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Simplification des formules de combat Simplifie les formules de combat sur la base de Force - Défense au lieu de force *4 - défense *2 Script pour RPG Maker VX Ecrit par Monos Publié par Monos (lui envoyer un message privé) Signaler un script cassé

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❤ 0 Auteur : Monos Logiciel : RPG Maker VX Nombre de scripts : 1 Bonjour, voici un script qui modifie et rend plus simple le calcul des dommages sur Rpg Maker VX Pour l'installer, il faut remplacer le script Game_Battler par celui-là, et lancer le jeu pour que les effets puissent se mette à jour pour tester les combats dans la base de donnée. Voici les modifications apportées : (En gros j'ai retiré tous les mutilicateurs * 4 et / 2) Attaque normale Les points dégats = Force - défense. Magie/skill Les domages de base ne change pas. Ce qui change c'est les formules utilisé quand on utilise les % en Influence Physique et Magique. Influcence Physique Attaque de base de l'attaquant * chiffre dans l'influence Physique /100 - Defense de base du defensseur * chiffre dans l'influence physique /100 Le résulat est ajouté au domage de base de la compétence/objet Influcence Magique Intelligence de l'attaquant * chiffre dans l'influence magique /100 - intelligence du défenseur * chiffre dans l'influence physique /100 Le résulat est ajouté au domage de base de la compétence/objet. Coup critique Les coups critiques multiplies par deux les domages. (A la base c'est * 3 ) Note de la fin Voila le reste ne change pas. Vous allez pouvoir contrôler un peu plus les dégats sans avoir de gros eccarts. 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It's used as a superclass of the Game_Actor # and Game_Enemy classes. #Recalcule des Formules de combat par Monos. #Coups simple: Les points de dégats sont: Attaque - Defense. #Objet/Compétence: Base domage de l'objet/compétence pour les points dégats. #Ensuite suivant les paramètres des pourcentages: Force-Defense pour les sort physique #Intelligence - Intelligence pour les sorts "magique" #============================================= class Game_Battler #-------------------------------------------------------------------------- # * Public Instance Variables #-------------------------------------------------------------------------- attr_reader :battler_name # battle graphic filename attr_reader :battler_hue # battle graphic hue attr_reader :hp # HP attr_reader :mp # MP attr_reader :action # battle action attr_accessor :hidden # hidden flag attr_accessor :immortal # immortal flag attr_accessor :animation_id # animation ID attr_accessor :animation_mirror # animation flip horizontal flag attr_accessor :white_flash # white flash flag attr_accessor :blink # blink flag attr_accessor :collapse # collapse flag attr_reader :skipped # action results: skipped flag attr_reader :missed # action results: missed flag attr_reader :evaded # action results: evaded flag attr_reader :critical # action results: critical flag attr_reader :absorbed # action results: absorbed flag attr_reader :hp_damage # action results: HP damage attr_reader :mp_damage # action results: MP damage #-------------------------------------------------------------------------- # * Object Initialization #-------------------------------------------------------------------------- def initialize @battler_name = "" @battler_hue = 0 @hp = 0 @mp = 0 @action = Game_BattleAction.new(self) @states = [] # States (ID array) @state_turns = {} # Remaining turns for states (Hash) @hidden = false @immortal = false clear_extra_values clear_sprite_effects clear_action_results end #-------------------------------------------------------------------------- # * Clear Values Added to Parameter #-------------------------------------------------------------------------- def clear_extra_values @maxhp_plus = 0 @maxmp_plus = 0 @atk_plus = 0 @def_plus = 0 @spi_plus = 0 @agi_plus = 0 end #-------------------------------------------------------------------------- # * Clear Variable Used for Sprite Communication #-------------------------------------------------------------------------- def clear_sprite_effects @animation_id = 0 @animation_mirror = false @white_flash = false @blink = false @collapse = false end #-------------------------------------------------------------------------- # * Clear Variable for Storing Action Results #-------------------------------------------------------------------------- def clear_action_results @skipped = false @missed = false @evaded = false @critical = false @absorbed = false @hp_damage = 0 @mp_damage = 0 @added_states = [] # Added states (ID array) @removed_states = [] # Removed states (ID array) @remained_states = [] # Unchanged states (ID array) end #-------------------------------------------------------------------------- # * Get Current States as an Object Array #-------------------------------------------------------------------------- def states result = [] for i in @states result.push($data_states[i]) end return result end #-------------------------------------------------------------------------- # * Get the states that were added due to the previous action #-------------------------------------------------------------------------- def added_states result = [] for i in @added_states result.push($data_states[i]) end return result end #-------------------------------------------------------------------------- # * Get the states that were removed due to the previous action #-------------------------------------------------------------------------- def