public Battle(Player p, Monster m) {
while (p.getHealth() < 0 && m.getHealth() < 0) {
System.out.println(">What will you do?");
String s = scan.next();
if (s.equals("fight")) {
p.attack(m);
p.takeDamage(m.getDamage());
m.attack(p);
m.takeDamage(p.getDamage());
}
}
}
public void actionPerformed(ActionEvent a) {
Object source = a.getSource();
if (scene == OVERWORLD) {
if (source == moveTimer) {
if (moveUp && !moveDown) player.moveUp();
else if (!moveUp && moveDown) player.moveDown();
if (moveLeft && !moveRight) player.moveLeft();
else if (!moveLeft && moveRight) player.moveRight();
}
if (source == itemsButton) itemsButton.setText("ITEMS!");
else if (source == equipButton) equipButton.setText("EQUIPMENT!");
else if (source == skillsButton) skillsButton.setText("SKILLS");
else if (source == settingsButton) settingsButton.setText("SETTINGS");
else if (source == statusButton) statusButton.setText("STATUS");
else if (source == dataButton) dataButton.setText("DATA");
}
if (scene == BATTLE) {
if (source == moveTimer) {
// Spell Movement
for (int spellNum = 0; spellNum < spellsThrown.size(); spellNum++) {
Spell spell = spellsThrown.get(spellNum);
spell.move();
if (spell.spellHit()) {
enemies.get(spell.getTarget()).takeDamage(spell.getDamage());
enemies.get(spell.getTarget()).statusPresent(spell.getEffect());
spellsThrown.remove(spellNum);
checkEnemyPresence();
}
}
for (int enemyLoop = 0; enemyLoop < enemies.size(); enemyLoop++) {
Enemy enemy = enemies.get(enemyLoop);
for (int spellNum = 0; spellNum < enemy.spellsThrown.size(); spellNum++) {
Spell spell = enemy.spellsThrown.get(spellNum);
spell.move();
if (spell.spellHit()) {
player.takeDamage(spell.getDamage());
enemy.spellsThrown.remove(spellNum);
checkAllyPresence();
}
}
}
}
if (source == staminaTimer) {
// Stamina Regeneration
player.staminaGain(16);
// Enemy Attacks
int enemyLoop;
for (enemyLoop = 0; enemyLoop < enemies.size(); enemyLoop++) {
enemies.get(enemyLoop).attack(player.centerX(), player.centerY(), 12);
}
}
}
repaint();
// To check collision
if (scene == OVERWORLD) {
for (int loop = 0; loop < enemies.size(); loop++) {
Enemy enemy = enemies.get(loop);
if (enemy.hitbox().intersects(player.hitbox())) {
player.combatChange(true);
enemy.combatChange(true);
battleBegin();
}
}
}
}
/**
* Handles a damage packet from the server. The method then gives the appropriate amount of damage
* to the appropriate player.
*
* @param username - username of player affected
* @param damage - amount of damage to deal
*/
public void handleDamage(String username, double damage) {
Player player = getPlayer(username);
if (player.isAlive()) player.takeDamage(damage);
else if (!player.isAlive()) game.getRenderer().deleteModel(username);
}
/**
* Handles hard physical collisions
*
* @param other The object to check collisions against
* @return 1 if there was a collision, -1 otherwise
*/
protected int handleCollisions(PhysObject other) {
int code = -1;
Vec2 newPosition = position.add(velocity.multiply(Globals.timeStep));
// If the new coords cause a collision
if (this.circularIntersects(other, newPosition)) {
code = 1;
Vec2 fromOther = this.position.subtract(other.position);
double massRatio = other.mass / this.mass;
// If they were to our left and heading to the right
// or if they were to our right and heading to the left
if ((fromOther.x > 0 && other.velocity.x > 0) || (fromOther.x < 0 && other.velocity.x < 0)) {
// Add their x velocity to ours
// If we are moving in the same direction, don't apply the ratio
if ((this.velocity.x > 0 && other.velocity.x > 0)
|| (this.velocity.x < 0 && other.velocity.x < 0)) {
this.velocity.x += other.velocity.x;
} else
// If we are moving in different directions, apply the ratio
{
this.velocity.x += other.velocity.x * massRatio;
}
}
// If they were to our left and heading to the left
// or if they were to our right and heading to the right
else {
// Bounce
this.velocity.x = -(this.velocity.x / 4);
}
// If they were above us and heading down
// or if they were below us and heading up
if ((fromOther.y > 0 && other.velocity.y > 0) || (fromOther.y < 0 && other.velocity.y < 0)) {
// Add their x velocity to ours
// If we are moving in the same direction, don't apply the ratio
if ((this.velocity.y > 0 && other.velocity.y > 0)
|| (this.velocity.y < 0 && other.velocity.y < 0)) {
this.velocity.y += other.velocity.y;
} else
// If we are moving in different directions, apply the ratio
{
this.velocity.y += other.velocity.y * massRatio;
}
}
// If they were above us and heading up
// or if they were below us and heading down
else {
// Bounce
this.velocity.y = -(this.velocity.y / 4);
}
if (this.getClass() == Player.class) {
((Player) this).takeDamage(other.mass);
} else if (this.getClass() == Enemy.class) {
((Enemy) this).takeDamage(other.mass);
}
}
return code;
}
// The damage taken is random
public void attack(GridActor target) {
Player.takeDamage(1);
}
/**
* Method to actually do the calculations of the attack. First grab the dice that were used, do
* the computations against the operations presented and then deal out damage. Then if an opponent
* dies, generate a new opponent or if there is none go to the reward screen.
