package org.andengine.entity;
import java.util.ArrayList;
import java.util.Comparator;
import java.util.List;
import org.andengine.engine.Engine;
import org.andengine.engine.camera.Camera;
import org.andengine.engine.handler.IDrawHandler;
import org.andengine.engine.handler.IUpdateHandler;
import org.andengine.engine.handler.runnable.RunnableHandler;
import org.andengine.entity.modifier.IEntityModifier;
import org.andengine.entity.modifier.IEntityModifier.IEntityModifierMatcher;
import org.andengine.entity.scene.Scene;
import org.andengine.util.IDisposable;
import org.andengine.util.adt.transformation.Transformation;
import org.andengine.util.color.Color;
/**
* (c) 2010 Nicolas Gramlich
* (c) 2011 Zynga Inc.
*
* @author Nicolas Gramlich
* @since 11:20:25 - 08.03.2010
*/
public interface IEntity extends IDrawHandler, IUpdateHandler, IDisposable {
// ===========================================================
// Constants
// ===========================================================
// ===========================================================
// Methods
// ===========================================================
public boolean isVisible();
public void setVisible(final boolean pVisible);
public boolean isIgnoreUpdate();
public void setIgnoreUpdate(boolean pIgnoreUpdate);
public boolean isChildrenVisible();
public void setChildrenVisible(final boolean pChildrenVisible);
public boolean isChildrenIgnoreUpdate();
public void setChildrenIgnoreUpdate(boolean pChildrenIgnoreUpdate);
public int getZIndex();
public void setZIndex(final int pZIndex);
public boolean hasParent();
public IEntity getParent();
public void setParent(final IEntity pEntity);
public float getX();
public float getY();
public float getInitialX();
public float getInitialY();
public void setInitialPosition();
public void setPosition(final IEntity pOtherEntity);
public void setPosition(final float pX, final float pY);
public boolean isRotated();
public float getRotation();
public void setRotation(final float pRotation);
public float getRotationCenterX();
public float getRotationCenterY();
public void setRotationCenterX(final float pRotationCenterX);
public void setRotationCenterY(final float pRotationCenterY);
public void setRotationCenter(final float pRotationCenterX, final float pRotationCenterY);
public boolean isScaled();
public float getScaleX();
public float getScaleY();
public void setScaleX(final float pScaleX);
public void setScaleY(final float pScaleY);
public void setScale(final float pScale);
public void setScale(final float pScaleX, final float pScaleY);
public float getScaleCenterX();
public float getScaleCenterY();
public void setScaleCenterX(final float pScaleCenterX);
public void setScaleCenterY(final float pScaleCenterY);
public void setScaleCenter(final float pScaleCenterX, final float pScaleCenterY);
public boolean isSkewed();
public float getSkewX();
public float getSkewY();
public void setSkewX(final float pSkewX);
public void setSkewY(final float pSkewY);
public void setSkew(final float pSkew);
public void setSkew(final float pSkewX, final float pSkewY);
public float getSkewCenterX();
public float getSkewCenterY();
public void setSkewCenterX(final float pSkewCenterX);
public void setSkewCenterY(final float pSkewCenterY);
public void setSkewCenter(final float pSkewCenterX, final float pSkewCenterY);
public boolean isRotatedOrScaledOrSkewed();
public float getRed();
public float getGreen();
public float getBlue();
public float getAlpha();
public Color getColor();
public void setAlpha(final float pAlpha);
public void setColor(final Color pColor);
public void setColor(final float pRed, final float pGreen, final float pBlue);
public void setColor(final float pRed, final float pGreen, final float pBlue, final float pAlpha);
/**
* @return a shared(!) float[] of length 2.
*/
public float[] getSceneCenterCoordinates();
/**
* @param pX
* @param pY
* @return a shared(!) float[] of length 2.
*/
public float[] convertLocalToSceneCoordinates(final float pX, final float pY);
/**
* @param pX
* @param pY
* @param pReuse must be of length 2.
* @return <code>pReuse</code> as a convenience.
*/
public float[] convertLocalToSceneCoordinates(final float pX, final float pY, final float[] pReuse);
/**
* @param pCoordinates must be of length 2.
* @return a shared(!) float[] of length 2.
*/
public float[] convertLocalToSceneCoordinates(final float[] pCoordinates);
/**
* @param pCoordinates must be of length 2.
* @param pReuse must be of length 2.
* @return <code>pReuse</code> as a convenience.
*/
public float[] convertLocalToSceneCoordinates(final float[] pCoordinates, final float[] pReuse);
/**
* @param pX
* @param pY
* @return a shared(!) float[] of length 2.
*/
public float[] convertSceneToLocalCoordinates(final float pX, final float pY);
/**
* @param pX
* @param pY
* @param pReuse must be of length 2.
* @return <code>pReuse</code> as a convenience.
*/
public float[] convertSceneToLocalCoordinates(final float pX, final float pY, final float[] pReuse);
/**
* @param pCoordinates must be of length 2.
* @return a shared(!) float[] of length 2.
*/
public float[] convertSceneToLocalCoordinates(final float[] pCoordinates);
/**
* @param pCoordinates must be of length 2.
* @param pReuse must be of length 2.
* @return <code>pReuse</code> as a convenience.