removed_states result = [] for i in @removed_states result.push($data_states[i]) end return result end #-------------------------------------------------------------------------- # * Get the states that remained the same after the previous action # Used, for example, when someone tries to put to sleep a character # who is already sleeping. #-------------------------------------------------------------------------- def remained_states result = [] for i in @remained_states result.push($data_states[i]) end return result end #-------------------------------------------------------------------------- # * Determine whether or not there was some effect on states by the # previous action #-------------------------------------------------------------------------- def states_active? return true unless @added_states.empty? return true unless @removed_states.empty? return true unless @remained_states.empty? return false end #-------------------------------------------------------------------------- # * Get Maximum HP Limit #-------------------------------------------------------------------------- def maxhp_limit return 999999 end #-------------------------------------------------------------------------- # * Get Maximum HP #-------------------------------------------------------------------------- def maxhp return [[base_maxhp + @maxhp_plus, 1].max, maxhp_limit].min end #-------------------------------------------------------------------------- # * Get Maximum MP #-------------------------------------------------------------------------- def maxmp return [[base_maxmp + @maxmp_plus, 0].max, 9999].min end #-------------------------------------------------------------------------- # * Get Attack #-------------------------------------------------------------------------- def atk n = [[base_atk + @atk_plus, 1].max, 999].min for state in states do n *= state.atk_rate / 100.0 end n = [[Integer(n), 1].max, 999].min return n end #-------------------------------------------------------------------------- # * Get Defense #-------------------------------------------------------------------------- def def n = [[base_def + @def_plus, 1].max, 999].min for state in states do n *= state.def_rate / 100.0 end n = [[Integer(n), 1].max, 999].min return n end #-------------------------------------------------------------------------- # * Get Spirit #-------------------------------------------------------------------------- def spi n = [[base_spi + @spi_plus, 1].max, 999].min for state in states do n *= state.spi_rate / 100.0 end n = [[Integer(n), 1].max, 999].min return n end #-------------------------------------------------------------------------- # * Get Agility #-------------------------------------------------------------------------- def agi n = [[base_agi + @agi_plus, 1].max, 999].min for state in states do n *= state.agi_rate / 100.0 end n = [[Integer(n), 1].max, 999].min return n end #-------------------------------------------------------------------------- # * Get [Super Guard] Option #-------------------------------------------------------------------------- def super_guard return false end #-------------------------------------------------------------------------- # * Get [Fast Attack] weapon option #-------------------------------------------------------------------------- def fast_attack return false end #-------------------------------------------------------------------------- # * Get [Dual Attack] weapon option #-------------------------------------------------------------------------- def dual_attack return false end #-------------------------------------------------------------------------- # * Get [Prevent Critical] armor option #-------------------------------------------------------------------------- def prevent_critical return false end #-------------------------------------------------------------------------- # * Get [Half MP Cost] armor option #-------------------------------------------------------------------------- def half_mp_cost return false end #-------------------------------------------------------------------------- # * Set Maximum HP # new_maxhp : new maximum HP #-------------------------------------------------------------------------- def maxhp=(new_maxhp) @maxhp_plus += new_maxhp - self.maxhp @maxhp_plus = [[@maxhp_plus, -9999].max, 9999].min @hp = [@hp, self.maxhp].min end #-------------------------------------------------------------------------- # * Set Maximum MP # new_maxmp : new maximum MP #-------------------------------------------------------------------------- def maxmp=(new_maxmp) @maxmp_plus += new_maxmp - self.maxmp @maxmp_plus = [[@maxmp_plus, -9999].max, 9999].min @mp = [@mp, self.maxmp].min end #-------------------------------------------------------------------------- # * Set Attack # new_atk : new attack #-------------------------------------------------------------------------- def atk=(new_atk) @atk_plus += new_atk - self.atk @atk_plus = [[@atk_plus, -999].max, 999].min end #-------------------------------------------------------------------------- # * Set Defense # new_def : new defense #-------------------------------------------------------------------------- def def=(new_def) @def_plus += new_def - self.def @def_plus = [[@def_plus, -999].max, 999].min end #-------------------------------------------------------------------------- # * Set Spirit # new_spi : new spirit #-------------------------------------------------------------------------- def spi=(new_spi) @spi_plus += new_spi - self.spi @spi_plus = [[@spi_plus, -999].max, 999].min end #-------------------------------------------------------------------------- # * Set Agility # new_agi : new agility #-------------------------------------------------------------------------- def agi=(new_agi) @agi_plus += new_agi - self.agi @agi_plus = [[@agi_plus, -999].max, 999].min end #-------------------------------------------------------------------------- # * Change HP # hp : new HP #-------------------------------------------------------------------------- def hp=(hp) @hp = [[hp, maxhp].min, 0].max if @hp == 0 and not state?