public List<Monster> castMove(Monster attackMonster, Move attackMove, Monster defendingMonster)
{
List<Monster> attackDefenderList = new List<Monster>();
int staminaRequired = attackMove.getStamina();
int staminaPossessed = attackMonster.getStamina();
if (staminaRequired > staminaPossessed)
{
attackDefenderList.Add(attackMonster);
attackDefenderList.Add(defendingMonster);
Console.Write("Error Not enough Stamina"+"\n");
return attackDefenderList;
}
float damage = 0;
float netAttack;
float netDefense;
Console.Write("Move Name: " + attackMove.getName() +", Stamina required: "+attackMove.getStamina()+"\n");
Console.Write("Attacker: " + attackMonster.getName() + ", Level: " + attackMonster.getLevel()+" Health: "+attackMonster.getHealth()+", Stamina: " + attackMonster.getStamina() + "\n");
Console.Write("Defender: " + defendingMonster.getName() + ", Level: " + defendingMonster.getLevel()+" Health: "+defendingMonster.getHealth() + ", Stamina: "+defendingMonster.getStamina() +"\n");
netAttack = principalAttackValue(attackMonster, attackMove);
netDefense = principalDefenseValue(defendingMonster, attackMove);
damage = netAttack - netDefense;
if (attackMove.getType() != "normal")
{
damage = specialAttack(defendingMonster, attackMove, damage);
}
else
{
}
// Before damage is rendered the random varible must be applied
// the random effectiveness variable, it will be modeled as RE = (2 / 3 + E) + R where 2 / 3 represents 66 %
//effective all the time, then E = Level / 300, such that at level 100 a creature will be completely effective while
// a creature at 1 will be .661.Then another variable R will be created. R will be a number that is a random
// number between the range of 0:X where x = 1 - (.2 / 3 + E),
int level=attackMonster.getLevel();
float tempLevel = (float)level;
tempLevel = tempLevel / 100;
damage = damage * tempLevel;
int roundedDamage = (int)damage;
defendingMonster.renderDamage(roundedDamage,attackMonster, defendingMonster,attackMove);
attackDefenderList.Add(attackMonster);
attackDefenderList.Add(defendingMonster);
return attackDefenderList;
}
public List <Monster> castMove(Monster attackMonster, Move attackMove, Monster defendingMonster)
{
List <Monster> attackDefenderList = new List <Monster>();
int staminaRequired = attackMove.getStamina();
int staminaPossessed = attackMonster.getStamina();
if (staminaRequired > staminaPossessed)
{
attackDefenderList.Add(attackMonster);
attackDefenderList.Add(defendingMonster);
Console.Write("Error Not enough Stamina" + "\n");
return(attackDefenderList);
}
float damage = 0;
float netAttack;
float netDefense;
Console.Write("Move Name: " + attackMove.getName() + ", Stamina required: " + attackMove.getStamina() + "\n");
Console.Write("Attacker: " + attackMonster.getName() + ", Level: " + attackMonster.getLevel() + " Health: " + attackMonster.getHealth() + ", Stamina: " + attackMonster.getStamina() + "\n");
Console.Write("Defender: " + defendingMonster.getName() + ", Level: " + defendingMonster.getLevel() + " Health: " + defendingMonster.getHealth() + ", Stamina: " + defendingMonster.getStamina() + "\n");
netAttack = principalAttackValue(attackMonster, attackMove);
netDefense = principalDefenseValue(defendingMonster, attackMove);
damage = netAttack - netDefense;
if (attackMove.getType() != "normal")
{
damage = specialAttack(defendingMonster, attackMove, damage);
}
else
{
}
// Before damage is rendered the random varible must be applied
// the random effectiveness variable, it will be modeled as RE = (2 / 3 + E) + R where 2 / 3 represents 66 %
//effective all the time, then E = Level / 300, such that at level 100 a creature will be completely effective while
// a creature at 1 will be .661.Then another variable R will be created. R will be a number that is a random
// number between the range of 0:X where x = 1 - (.2 / 3 + E),
int level = attackMonster.getLevel();
float tempLevel = (float)level;
tempLevel = tempLevel / 100;
damage = damage * tempLevel;
int roundedDamage = (int)damage;
defendingMonster.renderDamage(roundedDamage, attackMonster, defendingMonster, attackMove);
attackDefenderList.Add(attackMonster);
attackDefenderList.Add(defendingMonster);
return(attackDefenderList);
}
public void fightTwo(Monster attackMonster, Monster defendingMonster)
{
Console.Write("\n");
Console.Write("Attacker: " + attackMonster.getName() + ", Level: " + attackMonster.getLevel() + " Health: " + attackMonster.getHealth() + ", Stamina: " + attackMonster.getStamina() + ", Type: " + attackMonster.getType() + "\n");
Console.Write("Defender: " + defendingMonster.getName() + ", Level: " + defendingMonster.getLevel() + " Health: " + defendingMonster.getHealth() + ", Stamina: " + defendingMonster.getStamina() + ", Type: " + defendingMonster.getType() + "\n");
Move toBecastMove = getMoveFromConsole(attackMonster.getMoveList(), attackMonster);
castMove(attackMonster, toBecastMove, defendingMonster);
if (defendingMonster.currentlyLiving() == true)
{
fightTwo(defendingMonster, attackMonster);
}
else
{
Console.Write("Monster has died" + "\n");
}
}
public void fightTwo(Monster attackMonster, Monster defendingMonster)
{
Console.Write("\n");
Console.Write("Attacker: " + attackMonster.getName() + ", Level: " + attackMonster.getLevel() + " Health: " + attackMonster.getHealth() + ", Stamina: " + attackMonster.getStamina()+", Type: "+attackMonster.getType() + "\n");
Console.Write("Defender: " + defendingMonster.getName() + ", Level: " + defendingMonster.getLevel() + " Health: " + defendingMonster.getHealth() + ", Stamina: " + defendingMonster.getStamina()+ ", Type: "+defendingMonster.getType() + "\n");
Move toBecastMove = getMoveFromConsole(attackMonster.getMoveList(),attackMonster);
castMove(attackMonster, toBecastMove, defendingMonster);
if (defendingMonster.currentlyLiving() == true)
{
fightTwo(defendingMonster, attackMonster);
}
else
{
Console.Write("Monster has died" + "\n");
}
}