*/
public float[] convertSceneToLocalCoordinates(final float[] pCoordinates, final float[] pReuse);
public Transformation getLocalToSceneTransformation();
public Transformation getSceneToLocalTransformation();
public Transformation getLocalToParentTransformation();
public Transformation getParentToLocalTransformation();
public int getChildCount();
public void onAttached();
public void onDetached();
public void attachChild(final IEntity pEntity);
public boolean attachChild(final IEntity pEntity, final int pIndex);
public IEntity getChild(final int pIndex);
public IEntity getChild(final IEntityMatcher pEntityMatcher);
public IEntity getFirstChild();
public IEntity getLastChild();
public int getChildIndex(final IEntity pEntity);
public boolean setChildIndex(final IEntity pEntity, final int pIndex);
/**
* @param pEntityMatcher
* @return all children (recursively!) that match the supplied {@link IEntityMatcher}.
*/
public ArrayList<IEntity> query(final IEntityMatcher pEntityMatcher);
/**
* @param pEntityMatcher
* @param pResult the {@link List} to put the result into.
* @return all children (recursively!) that match the supplied {@link IEntityMatcher}.
*/
public <L extends List<IEntity>> L query(final IEntityMatcher pEntityMatcher, final L pResult);
/**
* @param pEntityMatcher
* @return all children (recursively!) that match the supplied {@link IEntityMatcher}.
* @throws ClassCastException when the supplied {@link IEntityMatcher} matched a {@link IEntity} that was not of the requested subtype.
*/
public <S extends IEntity> ArrayList<S> queryForSubclass(IEntityMatcher pEntityMatcher) throws ClassCastException;
/**
* @param pEntityMatcher
* @param pResult the {@link List} to put the result into.
* @return all children (recursively!) that match the supplied {@link IEntityMatcher}.
* @throws ClassCastException when the supplied {@link IEntityMatcher} matched a {@link IEntity} that was not of the requested subtype.
*/
public <L extends List<S>, S extends IEntity> L queryForSubclass(final IEntityMatcher pEntityMatcher, final L pResult) throws ClassCastException;
public boolean swapChildren(final int pIndexA, final int pIndexB);
public boolean swapChildren(final IEntity pEntityA, final IEntity pEntityB);
/**
* Immediately sorts the {@link IEntity}s based on their ZIndex. Sort is stable.
*/
public void sortChildren();
/**
* Sorts the {@link IEntity}s based on their ZIndex. Sort is stable.
* In contrast to {@link IEntity#sortChildren()} this method is particularly useful to avoid multiple sorts per frame.
* @param pImmediate if <code>true</code>, the sorting is executed immediately.
* If <code>false</code> the sorting is executed before the next (visible) drawing of the children of this {@link IEntity}.
*/
public void sortChildren(final boolean pImmediate);
/**
* Sorts the {@link IEntity}s based on the {@link Comparator} supplied. Sort is stable.
* @param pEntityComparator
*/
public void sortChildren(final Comparator<IEntity> pEntityComparator);
public boolean detachSelf();
/**
* <b><i>WARNING:</i> This function should be called from within
* {@link RunnableHandler#postRunnable(Runnable)} which is registered
* to a {@link Scene} or the {@link Engine} itself, because otherwise
* it may throw an {@link IndexOutOfBoundsException} in the
* Update-Thread or the GL-Thread!</b>
*/
public boolean detachChild(final IEntity pEntity);
/**
* <b><i>WARNING:</i> This function should be called from within
* {@link RunnableHandler#postRunnable(Runnable)} which is registered
* to a {@link Scene} or the {@link Engine} itself, because otherwise
* it may throw an {@link IndexOutOfBoundsException} in the
* Update-Thread or the GL-Thread!</b>
*/
public IEntity detachChild(final IEntityMatcher pEntityMatcher);
/**
* <b><i>WARNING:</i> This function should be called from within
* {@link RunnableHandler#postRunnable(Runnable)} which is registered
* to a {@link Scene} or the {@link Engine} itself, because otherwise
* it may throw an {@link IndexOutOfBoundsException} in the
* Update-Thread or the GL-Thread!</b>
*/
public boolean detachChildren(final IEntityMatcher pEntityMatcher);
public void detachChildren();
public void callOnChildren(final IEntityParameterCallable pEntityParameterCallable);
public void callOnChildren(final IEntityParameterCallable pEntityParameterCallable, final IEntityMatcher pEntityMatcher);
public void registerUpdateHandler(final IUpdateHandler pUpdateHandler);
public boolean unregisterUpdateHandler(final IUpdateHandler pUpdateHandler);
public boolean unregisterUpdateHandlers(final IUpdateHandlerMatcher pUpdateHandlerMatcher);
public void clearUpdateHandlers();
public void registerEntityModifier(final IEntityModifier pEntityModifier);
public boolean unregisterEntityModifier(final IEntityModifier pEntityModifier);
public boolean unregisterEntityModifiers(final IEntityModifierMatcher pEntityModifierMatcher);
public void clearEntityModifiers();
public boolean isCullingEnabled();
public void setCullingEnabled(final boolean pCullingEnabled);
/**
* Will only be performed if {@link IEntity#isCullingEnabled()} is true.
*
* @param pCamera the currently active camera to perform culling checks against.
* @return <code>true</code> when this object is visible by the {@link Camera}, <code>false</code> otherwise.
*/
public boolean isCulled(final Camera pCamera);
public void setUserData(final Object pUserData);
public Object getUserData();
public void toString(final StringBuilder pStringBuilder);
// ===========================================================
// Inner and Anonymous Classes
// ===========================================================
}