/* 
 *    Copyright 2013 Mimisuke
 *
 *  Licensed under the Apache License, Version 2.0 (the "License");
 *  you may not use this file except in compliance with the License.
 *  You may obtain a copy of the License at
 *
 *      http://www.apache.org/licenses/LICENSE-2.0
 *
 *  Unless required by applicable law or agreed to in writing, software
 *  distributed under the License is distributed on an "AS IS" BASIS,
 *  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 *  See the License for the specific language governing permissions and
 *  limitations under the License.
 */

import java.awt.Image;
import java.io.IOException;
import javax.imageio.*;

class MarisaReimu extends Reimu implements java.io.Serializable
{
	static final long serialVersionUID = 1L;
	public static final int type = 10000;
	public static final String nameJ = "まりされいむ";
	public static final String nameE = "MarisaReimu";

	private static Image[][][] images = new Image[NUM_OF_CONDITIONS][2][3];

	public static void loadImages (ClassLoader loader) throws IOException {
		final String path = "images/marisa-reimu/";

		// left face
		images[BODY][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/body.png"));
		images[LICK][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/lick.png"));
		images[BRAID][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/braid.png"));
		images[ACCESSORY][LEFT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"left/hat.png"));
		images[DAMAGED][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/damage.png"));
		images[PANTS][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/pants.png"));
		images[STAIN][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/shit.png"));
		images[SICK][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/sick.png"));
		images[NORMAL][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/normal.png"));
		images[SLEEPING][LEFT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"left/faces/sleeping.png"));
		images[CHEER][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/cheer.png"));
		images[SMILE][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/smile.png"));
		images[TIRED][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/tired.png"));
		images[PUFF][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/puff.png"));
		images[CRYING][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/crying.png"));
		images[EXCITING][LEFT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"left/faces/exciting.png"));
		images[REFRESHED][LEFT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"left/faces/refreshed.png"));
		images[DEAD][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/dead.png"));
		images[RUDE][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"left/faces/rude.png"));
		// right face
		images[BODY][RIGHT][adultIndex] =		flipImage(images[BODY][LEFT][adultIndex]);
		images[LICK][RIGHT][adultIndex] =		flipImage(images[LICK][LEFT][adultIndex]);
		images[BRAID][RIGHT][adultIndex] =		flipImage(images[BRAID][LEFT][adultIndex]);
		images[ACCESSORY][RIGHT][adultIndex] =	flipImage(images[ACCESSORY][LEFT][adultIndex]);
		images[DAMAGED][RIGHT][adultIndex] =	flipImage(images[DAMAGED][LEFT][adultIndex]);
		images[PANTS][RIGHT][adultIndex] =		flipImage(images[PANTS][LEFT][adultIndex]);
		images[STAIN][RIGHT][adultIndex] =		flipImage(images[STAIN][LEFT][adultIndex]);
		images[SICK][RIGHT][adultIndex] =		flipImage(images[SICK][LEFT][adultIndex]);		
		images[NORMAL][RIGHT][adultIndex] =		flipImage(images[NORMAL][LEFT][adultIndex]);
		images[SLEEPING][RIGHT][adultIndex] =	flipImage(images[SLEEPING][LEFT][adultIndex]);
		images[CHEER][RIGHT][adultIndex] =		flipImage(images[CHEER][LEFT][adultIndex]);
		images[SMILE][RIGHT][adultIndex] =		flipImage(images[SMILE][LEFT][adultIndex]);
		images[TIRED][RIGHT][adultIndex] =		flipImage(images[TIRED][LEFT][adultIndex]);
		images[PUFF][RIGHT][adultIndex] =		flipImage(images[PUFF][LEFT][adultIndex]);
		images[CRYING][RIGHT][adultIndex] =		flipImage(images[CRYING][LEFT][adultIndex]);
		images[EXCITING][RIGHT][adultIndex] =	flipImage(images[EXCITING][LEFT][adultIndex]);
		images[REFRESHED][RIGHT][adultIndex] =	flipImage(images[REFRESHED][LEFT][adultIndex]);
		images[DEAD][RIGHT][adultIndex] =		flipImage(images[DEAD][LEFT][adultIndex]);
		images[RUDE][RIGHT][adultIndex] =		flipImage(images[RUDE][LEFT][adultIndex]);		
		// center
		images[CRUSHED][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"crushed.png"));
		images[CRUSHED2][LEFT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"crushed2.png"));
		images[SHIT][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"shit.png"));
		images[ROLL_ACCESSORY][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"hat.png"));
		images[ROLL_SHIT][LEFT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"roll_left.png"));
		images[ROLL_SHIT][RIGHT][adultIndex] =	ImageIO.read(loader.getResourceAsStream(path+"roll_right.png"));
		images[PANTS2][LEFT][adultIndex] =		ImageIO.read(loader.getResourceAsStream(path+"pants.png"));
		images[PANTS2_ROLL][LEFT][adultIndex] = ImageIO.read(loader.getResourceAsStream(path+"left_pants.png"));
		images[PANTS2_ROLL][RIGHT][adultIndex] = ImageIO.read(loader.getResourceAsStream(path+"right_pants.png"));

