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package ch.asynk.tankontank.game;
import java.util.Random;
import java.util.List;
import ch.asynk.tankontank.TankOnTank;
public class Player
{
private static final float MOVE_TIME = 0.4f;
private static Random rand = new Random();
private int turn;
private int apSpent;
private int actionPoints;
private boolean deploymentDone;
public Army army;
public UnitList units;
public UnitList casualties;
public UnitList reinforcement;
public UnitList escaped;
public int actionCount;
public int lostEngagementCount;
public int wonEngagementCount;
public Player(final TankOnTank game, Army army, int n)
{
this.army = army;
this.units = new UnitList(n);
this.casualties = new UnitList(n);
this.reinforcement = new UnitList(n);
this.escaped = new UnitList(n);
this.turn = 0;
this.apSpent = 0;
this.actionPoints = 0;
this.deploymentDone = false;
this.actionCount = 0;
this.lostEngagementCount = 0;
this.wonEngagementCount = 0;
}
public String getName()
{
return army.toString();
}
public String toString()
{
return String.format("%s Turn:%d AP:%d units:%d casualties:%d", army, turn, actionPoints, units.size(), casualties.size());
}
public String getStats()
{
return String.format("%s\n%4d\n%4d\n%4d\n%4d\n%4d", getName(), actionCount, unitsLeft(), casualties.size(), wonEngagementCount, lostEngagementCount);
}
public boolean is(Army army)
{
return (this.army == army);
}
public boolean isEnemy(Unit unit)
{
return unit.isEnemy(army);
}
public boolean isEnemy(Army other)
{
return army.isEnemy(other);
}
public int unitsLeft()
{
return (units.size() + reinforcement.size());
}
public int reinforcement()
{
return reinforcement.size();
}
public int casualties()
{
return casualties.size();
}
public int escaped()
{
return escaped.size();
}
public void addUnit(Unit unit)
{
units.add(unit);
}
public void addReinforcement(Unit unit)
{
reinforcement.add(unit);
}
public void unitEntry(Unit unit)
{
reinforcement.remove(unit);
units.add(unit);
}
public void revertUnitEntry(Unit unit)
{
units.remove(unit);
reinforcement.add(unit);
}
public void casualty(Unit unit)
{
units.remove(unit);
casualties.add(unit);
}
public void unitEscape(Unit unit)
{
units.remove(unit);
escaped.add(unit);
}
public int getAp()
{
return ((apSpent < actionPoints) ? (apSpent + 1) : apSpent);
}
public int getTurnDone()
{
return turn;
}
public int getCurrentTurn()
{
return (turn + 1);
}
public boolean apExhausted()
{
return (apSpent == actionPoints);
}
public boolean isDeploymentDone()
{
return (deploymentDone || (reinforcement.size() == 0));
}
public void burnDownOneAp()
{
apSpent += 1;
actionCount += 1;
if (apSpent > actionPoints) TankOnTank.debug("ERROR: spent too much AP, please report");
}
public void turnEnd()
{
if (deploymentDone)
turn += 1;
else
deploymentDone = (reinforcement.size() == 0);
for (Unit unit : units)
unit.reset();
}
public void turnStart()
{
if (isDeploymentDone())
computeActionPoints();
}
public int d6()
{
return rand.nextInt(6) + 1;
}
private void computeActionPoints()
{
this.actionPoints = 2;
if (d6() > 2) {
this.actionPoints += 1;
if (d6() > 3)
this.actionPoints += 1;
}
apSpent = 0;
}
public boolean canPromote(Unit unit)
{
if (unit.isHq()) return false;
for (Unit p: casualties)
if (p.isHqOf(unit)) return true;
return false;
}
public boolean promote(Unit unit)
{
for (Unit p: casualties) {
if (p.isHqOf(unit)) {
unit.promote();
p.degrade();
return true;
}
}
return false;
}
}
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