*
* @param view view of the application
*/
public void attackClicked(View view) {
currentElement = "Light";
// Generate all of the stuff we need to calculate damage
// Create the list of the dice in the first row
ArrayList<Die> firstRow = new ArrayList<Die>();
// Create the list of dice in the second row
ArrayList<Die> secondRow = new ArrayList<Die>();
// Find which dice was used in the first row first position
ImageButton firstRowFirstDice = (ImageButton) findViewById(R.id.firstRowFirstDice);
// Find which dice was used in the first row second position
ImageButton firstRowSecondDice = (ImageButton) findViewById(R.id.firstRowSecondDice);
// Find which dice was used in the second row first slot
ImageButton secondRowFirstDice = (ImageButton) findViewById(R.id.secondRowFirstDice);
// Find which dice was used in the second row second slot
ImageButton secondRowSecondDice = (ImageButton) findViewById(R.id.secondRowSecondDice);
if ((firstRowFirstDice.getTag() == null)
|| (firstRowSecondDice.getTag() == null)
|| (secondRowFirstDice.getTag() == null)
|| (secondRowSecondDice.getTag() == null)) {
Intent healthLow = new Intent(this, HealthTooLowActivity.class);
healthLow.putExtra("player", player);
healthLow.putExtra("dice", true);
startActivityForResult(healthLow, 200);
} else {
// Get the value of the dice as a string
String frfd = firstRowFirstDice.getTag().toString();
String frsd = firstRowSecondDice.getTag().toString();
String srfd = secondRowFirstDice.getTag().toString();
String srsd = secondRowSecondDice.getTag().toString();
// Find the text view for the first answer
TextView firstRowAns = (TextView) findViewById(R.id.firstRowFirstAns);
// Find the text view for the second answer
TextView secondRowAns = (TextView) findViewById(R.id.secondRowAns);
TextView firstRowSecondOp = (TextView) findViewById(R.id.firstRowSecondOp);
TextView secondRowSecondOp = (TextView) findViewById(R.id.secondRowSecondOp);
boolean isDead = false;
diceUsed = player.getDiceUsed();
playerProgressBar = (ProgressBar) findViewById(R.id.playerProgressBar);
opProgressBar = (ProgressBar) findViewById(R.id.oppProgressBar);
generateOps = false;
TextView firstRowFirstOp = (TextView) findViewById(R.id.firstRowFirstOp);
TextView secondRowFirstOp = (TextView) findViewById(R.id.secondRowFirstOp);
int firstRowFirstDiceRoll = 0;
int firstRowSecondDiceRoll = 0;
int secondRowFirstDiceRoll = 0;
int secondRowSecondDiceRoll = 0;
// Loop through the dice used array list to figure out which dice was used in which row
for (int i = 0; i < diceUsed.size(); i++) {
// If the dice selected equals the string value of the first row first position dice and the
// first row array list is less than 2, add it to the first row list
if (diceUsed.get(i).getDiceType().equals(frfd) && firstRow.size() < 2) {
firstRow.add(diceUsed.get(i));
// Else if the dice value is equal to the first row second position and the first row
// array list is less than 2, add it to the first row list
} else if (diceUsed.get(i).getDiceType().equals(frsd) && firstRow.size() < 2) {
firstRow.add(diceUsed.get(i));
// Else if the dice value is equal to the second row first dice and that list is less than
// two, add it to the second row list
} else if (diceUsed.get(i).getDiceType().equals(srfd) && secondRow.size() < 2) {
secondRow.add(diceUsed.get(i));
// Else if the dice value is equal to the second row second dice and that list is less
// than two, add it to the second row list
} else if (diceUsed.get(i).getDiceType().equals(srsd) && secondRow.size() < 2) {
secondRow.add(diceUsed.get(i));
}
}
int firstRowTotal = 0;
int secondRowTotal = 0;
// For every dice in the first row list, have them roll dice and add it to the total
for (Die d : firstRow) {
if (firstRow.indexOf(d) == 0) {
firstRowFirstDiceRoll = d.rollDice();
firstRowTotal += firstRowFirstDiceRoll;
