package ch.asynk.rustanddust.engine; import java.util.Iterator; import com.badlogic.gdx.utils.Disposable; import com.badlogic.gdx.graphics.g2d.Batch; import com.badlogic.gdx.graphics.g2d.Sprite; import com.badlogic.gdx.graphics.g2d.TextureAtlas; import com.badlogic.gdx.graphics.g2d.TextureAtlas.AtlasRegion; import com.badlogic.gdx.graphics.glutils.ShapeRenderer; import com.badlogic.gdx.math.Vector2; import com.badlogic.gdx.math.Vector3; import ch.asynk.rustanddust.engine.gfx.Moveable; import ch.asynk.rustanddust.engine.gfx.StackedImages; import ch.asynk.rustanddust.engine.gfx.animations.MoveToAnimation; import ch.asynk.rustanddust.engine.gfx.animations.RunnableAnimation; import ch.asynk.rustanddust.engine.gfx.animations.AnimationSequence; public abstract class Pawn implements Moveable, Disposable { public interface PawnType { } public interface PawnCode { } private static final float MOVE_TIME = 0.4f; private Vector3 position; private Vector3 prevPosition; private Tile tile; private Tile prevTile; protected Faction faction; protected String descr; protected Sprite sprite; protected StackedImages overlays; protected Attack attack; protected Move move; public abstract int getMovementPoints(); public abstract int getRoadMarchBonus(); public abstract int getAngleOfAttack(); public abstract int getFlankSides(); public abstract int getEngagementRangeFrom(Tile tile); public abstract int getDefense(Tile tile); public abstract boolean preventDefenseOn(Tile tile); public abstract boolean isUnit(); public abstract boolean isA(PawnCode code); public abstract boolean isA(PawnType type); public abstract boolean isHq(); public abstract boolean isHqOf(Pawn other); public abstract boolean isHardTarget(); public abstract boolean canMove(); public abstract boolean canRotate(); public abstract boolean canEngage(); public abstract boolean canEngage(Pawn other); public abstract boolean canBreak(); public abstract boolean canAssistEngagementWithoutLos(); public abstract void move(); public abstract void engage(); public abstract void revertLastMove(); protected Pawn() { this.tile = null; this.prevTile = null; this.position = new Vector3(0f, 0f, 0f); this.prevPosition = new Vector3(0f, 0f, 0f); this.attack = new Attack(this); } public Pawn(Faction faction, AtlasRegion body, TextureAtlas overlays) { this(); this.faction = faction; this.descr = descr; this.sprite = new Sprite(body); this.overlays = new StackedImages(overlays); } @Override public String toString() { return descr; } @Override public void dispose() { } @Override public Faction getFaction() { return faction; } public void reset() { move = null; attack.reset(); } public void move(Move move) { switch(move.type) { case REGULAR: if ((this.move != null) && (!this.move.isEnter())) throw new RuntimeException("try to override an existing move instance"); break; case ENTER: if (this.move != null) throw new RuntimeException("try to override an existing move instance"); break; case EXIT: if (this.move != null) throw new RuntimeException("try to override an existing move instance"); break; case SET: break; default: throw new RuntimeException("unsupported MoveType"); } this.move = move; move(); } public void setAttack(Pawn target, int distance) { attack.reset(); attack.target = target; attack.distance = distance; } public boolean justEntered() { return ((move != null) && move.isEnter()); } public boolean is(Faction faction) { return (this.faction == faction); } public boolean isEnemy(Faction other) { return faction.isEnemy(other); } public boolean isEnemy(Pawn other) { return faction.isEnemy(other.faction); } public boolean isFlankAttack() { return (isClearAttack() && attack.isFlank); } public boolean isClearAttack() { return attack.isClear; } public int attackDistance() { return attack.distance; } public Tile getTile() { return tile; } public Tile getPreviousTile() { return prevTile; } public Vector3 getPosition() { return position; } public Vector3 getPreviousPosition() { return prevPosition; } private void revertPosition() { this.tile = this.prevTile; this.prevTile = null; position.set(prevPosition); prevPosition.set(0f, 0f, 0f); setPosition(position.x, position.y, position.z); } public float getCenterX() { return (getX() + (getWidth() / 2f)); } public float getCenterY() { return (getY() + (getHeight() / 2f)); } public Vector2 getPosAt(Tile tile, Vector2 pos) { float x = (tile.getX() - (getWidth() / 2f)); float y = (tile.getY() - (getHeight() / 2f)); if (pos == null) return new Vector2(x, y); else pos.set(x, y); return pos; } public void setOnTile(Tile tile, float z) { this.prevTile = this.tile; this.tile = tile; float x = (tile.getX() - (getWidth() / 2f)); float y = (tile.getY() - (getHeight() / 2f)); setPosition(x, y, z); } @Override public void setScale(float scale) { sprite.setScale(scale); overlays.setScale(scale); } @Override public void setAlpha(float alpha) { sprite.setAlpha(alpha); overlays.setAlpha(alpha); } @Override public float getX() { return sprite.getX(); } @Override public float getY() { return sprite.getY(); } @Override public float getWidth() { return sprite.getWidth(); } @Override public float getHeight() { return sprite.getHeight(); } @Override public float getRotation() { return sprite.getRotation(); } public Orientation getOrientation() { return Orientation.fromRotation(getRotation()); } public void translate(float dx, float dy) { setPosition((getX() + dx), (getY() + dy)); } public void centerOn(float x, float y) { setPosition((x - (getWidth() / 2f)), (y - (getHeight() / 2f))); } @Override public void setPosition(float x, float y) { position.set(x, y, 0f); sprite.setPosition(x, y); float cx = x + (getWidth() / 2f); float cy = y + (getHeight() / 2f); overlays.centerOn(cx, cy); } public void setRotation(float z) { position.z = z; sprite.setRotation(z); overlays.setRotation(z); } @Override public void setPosition(float x, float y, float z) { setPosition(x, y); setRotation(z); } public boolean hasOverlayEnabled() { return overlays.isEnabled(); } public boolean enableOverlay(int i, boolean enable) { overlays.enable(i, enable); if (enable) return true; return hasOverlayEnabled(); } public AnimationSequence getRotateAnimation(float z, int size) { prevPosition.set(position); AnimationSequence seq = AnimationSequence.get(1 + size); seq.addAnimation(MoveToAnimation.get(this, position.x, position.y, z, MOVE_TIME)); return seq; } public AnimationSequence getMoveAnimation(Iterator vectors, int size, MoveToAnimation.MoveToAnimationCb cb) { prevPosition.set(position); AnimationSequence seq = AnimationSequence.get(size); while (vectors.hasNext()) seq.addAnimation(MoveToAnimation.get(this, vectors.next(), MOVE_TIME, cb)); return seq; } public AnimationSequence getRevertLastMoveAnimation(int size) { AnimationSequence seq = AnimationSequence.get(2 + size); seq.addAnimation(MoveToAnimation.get(this, prevPosition, MOVE_TIME)); seq.addAnimation(RunnableAnimation.get(this, new Runnable() { @Override public void run() { revertPosition(); } })); return seq; } @Override public void draw(Batch batch) { sprite.draw(batch); overlays.draw(batch); } @Override public void drawDebug(ShapeRenderer debugShapes) { float w = sprite.getWidth(); float h = sprite.getHeight(); debugShapes.rect(sprite.getX(), sprite.getY(), (w / 2f), (h / 2f), w, h, sprite.getScaleX(), sprite.getScaleY(), sprite.getRotation()); overlays.drawDebug(debugShapes); } }