public void juniJumped(Juni juni)
{
if (bouncer_data.jump_trigger && !in_air)
{
launch();
}
}
// Changes the current area
public void changeArea(KnyttPoint new_area, bool force_jump = false, bool regenerate_same = true)
{
// Regenerate current area if no change, else deactivate old area
if (this.CurrentArea != null)
{
if (CurrentArea.Area.Position.Equals(new_area))
{
if (regenerate_same)
{
CurrentArea.regenerateArea(regenerate_same: regenerate_same);
}
return;
}
CurrentArea.scheduleDeactivation();
}
// Update the paging
GDWorld.Areas.setLocation(new_area);
var area = GDWorld.getArea(new_area);
if (area == null)
{
return;
}
this.CurrentArea = area;
this.CurrentArea.activateArea();
this.beginTransitionEffects(force_jump);
Juni.stopHologram(cleanup: true);
}
private void setupWorld()
{
GDKnyttWorldImpl world;
if (GDKnyttDataStore.KWorld != null)
{
world = GDKnyttDataStore.KWorld;
}
else
{
world = new GDKnyttWorldImpl();
world.setDirectory(this.demoWorld, "");
var save_data = GDKnyttAssetManager.loadTextFile(this.demoWorld + "/DefaultSavegame.ini");
world.CurrentSave = new KnyttSave(world, save_data, 1);
}
GDWorld.setWorld(this, world);
createJuni();
GDWorld.loadWorld();
this.changeArea(GDWorld.KWorld.CurrentSave.getArea(), true);
Juni.moveToPosition(CurrentArea, GDWorld.KWorld.CurrentSave.getAreaPosition());
UI.initialize(this);
UI.updatePowers();
}
// On load a save file
public void createJuni()
{
Juni = juni_scene.Instance() as Juni;
Juni.initialize(this);
this.AddChild(Juni);
Juni.Connect("PowerChanged", UI, "powerUpdate");
}
public void _on_Area2D_body_entered(Node body)
{
if (bouncer_data.deadly && body is Juni)
{
Juni.die();
return;
}
if (!in_air)
{
return;
}
if (!GDArea.isIn(GlobalPosition))
{
return;
} // ignore all collisions if out of the area
if (vel < 0f)
{
vel = -vel; return;
}
in_air = false;
var p = Position;
p.y = start_y;
Position = p;
GetNode <AnimatedSprite>("AnimatedSprite").Play(Anim, true);
}
public void execute(Juni juni)
{
if ([email protected] || GDArea.Selector.IsObjectSelected(this))
{
executeAnyway(juni);
}
}
private void _on_EnterArea_body_entered(Juni juni)
{
if (juni.juniInput.DownHeld)
{
juni.CanJump = false;
}
junis.Add(juni);
}
public void _on_Area2D_body_entered(Node body)
{
if (!(body is Juni))
{
return;
}
Juni.die();
}
private void _on_EnterArea_body_exited(Juni juni)
{
if (juni.juniInput.DownHeld)
{
juni.CanJump = true;
}
junis.Remove(juni);
}
public void updateItems(Juni juni)
{
foreach (var child in GetNode <Node>("ItemContainer").GetChildren())
{
ItemInfo ii = child as ItemInfo;
ii.updateItem(juni.Powers);
}
}
public WalkRunState(Juni juni, bool walk_run) : base(juni)
{
this.walk_run = walk_run;
juni.MotionParticles.CurrentMotion = walk_run ? JuniMotionParticles.JuniMotion.RUN : JuniMotionParticles.JuniMotion.WALK;
// Calculate the leeway frames to fall in a frame independent manner
fall_frames = Mathf.FloorToInt(FALL_LEEWAY / (1f / ((int)ProjectSettings.GetSetting("physics/common/physics_fps"))));
current_fall = fall_frames;
}
public void executeAnyway(Juni juni)
{
if ([email protected] && alreadyExecuted)
{
return;
}
alreadyExecuted = true;
CallDeferred("_execute", juni);
}
public void init(KnyttWorld world, Juni juni)
{
SetProcessInput(false);
SetProcess(false);
SetPhysicsProcess(false);
if (world == null || juni == null)
{
return;
}
this.world = world;
this.juni = juni;
this.RectSize = new Vector2(
(world.MaxBounds.x - world.MinBounds.x + 1) * XSIZE,
(world.MaxBounds.y - world.MinBounds.y + 1) * YSIZE);
foreach (var area in world.Map)
{
if (area?.ExtraData == null)
{
continue;
}
var coord = area.Position;
int?map_x = int.TryParse(area.ExtraData["MapX"], out var i) ? i : null as int?;
int?map_y = int.TryParse(area.ExtraData["MapY"], out i) ? i : null as int?;
if (map_x != null || map_y != null)
{
spoofing[coord] = new KnyttPoint(map_x ?? coord.x, map_y ?? coord.y);
}
if (area.ExtraData["MapVisible"]?.ToLower() == "true")
{
visible[coord] = true;
}
if (area.ExtraData["MapVisible"]?.ToLower() == "false")
{
visible[coord] = false;
}
int?color = int.TryParse(area.ExtraData["MapColor"], out i) ? i : null as int?;
if (color != null)
{
if (color == 64)
{
visible[coord] = false;
}
else
{
colors[coord] = new Color((color.Value % 4) / 3f, ((color.Value / 4) % 4) / 3f, ((color.Value / 16) % 4) / 3f);
}
}
}
}
public void _on_Area2D_body_entered(Node body)
{
if (!(body is Juni))
{
return;
}
string ending = GDArea.Area.getExtraData("Ending");
Juni.win(ending == null ? "Ending" : ending);
}
public void _on_Area2D_body_entered(Node body)
{
if (body is Juni)
{
Juni.die(); return;
}
if (wait_timer.TimeLeft > 0f)
{
return;
}
stop();
}
public void juniJumped(Juni juni)
{
if (in_air)
{
return;
}
// Calculate and test jump chance
if (!in_air && juni.Hologram == null && Mathf.Abs(juni.ApparentPosition.x - Center.x) < 150 + random.Next(80))
{
launch();
}
}
public override void _PhysicsProcess(float delta)
{
base._PhysicsProcess(delta);
float distance = Juni.distance(Center);
if (distance > JUNI_MIN_DISTANCE)
{
var inertia = 0.9f - delta * 3; // TODO: replace this magic formula with more correct and fps-independent behaviour
var new_speed_vector = speed * SPEED_SCALE * (Juni.ApparentPosition - Center) / distance;
speedVector = speedVector * inertia + new_speed_vector * (1 - inertia);
}
Translate(speedVector * delta);
}
