<bonus maxdamage>

#===============================================================================
# Lunatic Mode: Advanced Custom Damage Formulas
#===============================================================================
#
# First off, add the <custom x> tag into the skill's notebox. x will be the
# custom damage formula's ID you'll be using. Then, go down in the script below
# and add your damage formulas where you want them done.
#
# Caster          Defender        Description
# -----------------------------------------------------------------------------
# user.hp          self.hp          Brings up the current HP.
# user.maxhp      self.maxhp      Brings up the maximum HP.
# user.mp          self.mp          Brings up the current MP.
# user.maxmp      self.maxmp      Brings up the maximum MP.
# user.atk        self.atk        Brings up the Attack value.
# user.def        self.def        Brings up the Defense value.
# user.spi        self.spi        Brings up the Spirit value.
# user.agi        self.agi        Brings up the Agility value.
# user.hit        self.hit        Brings up the Hit Rate value.
# user.eva        self.eva        Brings up the Evasion value.
# obj.base_damage                  Brings up the Skill's base damage.
# obj.atk_f                        Brings up the Skill's attack modifier.
# obj.spi_f                        Brings up the Skill's spirit modifier.
# obj.variance                      Brings up the Skill's variance value.
#
# user.level      self.level      Brings up the current level. Note that if
#                                  you use this, add "if user.is_a?(Game_Actor)" or
#                                  "if self.is_a?(Game_Actor)" after the formula
#                                  since monsters don't have levels.
#
# Here's the basic math operators involved with custom damage formula creation.
# Note that it still follows the typical order of operations. Multiplication and
# division will occur before addition and subtract. Use parenthesis if you need
# do it the other way around.
#
# Operator    Description
# -----------------------------------------------------------------------------
# **          This returns powering.
# Math.exp(x)  This returns to the e power.
# Math.sqrt(x) This returns a square root.
# *            Multiplication.
# /            Division.
# +            Addition.
# -            Subtraction.
# %            Remainder.
# rand(x)      This returns a random number.
# .floor      Rounds down a variable.
# .ceil        Rounds up a variable.
#
# Reminder!
# Remember to set the damage delivered in the "damage" variable. If you use
# other crap like I do, just keep a "damage = whatever" line near the end of
# your formula in case you're forgetful like me.
#
# "def common_damage_apply" now adjusts all damage one final time for all
# situations. You can alter it however you like to fit in extra damage boosts
# for places you don't want to perform tedious work over.
#
# "def common_critical" also functions similarly to common_damage_apply. For
# this, the ultimate goal is to come up with different ways to turn on @critical
# and return after that.
#
# "def critical_damage" is the portion that affects damage modification for
# every and all critical hits. Adjust as you see fit.
#
#===============================================================================

class Game_Battler
 
  def run_cdf(user, obj, formula)
    @heal_skill = false # Is this a heal skill?
    @ignore_def = false # Ignore defense off.
    @ignore_ele = false # Ignore elements off.
    @ignore_var = false # Ignore variance off.
    @ignore_blk = false # Ignore blocking off.
    @critical  = false # Turns critical hit off.
    hp_dmg = 0
    mp_dmg = 0
    damage = 0
    case formula
   
    #---------------------------------------------------------------------------
    # //////////////////////////////////////////////////////////////////////////
    # This is where you begin adding in your own formulas.
    #---------------------------------------------------------------------------
   
    when 1 # This is custom damage formula number one
      damage = user.level * user.maxhp
      @ignore_def = true
     
    when 2 # This is custom damage formula number two
      damage = user.level * user.maxmp * user.mp
      @ignore_def = true
     
    when 3 # This is custom damage formula number three
      damage = 0
      @ignore_def = true
   
    when 4 # This is custom damage formula number four.
      damage = self.maxhp
      @ignore_def = true
     
    #---------------------------------------------------------------------------
    # This is the part you guys shouldn't touch afterwards.
    # //////////////////////////////////////////////////////////////////////////
    #---------------------------------------------------------------------------
    end

<custom x>

<custom 1>

    #---------------------------------------------------------------------------
    # //////////////////////////////////////////////////////////////////////////
    # This is where you begin adding in your own formulas.
    #---------------------------------------------------------------------------
   
    when 1 # This is custom damage formula number one
      damage = user.level * user.maxhp
      @ignore_def = true

    when 4 # This is custom damage formula number four.
      damage = self.maxhp
      @ignore_def = true

 when 5
damage = 99999

 <custom 5>

def make_attack_damage_value(attacker)
    damage = attacker.atk * 4 - self.def * 2        # base calculation
    damage = 0 if damage < 0                        # if negative, make 0
    damage *= elements_max_rate(attacker.element_set)  # elemental adjustment
    damage /= 100
    if damage == 0                                  # if damage is 0,
      damage = rand(2)                              # half of the time, 1 dmg
    elsif damage > 0                                # a positive number?
      @critical = (rand(100) < attacker.cri)        # critical hit?
      @critical = false if prevent_critical        # criticals prevented?
      damage *= 3 if @critical                      # critical adjustment
    end
    damage = apply_variance(damage, 20)            # variance
    damage = apply_guard(damage)                    # guard adjustment
    @hp_damage = damage                            # damage HP
  end