} else {
if (firstRowFirstOp.getText().equals("+")) {
firstRowSecondDiceRoll = d.rollDice();
firstRowTotal += firstRowSecondDiceRoll;
} else if (firstRowFirstOp.getText().equals("-")) {
firstRowSecondDiceRoll = d.rollDice();
firstRowTotal = firstRowTotal - firstRowSecondDiceRoll;
} else if (firstRowFirstOp.getText().equals("*")) {
firstRowSecondDiceRoll = d.rollDice();
firstRowTotal = firstRowTotal * firstRowSecondDiceRoll;
} else {
firstRowSecondDiceRoll = d.rollDice();
firstRowTotal = firstRowTotal / firstRowSecondDiceRoll;
}
}
}
// For every dice in the second row list, have them roll dice and add it to the total
for (Die d : secondRow) {
if (secondRow.indexOf(d) == 0) {
secondRowFirstDiceRoll = d.rollDice();
secondRowTotal += secondRowFirstDiceRoll;
} else {
if (secondRowFirstOp.getText().equals("+")) {
secondRowSecondDiceRoll = d.rollDice();
secondRowTotal += secondRowSecondDiceRoll;
} else if (secondRowFirstOp.getText().equals("-")) {
secondRowSecondDiceRoll = d.rollDice();
secondRowTotal = secondRowTotal - secondRowSecondDiceRoll;
} else if (secondRowFirstOp.getText().equals("*")) {
secondRowSecondDiceRoll = d.rollDice();
secondRowTotal = secondRowTotal * secondRowSecondDiceRoll;
} else {
secondRowSecondDiceRoll = d.rollDice();
secondRowTotal = secondRowTotal / secondRowSecondDiceRoll;
}
}
}
// If the selected element is fire, add + 1 to each row
if (currentElement.equals("Fire")) {
firstRowTotal++;
secondRowTotal++;
}
Log.i("firstrowdm", "first row damage : " + firstRowTotal);
Log.i("firstrowdmg", "second rwo damage : " + secondRowTotal);
if (firstRowTotal < 0) {
firstRowTotal = 0;
}
if (secondRowTotal < 0) {
secondRowTotal = 0;
}
this.player.updateMaxSingleDamage(firstRowTotal);
this.player.updateMaxSingleDamage(secondRowTotal);
this.player.updateMaxTotalDamage(firstRowTotal + secondRowTotal);
int firstRowAttack = 0;
int secondRowAttack = 0;
String firstRowUser = "";
String secondRowUser = "";
double totalRolls = 0;
double totalHits = 0;
boolean isDeadOnFirstRoll = false;
// Now check damage calulations
// If the first row total from the dice is greater or equal to the answer
if (firstRowTotal >= Integer.parseInt(firstRowAns.getText().toString())) {
// do attack,
firstRowAttack = firstRowTotal - Integer.parseInt(firstRowAns.getText().toString());
currOpponet.takeDamage((int) (firstRowAttack * player.getDamageRate()));
firstRowUser = "******";
// recalc health,
int gj2 = currOpponet.getCurrentHealth();
opHealth.setText(currOpponet.getName() + " HP: " + currOpponet.getCurrentHealth());
opProgressBar.setProgress(currOpponet.getPercentHealthLeft());
this.player.updateTotalHits();
this.player.updateTotalRolls();
totalRolls++;
totalHits++;
// Check op health if dead rewards screen,
if (currOpponet.getCurrentHealth() <= 0) {
player.swapDiceBackToInv();
opponents.remove(0);
generateOps = true;
isDeadOnFirstRoll = true;
isDead = true;
this.player.updateHighestAcc(totalHits / totalRolls * 100);
generateResults(
firstRowFirstDiceRoll,
firstRowSecondDiceRoll,
secondRowFirstDiceRoll,
secondRowSecondDiceRoll,
firstRowFirstOp.getText().toString(),
secondRowFirstOp.getText().toString(),
firstRowSecondOp.getText().toString(),
secondRowSecondOp.getText().toString(),
firstRowAns.getText().toString(),
secondRowAns.getText().toString(),
firstRowAttack,
firstRowUser,
secondRowAttack,
secondRowUser,
isDeadOnFirstRoll,
isDead,
currOpponet.getAttack());
generateNextOpponent();
}
// Else if it is less than the answer
} else {
// do enemy attack,
firstRowAttack = Integer.parseInt(firstRowAns.getText().toString()) - firstRowTotal;
player.takeDamage(firstRowAttack + currOpponet.getAttack());
firstRowUser = "******";
// recalc health,
playerHealth.setText("Player Health: " + player.getCurrentHealth());
int d = player.getPercentHealthLeft();
playerProgressBar.setProgress(player.getPercentHealthLeft());