(1) and not @immortal add_state(1) # Add incapacitated (state #1) @added_states.push(1) elsif @hp > 0 and state?(1) remove_state(1) # Remove incapacitated (state #1) @removed_states.push(1) end end #-------------------------------------------------------------------------- # * Change MP # mp : new MP #-------------------------------------------------------------------------- def mp=(mp) @mp = [[mp, maxmp].min, 0].max end #-------------------------------------------------------------------------- # * Recover All #-------------------------------------------------------------------------- def recover_all @hp = maxhp @mp = maxmp for i in @states.clone do remove_state(i) end end #-------------------------------------------------------------------------- # * Determine Incapacitation #-------------------------------------------------------------------------- def dead? return (not @hidden and @hp == 0 and not @immortal) end #-------------------------------------------------------------------------- # * Determine Existence #-------------------------------------------------------------------------- def exist? return (not @hidden and not dead?) end #-------------------------------------------------------------------------- # * Determine if Command is Inputable #-------------------------------------------------------------------------- def inputable? return (not @hidden and restriction <= 1) end #-------------------------------------------------------------------------- # * Determine if Action is Possible #-------------------------------------------------------------------------- def movable? return (not @hidden and restriction < 4) end #-------------------------------------------------------------------------- # * Determine if Attack is Parriable #-------------------------------------------------------------------------- def parriable? return (not @hidden and restriction < 5) end #-------------------------------------------------------------------------- # * Determine if Character is Silenced #-------------------------------------------------------------------------- def silent? return (not @hidden and restriction == 1) end #-------------------------------------------------------------------------- # * Determine if Character is in Berserker State #-------------------------------------------------------------------------- def berserker? return (not @hidden and restriction == 2) end #-------------------------------------------------------------------------- # * Determine if Character is Confused #-------------------------------------------------------------------------- def confusion? return (not @hidden and restriction == 3) end #-------------------------------------------------------------------------- # * Determine if Guarding #-------------------------------------------------------------------------- def guarding? return @action.guard? end #-------------------------------------------------------------------------- # * Get Element Change Value # element_id : element ID #-------------------------------------------------------------------------- def element_rate(element_id) return 100 end #-------------------------------------------------------------------------- # * Get Added State Success Rate #-------------------------------------------------------------------------- def state_probability(state_id) return 0 end #-------------------------------------------------------------------------- # * Determine if State is Resisted # state_id : state ID #-------------------------------------------------------------------------- def state_resist?(state_id) return false end #-------------------------------------------------------------------------- # * Get Normal Attack Element #-------------------------------------------------------------------------- def element_set return [] end #-------------------------------------------------------------------------- # * Get Normal Attack State Change (+) #-------------------------------------------------------------------------- def plus_state_set return [] end #-------------------------------------------------------------------------- # * Get Normal Attack State Change (-) #-------------------------------------------------------------------------- def minus_state_set return [] end #-------------------------------------------------------------------------- # * Check State # state_id : state ID # Return true if the applicable state is added. #-------------------------------------------------------------------------- def state?(state_id) return @states.include?(state_id) end #-------------------------------------------------------------------------- # * Determine if a State is Full or Not # state_id : state ID # Return true if the number of turns the state is to be sustained # equals the minimum number of turns after which the state will # naturally be removed. #-------------------------------------------------------------------------- def state_full?(state_id) return false unless state?