Pokemon.java

/*Pokemon.java
 *Namashi Sivaram and Will Jarvis-Cross
 *creates a pokemon object to be used in the pokemon tron heroes game
 *each pokemon has its own moves(editable),type, and stats. Pokemon also have
 *iv values which influence thier final stat to give the same type of pokemon
 *individuality
 */

import java.awt.image.*;
import java.awt.*;
import java.util.LinkedList;
public class Pokemon {
    String name,type1,type2,ability,evolvefrom;
    private int atk,def,spatk,spdef,spd,expv,evolve;
    private int hp,exp,lvl,hpmax;
    final int catchrate;
    final int index;
    private Moves[] moves=new Moves[4];
    private int[] iv=new int[6];
    final Image frontsprite;
    final Image backsprite;
    Image minisprite;
    //stat modifiers
    int atkmod=6;
    int defmod=6;
    int spatkmod=6;
    int spdefmod=6;
    int spdmod=6;
    int evamod=6;
    int accmod=6;
    //status flags
    private boolean flinch=false;
    private boolean recharge=false;
    private boolean seeded=false;
    private boolean bind=false;
    private int bidedmg=0;
    private int bindturns=0;
    private int clampturns=0;
    private boolean poison=false;
    private int poiturns=0;
    private boolean sleep=false;
    private int sleepturns=0;
    private boolean para=false;
    private int paraturns=0;
    private boolean burn=false;
    private int burnturns=0;
    private boolean confuse=false;
    private boolean freeze=false;
    private int confuseturns=0;
    private int earnedexp=0;
    private boolean conversion=false;
    LinkedList<Pokemon> battledagainst=new LinkedList<Pokemon>();
    double[] statstages={2.0/8.0,2.0/7.0,2.0/6.0,2.0/5.0,2.0/4.0,2.0/3.0,2.0/2.0,3/2.0,4.0/2.0,5.0/2.0,6.0/2.0,7.0/2.0,8.0/2.0};
    double[] acceva={3.0/9.0,3.0/8.0,3.0/7.0,3.0/6.0,3.0/5.0,3.0/4.0,3.0/3.0,4.0/3.0,5.0/3.0,6.0/3.0,7.0/3.0,8.0/3.0,9.0/3.0};

    public Pokemon(String[] stats,int lvl,Moves[] moves,int[] ivs, Image fsprt,Image bsprt,Image msprt) {
        index=Integer.parseInt(stats[1])-1;
        minisprite=msprt;
        name=stats[2];
        hp=Integer.parseInt(stats[3]);

        atk=Integer.parseInt(stats[4]);
        def=Integer.parseInt(stats[5]);
        spatk=Integer.parseInt(stats[6]);
        spdef=Integer.parseInt(stats[7]);
        spd=Integer.parseInt(stats[8]);
        type1=stats[10].toUpperCase();
        type2=stats[11].toUpperCase();
        System.out.println(type2);
        ability=stats[13];
        expv=Integer.parseInt(stats[19]);
        catchrate=Integer.parseInt(stats[25]);
        exp=Integer.parseInt(stats[26]);
        if(!stats[27].equals("")&&!stats[27].equals("N")){
            if (stats[27].split(" ")[0].equals("Lv.")){
                evolve=Integer.parseInt(stats[27].split(" ")[1]);
            }

        }
        evolvefrom=stats[34];
        this.lvl=lvl;
        this.moves=moves;
        frontsprite=fsprt;
        backsprite=bsprt;
        iv=ivs;
        hp=(int)(((2*hp+iv[0]+(42.0/4.0))*lvl)/100)+10+lvl;
        System.out.println(hp);
        atk=(int)(((2*atk+iv[1]+(42.0/4.0))*lvl)/100)+5;
        System.out.println(atk);
        def=(int)(((2*def+iv[2]+(42.0/4.0))*lvl)/100)+5;
        System.out.println(def);
        spatk=(int)(((2*spatk+iv[3]+(42.0/4.0))*lvl)/100)+5;
        System.out.println(spatk);
        spdef=(int)(((2*spdef+iv[4]+(42.0/4.0))*lvl)/100)+5;
        System.out.println(spdef);
        spd=(int)(((2*spd+iv[5]+(42.0/4.0))*lvl)/100.0)+5;
        System.out.println(spd);
        hpmax=hp;
        setExp();
    }
    public String toString(){
        String ans="";
        ans+=name+": ";
        ans+=hp+"\n";
        for (int i=0;i<4;i++){
            if (moves[i]!=null){
                ans+=i+". "+moves[i].toString()+"\n";