this.player.updateTotalRolls();
totalRolls++;
}
// IF the second row total from the dice is greater or equal to the answer
if ((secondRowTotal >= Integer.parseInt(secondRowAns.getText().toString()))
&& !(currOpponet.getCurrentHealth() < 0)
&& !(isDead)) {
// do attack,
secondRowAttack = secondRowTotal - Integer.parseInt(secondRowAns.getText().toString());
currOpponet.takeDamage((int) (secondRowAttack * player.getDamageRate()));
secondRowUser = "******";
// recalc health,
int o1 = currOpponet.getCurrentHealth();
opHealth.setText(currOpponet.getName() + " HP: " + currOpponet.getCurrentHealth());
opProgressBar.setProgress(currOpponet.getPercentHealthLeft());
this.player.updateTotalHits();
this.player.updateTotalRolls();
totalRolls++;
totalHits++;
// Check op health if dead rewards screen,
if (currOpponet.getCurrentHealth() <= 0) {
player.swapDiceBackToInv();
if (opponents.size() > 0) opponents.remove(0);
generateOps = true;
isDead = true;
player.swapDiceBackToInv();
generateResults(
firstRowFirstDiceRoll,
firstRowSecondDiceRoll,
secondRowFirstDiceRoll,
secondRowSecondDiceRoll,
firstRowFirstOp.getText().toString(),
secondRowFirstOp.getText().toString(),
firstRowSecondOp.getText().toString(),
secondRowSecondOp.getText().toString(),
firstRowAns.getText().toString(),
secondRowAns.getText().toString(),
firstRowAttack,
firstRowUser,
secondRowAttack,
secondRowUser,
false,
isDead,
currOpponet.getAttack());
generateNextOpponent();
}
// Else if it is less than the answer
} else if (!(currOpponet.getCurrentHealth() < 0) && !(isDead)) {
// do enemy attack,
secondRowAttack = Integer.parseInt(secondRowAns.getText().toString()) - secondRowTotal;
player.takeDamage(secondRowAttack + currOpponet.getAttack());
secondRowUser = "******";
// recalc health,
playerHealth.setText("Player Health: " + player.getCurrentHealth());
playerProgressBar.setProgress(player.getPercentHealthLeft());
this.player.updateTotalRolls();
totalRolls++;
}
// If at this point we have not gotten pushed to the rewards screen, lets see if the player is
// dead
if (player.getCurrentHealth() <= 0) {
player.swapDiceBackToInv();
generateResults(
firstRowFirstDiceRoll,
firstRowSecondDiceRoll,
secondRowFirstDiceRoll,
secondRowSecondDiceRoll,
firstRowFirstOp.getText().toString(),
secondRowFirstOp.getText().toString(),
firstRowSecondOp.getText().toString(),
secondRowSecondOp.getText().toString(),
firstRowAns.getText().toString(),
secondRowAns.getText().toString(),
firstRowAttack,
firstRowUser,
secondRowAttack,
secondRowUser,
false,
false,
currOpponet.getAttack());
generateDeathScreen();
}
// Else the player is alive and so is the monster, so reset the dice locations to null
// Generate new answers
// Generate new operations
// Swap the dice from the players usedDice array to the inventory and keep fighting
else if (generateOps == false) {
// reset operations and dice
player.swapDiceBackToInv();
generateResults(
firstRowFirstDiceRoll,
firstRowSecondDiceRoll,
secondRowFirstDiceRoll,
secondRowSecondDiceRoll,
firstRowFirstOp.getText().toString(),
secondRowFirstOp.getText().toString(),
firstRowSecondOp.getText().toString(),
secondRowSecondOp.getText().toString(),
firstRowAns.getText().toString(),
secondRowAns.getText().toString(),
firstRowAttack,
firstRowUser,
secondRowAttack,
secondRowUser,
false,
false,
currOpponet.getAttack());
resetDicePics();
generateOperations(currOpponet.getOp());
generateAns(level);
ImageButton frfdTag = (ImageButton) findViewById(R.id.firstRowFirstDice);
frfdTag.setTag(null);
ImageButton frsdTag = (ImageButton) findViewById(R.id.firstRowSecondDice);
frsdTag.setTag(null);
ImageButton srfdTag = (ImageButton) findViewById(R.id.secondRowFirstDice);
srfdTag.setTag(null);
ImageButton srsdTag = (ImageButton) findViewById(R.id.secondRowSecondDice);
srsdTag.setTag(null);
}
}
}