(state_id) return @state_turns[state_id] == $data_states[state_id].hold_turn end #-------------------------------------------------------------------------- # * Determine if a State Should be Ignored # state_id : state ID # Returns true when the following conditions are fulfilled. # * If State A which is to be added, is included in State B's # [States to Cancel] list. # * If State B is not included in the [States to Cancel] list for # the new State A. # These conditions would apply when, for example, trying to poison a # character that is already incapacitated. It does not apply in cases # such as applying ATK up while ATK down is already in effect. #-------------------------------------------------------------------------- def state_ignore?(state_id) for state in states if state.state_set.include?(state_id) and not $data_states[state_id].state_set.include?(state.id) return true end end return false end #-------------------------------------------------------------------------- # * Determine if it is a state that should be offset # state_id : state ID # Returns true when the following conditions are fulfilled. # * The [Offset by Opp.] option is enabled for the new state. # * The [States to Cancel] list of the new state to be added # contains at least one of the current states. # This would apply when, for example, ATK up is applied while ATK down # is already in effect. #-------------------------------------------------------------------------- def state_offset?(state_id) return false unless $data_states[state_id].offset_by_opposite for i in @states return true if $data_states[state_id].state_set.include?(i) end return false end #-------------------------------------------------------------------------- # * Sorting States # Sort the content of the @states array, with higher priority states # coming first. #-------------------------------------------------------------------------- def sort_states @states.sort! do |a, b| state_a = $data_states[a] state_b = $data_states[b] if state_a.priority != state_b.priority state_b.priority <=> state_a.priority else a <=> b end end end #-------------------------------------------------------------------------- # * Add State # state_id : state ID #-------------------------------------------------------------------------- def add_state(state_id) state = $data_states[state_id] # Get state data return if state == nil # Is data invalid? return if state_ignore?(state_id) # Is it a state should be ignored? unless state?(state_id) # Is this state not added? unless state_offset?(state_id) # Is it a state should be offset? @states.push(state_id) # Add the ID to the @states array end if state_id == 1 # If it is incapacitated (state 1) @hp = 0 # Change HP to 0 end unless inputable? # If the character cannot act @action.clear # Clear battle actions end for i in state.state_set # Take the [States to Cancel] remove_state(i) # And actually remove them @removed_states.delete(i) # It will not be displayed end sort_states # Sort states with priority end @state_turns[state_id] = state.hold_turn # Set the number of turns end #-------------------------------------------------------------------------- # * Remove State # state_id : state ID #-------------------------------------------------------------------------- def remove_state(state_id) return unless state?(state_id) # Is this state not added? if state_id == 1 and @hp == 0 # If it is incapacitated (state 1) @hp = 1 # Change HP to 1 end @states.delete(state_id) # Remove the ID from the @states @state_turns.delete(state_id) # Remove from the @state_turns end #-------------------------------------------------------------------------- # * Get Restriction # Get the largest restriction from the currently added states. #-------------------------------------------------------------------------- def restriction restriction_max = 0 for state in states if state.restriction >= restriction_max restriction_max = state.restriction end end return restriction_max end #-------------------------------------------------------------------------- # * Determine [Slip Damage] States #-------------------------------------------------------------------------- def slip_damage? for state in states return true if state.slip_damage end return false end #-------------------------------------------------------------------------- # * Determine if the state is [Reduced hit ratio] #-------------------------------------------------------------------------- def reduce_hit_ratio? for state in states return true if state.reduce_hit_ratio end return false end #-------------------------------------------------------------------------- # * Get Most Important State Continuation Message #-------------------------------------------------------------------------- def most_important_state_text for state in states return state.message3 unless state.message3.empty? end return "" end #-------------------------------------------------------------------------- # * Remove Battle States (called when battle ends) #-------------------------------------------------------------------------- def remove_states_battle for state in states remove_state(state.id) if state.battle_only end end #-------------------------------------------------------------------------- # * Natural Removal of States (called up each turn) #-------------------------------------------------------------------------- def remove_states_auto clear_action_results for i in @state_turns.keys.clone if @state_turns[i] > 0 @state_turns[i] -= 1 elsif rand(100) < $data_states[i].auto_release_prob remove_state(i) @removed_states.push(i) end