		for(Image[][] array2d : images) {	
			for(Image[] array : array2d) {
				if(array[adultIndex] == null) {
					continue;
				}
				// Scale larger images down for koyukkuri
				array[adultIndex] = array[adultIndex].getScaledInstance(adultSize, adultSize, Image.SCALE_AREA_AVERAGING);
				array[childIndex] = array[adultIndex].getScaledInstance(childSize, childSize, Image.SCALE_AREA_AVERAGING);
				array[babyIndex] =  array[adultIndex].getScaledInstance(babySize, babySize, Image.SCALE_AREA_AVERAGING);
			}
		}
	}
	
	public Image getImage(int type, int direction) {
		return images[type][direction][ageState.ordinal()];
	}

	@Override
	public int getType() {
		return type;
	}

	@Override
	public String getNameJ() {
		return nameJ;
	}

	@Override
	public String getNameE() {
		return nameE;
	}

	@Override
	public boolean isHybrid () {
		return true;
	}
	
	@Override
	protected String msgBirthJ() {
		return "ゆっくちちていっちぇね！まりちゃはりぇいみゅ!";
	}

	@Override
	protected String msgBirthE() {
		return "Mawicha ish Weimu! Chake id eajy!";
	}

	// public methods
	public MarisaReimu(int initX, int initY, int initZ, Body.AgeState initAgeState, Body p1, Body p2) {
		super(initX, initY, initZ, initAgeState, p1, p2);
	}
	
	public void tuneParameters() {
		// Tune individual parameters.
		double factor = Math.random()+0.5;
		HUNGRYLIMIT[AgeState.ADULT.ordinal()] *= factor; 
		HUNGRYLIMIT[AgeState.CHILD.ordinal()] *= factor;
		HUNGRYLIMIT[AgeState.BABY.ordinal()] *= factor;
		factor = Math.random()+0.5;
		SHITLIMIT[AgeState.ADULT.ordinal()] *= factor;
		SHITLIMIT[AgeState.CHILD.ordinal()] *= factor;
		SHITLIMIT[AgeState.BABY.ordinal()] *= factor;
		factor = Math.random()+0.5;
		DAMAGELIMIT[AgeState.ADULT.ordinal()] *= factor;
		DAMAGELIMIT[AgeState.CHILD.ordinal()] *= factor;
		DAMAGELIMIT[AgeState.BABY.ordinal()] *= factor;
		factor = Math.random()+0.5;
		BABYLIMIT *= factor;
		CHILDLIMIT *= factor;
		LIFELIMIT *= factor;
		factor = Math.random()+1;
		RELAXPERIOD *= factor;
		EXCITEPERIOD *= factor;
		PREGPERIOD *= factor;
		SLEEPPERIOD *= factor;
		ACTIVEPERIOD *= factor;
		sameDest = rnd.nextInt(10)+10;
		DECLINEPERIOD *= (Math.random()+0.5);
		DISCIPLINELIMIT *= (Math.random()+1);
		ROBUSTNESS = rnd.nextInt(4)+1;
		//EYESIGHT /= 4;
		factor = Math.random()+0.5;
		STRENGTH[AgeState.ADULT.ordinal()] *= factor;
		STRENGTH[AgeState.CHILD.ordinal()] *= factor;
		STRENGTH[AgeState.BABY.ordinal()] *= factor;
	}
}