// check self-delete
Vector2 pp = pixie.Target;
if (TargetY > pixie.TargetY + 130f) // if way down player somewhere, delete
{
Delete = true;
}
if (SimTime < 0.2f && CollidesWithBackground(Vector2.Zero)) // new entities that get stuck on background - delete
{
Delete = true;
}
}