end end #-------------------------------------------------------------------------- # * State Removal due to Damage (called each time damage is caused) #-------------------------------------------------------------------------- def remove_states_shock for state in states if state.release_by_damage remove_state(state.id) @removed_states.push(state.id) end end end #-------------------------------------------------------------------------- # * Calculation of MP Consumed for Skills # skill : skill #-------------------------------------------------------------------------- def calc_mp_cost(skill) if half_mp_cost return skill.mp_cost / 2 else return skill.mp_cost end end #-------------------------------------------------------------------------- # * Determine Usable Skills # skill : skill #-------------------------------------------------------------------------- def skill_can_use?(skill) return false unless skill.is_a?(RPG::Skill) return false unless movable? return false if silent? and skill.spi_f > 0 return false if calc_mp_cost(skill) > mp if $game_temp.in_battle return skill.battle_ok? else return skill.menu_ok? end end #-------------------------------------------------------------------------- # * Calculation of Final Hit Ratio # user : Attacker, or user of skill or item # obj : Skill or item (for normal attacks, this is nil) #-------------------------------------------------------------------------- def calc_hit(user, obj = nil) if obj == nil # for a normal attack hit = user.hit # get hit ratio physical = true elsif obj.is_a?(RPG::Skill) # for a skill hit = obj.hit # get success rate physical = obj.physical_attack else # for an item hit = 100 # the hit ratio is made 100% physical = obj.physical_attack end if physical # for a physical attack hit /= 4 if user.reduce_hit_ratio? # when the user is blinded end return hit end #-------------------------------------------------------------------------- # * Calculate Final Evasion Rate # user : Attacker, or user of skill or item # obj : Skill or item (for normal attacks, this is nil) #-------------------------------------------------------------------------- def calc_eva(user, obj = nil) eva = self.eva unless obj == nil # if it is a skill or an item eva = 0 unless obj.physical_attack # 0% if not a physical attack end unless parriable? # If not parriable eva = 0 # 0% end return eva end #-------------------------------------------------------------------------- # * Calculation of Damage From Normal Attack # attacker : Attacker # The results are substituted for @hp_damage #-------------------------------------------------------------------------- def make_attack_damage_value(attacker) damage = attacker.atk - self.def # 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 *= 2 if @critical # critical adjustment end damage = apply_variance(damage, 20) # variance damage = apply_guard(damage) # guard adjustment @hp_damage = damage # damage HP end #-------------------------------------------------------------------------- # * Calculation of Damage Caused by Skills or Items # user : User of skill or item # obj : Skill or item (for normal attacks, this is nil) # The results are substituted for @hp_damage or @mp_damage. #-------------------------------------------------------------------------- def make_obj_damage_value(user, obj) damage = obj.base_damage # get base damage if damage > 0 # a positive number? damage += user.atk * obj.atk_f / 100 # Attack F of the user damage += user.spi * obj.spi_f / 100 # Spirit F of the user unless obj.ignore_defense # Except for ignore defense damage -= self.def * obj.atk_f / 100 # Attack F of the target damage -= self.spi * obj.spi_f / 100 # Spirit F of the target end damage = 0 if damage < 0 # If negative, make 0 elsif damage < 0 # a negative number? damage -= user.atk * obj.atk_f / 100 # Attack F of the user damage -= user.spi * obj.spi_f / 100 # Spirit F of the user end damage *= elements_max_rate(obj.element_set) # elemental adjustment damage /= 100 damage = apply_variance(damage, obj.variance) # variance damage = apply_guard(damage) # guard adjustment if obj.damage_to_mp @mp_damage = damage # damage MP else @hp_damage = damage # damage HP end end #-------------------------------------------------------------------------- # * Calculation of Absorb Effect # user : User of skill or item # obj : Skill or item (for normal attacks, this is nil) # @hp_damage and @mp_damage must be calculated before this is called. #-------------------------------------------------------------------------- def make_obj_absorb_effect(user, obj) if obj.absorb_damage # if absorbing damage @hp_damage = [self.hp, @hp_damage].min # HP damage range adjustment @mp_damage = [self.mp, @mp_damage].min # MP damage range adjustment if @hp_damage > 0 or @mp_damage > 0 # a positive number? @absorbed = true # turn the absorb flag ON end end end #-------------------------------------------------------------------------- # * Calculating HP Recovery Amount From an Item #-------------------------------------------------------------------------- def calc_hp_recovery(user, item) result = maxhp * item.hp_recovery_rate / 100 + item.hp_recovery result *= 2 if user.pharmacology # Pharmacology doubles the effect return result end #-------------------------------------------------------------------------- # * Calculating MP Recovery Amount From an Item #-------------------------------------------------------------------------- def calc_mp_recovery(user, item) result = maxmp * item.mp_recovery_rate / 100 + item.mp_recovery result *= 2 if