            }

        }
        return ans;
    }
    //setters and getters
    public String getName(){
        return name;
    }
    public String getType1(){
        if(conversion){
            return moves[0].getType();
        }
        return type1;
    }
    public String getType2(){
        return type2;
    }
    public int getAtk(){
        if (burn){
            return atk/2;
        }
        return atk;
    }
    public int getDef(){
        return def;
    }
    public int getSpatk(){
        return spatk;
    }
    public int getSpdef(){
        return spdef;
    }
    public int getSpd(){
        if (para){
            return spd/2;
        }
        return spd;
    }
    public int getLvl(){
        return lvl;
    }
    public double getAtkMod(){
        System.out.println(atkmod+","+statstages[atkmod]);
        return statstages[atkmod];
    }
    public double getDefMod(){
        return statstages[defmod];
    }
    public double getSpatkMod(){
        return statstages[spatkmod];
    }
    public double getSpdefMod(){
        return statstages[spdefmod];
    }
    public double getSpdMod(){
        return statstages[spdmod];
    }
    public double getEvaMod(){
        return acceva[evamod];
    }
    public double getAccMod(){
        return acceva[accmod];
    }
    public boolean getFlinch(){
        return flinch;
    }
    public void setFlinch(boolean tf){
        flinch=tf;
    }
    public boolean getPoison(){
        return poison;
    }
    public boolean getBurn(){
        return burn;
    }
    public boolean getPara(){
        return para;
    }
    public boolean getSleep(){
        return sleep;
    }
    public boolean getFreeze(){
        return freeze;
    }
    public boolean getConfuse(){
        return confuse;
    }
    public boolean getStatus(){
        if(para||burn||poison||freeze||sleep){
            return true;
        }
        return false;
    }
    public void setSeeded(boolean t){
        seeded=t;
    }
    public boolean getSeeded(){
        return seeded;
    }
    public void setPoison(boolean t){
        poison=t;
    }
    public void setBurn(boolean t){
        burn=t;
    }
    public void setPara(boolean t){
        para=t;
    }
    public void setSleep(boolean t){
        sleep=t;
    }
    public void setConfuse(boolean t){
        confuse=t;
    }
    public void setFreeze(boolean t){
        freeze=t;
    }
    public int getPoisonTurns(){
        return poiturns;
    }
    public int getBurnTurns(){
        return burnturns;
    }
    public int getParaTurns(){
        return paraturns;
    }
    public int getSleepTurns(){
        return sleepturns;
    }
    public int getConfuseTurns(){
        return confuseturns;
    }

    public void setPoisonTurns(int i){
        poiturns=i;
    }
    public void setBurnTurns(int i){
        burnturns=i;
    }
    public void setParaTurns(int i){
        paraturns=i;
    }
    public void setSleepTurns(int i){
        sleepturns=i;
    }
    public void setConfuseTurns(int i){
        confuseturns=i;
    }
    public void setHP(int h){
        hp=h;

    }
    public int getHP(){
        return hp;

    }
    public int getHPMax(){
        return hpmax;

    }
    private void setExp(){
        if (exp==800000){
            earnedexp=(int)(4*Math.pow(lvl,3))/5;
        }
        else if (exp==1059860){
            earnedexp=(int)Math.abs((6.0/5.0)*Math.pow(lvl,3)-15*Math.pow(lvl,2)+100*(lvl)-140);
        }
        else if (exp==1250000){
            earnedexp=(int)(5*Math.pow(lvl,3))/4;
        }
        else {
            earnedexp=(int)Math.pow(lvl,3);
        }

    }
    public boolean Levelup(){//returns if a pokemon can level up and applies it
        if(getExpEarned()>=toNextLvl()){
            lvl+=1;
            return true;
        }
        return false;
    }
    public int toNextLvl(){//returns how much exp is needed for a mon based on exp growth rate formulas
        if (lvl==100){
            return 0;
        }
        if (exp==800000){
            return (int)(4*Math.pow(lvl+1,3))/5-(int)(4*Math.pow(lvl,3))/5;
        }
        else if (exp==1059860){

            return (int)Math.abs((6.0/5.0)*Math.pow(lvl+1,3)-15*Math.pow(lvl+1,2)+100*(lvl+1)-140)-(int)Math.abs((6.0/5.0)*Math.pow(lvl,3)-15*Math.pow(lvl,2)+100*(lvl)-140);
        }
        else if (exp==1250000){
            return (int)(5*Math.pow(lvl+1,3))/4-(int)(5*Math.pow(lvl,3))/4;
        }
        else {
            return (int)Math.pow(lvl+1,3)-(int)Math.pow(lvl,3);
        }


    }
    public int getExpEarned(){//returns how much exp a pokemon has at its lvl based on the mons exp growth rate
        if (lvl==100){
            return 0;
        }
        if (exp==800000){
            return earnedexp-(int)(4*Math.pow(lvl,3))/5;
        }
        else if (exp==1059860){

            return earnedexp-(int)Math.abs((6.0/5.0)*Math.pow(lvl,3)-15*Math.pow(lvl,2)+100*(lvl)-140);

        }
        else if (exp==1250000){
            return earnedexp-(int)(5*Math.pow(lvl,3))/4;
        }
        else {
            return earnedexp-(int)Math.pow(lvl,3);
        }
    }
    public int getExpVal(){
        return expv;
    }
    public void addBattled(Pokemon foe){
        battledagainst.add(foe);
    }
    public int[] getIvs(){
        return iv;
    }
    public void setIvs(int[] i){
        iv=i;
    }
    public void setMoves(Moves[] i){
        moves=i;
    }
    public Moves[] getMoves(){
        return moves;
    }
    public void addExp(int ex){
        earnedexp+=ex;
    }
    public void setExp(int ex){
        earnedexp=ex;
    }
    public int getbindTurns(){
        return bindturns;
    }
    public void setbindTurns(int t){
        bindturns=t;
    }
    public int getclampTurns(){
        return clampturns;
    }
    public void setclampTurns(int t){
        clampturns=t;
    }
    public void setConversion(boolean tf){
        conversion=tf;
    }
    public boolean getConversion(){
        return conversion;
    }
    public void reset(){//used when a pokemon is switched out of battle
        flinch=false;
        seeded=false;
        confuse=false;
        confuseturns=0;
        atkmod=6;
        defmod=6;
        spdefmod=6;
        spatkmod=6;
        spdmod=6;
        clampturns=0;
        bindturns=0;
        evamod=6;
        accmod=6;
        recharge=false;
        for(Moves m:moves){
            if(m!=null){
                m.setDisable(0);
            }


        }
        conversion=false;
    }
    public void statReset(){//restes all stat mods
        atkmod=6;
        defmod=6;
        spdefmod=6;
        spatkmod=6;
        spdmod=6;
        evamod=6;
        accmod=6;
    }
    public boolean getRecharge(){
        return recharge;
    }
    public void setRecharge(boolean tf){
        recharge=tf;
    }
    public void heal(){//fully heals them
        reset();
        poison=false;
        burn=false;
        para=false;
        confuse=false;
        freeze=false;
        for(Moves m:moves){
            if(m!=null){
                m.setPP(m.getPPMax());
            }
        }
        hp=hpmax;

    }
    public void statusHeal(){//heals a pokemons status's
        poison=false;
        para=false;
        freeze=false;
        burn=false;
        sleep=false;
    }
    public boolean noMoves(){//whether the pokemon has any usable moves left (have pp and arnet disabled)
        if((getMoves()[0]==null||getMoves()[0].getPP()<=0)&&(getMoves()[1]==null||getMoves()[1].getPP()<=0)&&(getMoves()[2]==null||getMoves()[2].getPP()<=0)&&(getMoves()[3]==null||getMoves()[3].getPP()<=0)){
            return true;
        }
        return false;
    }
    public boolean stab(String mvtype){//checks if move type matches pokemon type
        if(type1.equals(mvtype)){
            return true;
        }
        if(type2.equals(mvtype)){
            return true;
        }
        if(getType1().equals(mvtype)){
            return true;
        }
        return false;

    }

}////////////////////////////////////////////////////////////////////////////////////////////////add move pp reset