user.pharmacology # Pharmacology doubles the effect return result end #-------------------------------------------------------------------------- # * Get Maximum Elemental Adjustment Amount # element_set : Elemental alignment # Returns the most effective adjustment of all elemental alignments. #-------------------------------------------------------------------------- def elements_max_rate(element_set) return 100 if element_set.empty? # If there is no element rate_list = [] for i in element_set rate_list.push(element_rate(i)) end return rate_list.max end #-------------------------------------------------------------------------- # * Applying Variance # damage : Damage # variance : Degree of variance #-------------------------------------------------------------------------- def apply_variance(damage, variance) if damage != 0 # If damage is not 0 amp = [damage.abs * variance / 100, 0].max # Calculate range damage += rand(amp+1) + rand(amp+1) - amp # Execute variance end return damage end #-------------------------------------------------------------------------- # * Applying Guard Adjustment # damage : Damage #-------------------------------------------------------------------------- def apply_guard(damage) if damage > 0 and guarding? # Determine if guarding damage /= super_guard ? 4 : 2 # Reduce damage end return damage end #-------------------------------------------------------------------------- # * Damage Reflection # user : User of skill or item # @hp_damage, @mp_damage, or @absorbed must be calculated before this # method is called. #-------------------------------------------------------------------------- def execute_damage(user) if @hp_damage > 0 # Damage is a positive number remove_states_shock # Remove state due to attack end self.hp -= @hp_damage self.mp -= @mp_damage if @absorbed # If absorbing user.hp += @hp_damage user.mp += @mp_damage end end #-------------------------------------------------------------------------- # * Apply State Changes # obj : Skill, item, or attacker #-------------------------------------------------------------------------- def apply_state_changes(obj) plus = obj.plus_state_set # get state change (+) minus = obj.minus_state_set # get state change (-) for i in plus # state change (+) next if state_resist?(i) # is it resisted? next if dead? # are they incapacitated? next if i == 1 and @immortal # are they immortal? if state?(i) # is it already applied? @remained_states.push(i) # record unchanged states next end if rand(100) < state_probability(i) # determine probability add_state(i) # add state @added_states.push(i) # record added states end end for i in minus # state change (-) next unless state?(i) # is the state not applied? remove_state(i) # remove state @removed_states.push(i) # record removed states end for i in @added_states & @removed_states # if there are any states in @added_states.delete(i) # both added and removed @removed_states.delete(i) # sections, delete them both end end #-------------------------------------------------------------------------- # * Determine Whether to Apply a Normal Attack # attacker : Attacker #-------------------------------------------------------------------------- def attack_effective?(attacker) if dead? return false end return true end #-------------------------------------------------------------------------- # * Apply Normal Attack Effects # attacker : Attacker #-------------------------------------------------------------------------- def attack_effect(attacker) clear_action_results unless attack_effective?(attacker) @skipped = true return end if rand(100) >= calc_hit(attacker) # determine hit ratio @missed = true return end if rand(100) < calc_eva(attacker) # determine evasion rate @evaded = true return end make_attack_damage_value(attacker) # damage calculation execute_damage(attacker) # damage reflection if @hp_damage == 0 # physical no damage? return end apply_state_changes(attacker) # state change end #-------------------------------------------------------------------------- # * Determine if a Skill can be Applied # user : Skill user # skill : Skill #-------------------------------------------------------------------------- def skill_effective?(user, skill) if skill.for_dead_friend? != dead? return false end if not $game_temp.in_battle and skill.for_friend? return skill_test(user, skill) end return true end #-------------------------------------------------------------------------- # * Skill Application Test # user : Skill user # skill : Skill # Used to determine, for example, if a character is already fully healed # and so cannot recover anymore. #-------------------------------------------------------------------------- def skill_test(user, skill) tester = self.clone tester.make_obj_damage_value(user, skill) tester.apply_state_changes(skill) if tester.hp_damage < 0 return true if tester.hp < tester.maxhp end if tester.mp_damage < 0 return true if tester.mp < tester.maxmp end return true unless tester.added_states.empty? return true unless tester.removed_states.empty? return false end #-------------------------------------------------------------------------- # * Apply Skill Effects # user : Skill user # skill : skill #-------------------------------------------------------------------------- def skill_effect(user, skill) clear_action_results unless skill_effective?(user, skill) @skipped = true return end if rand(100) >= calc_hit(user, skill) # determine hit ratio @missed = true return end if rand(100) < calc_eva(user, skill) # determine evasion rate @evaded = true return end make_obj_damage_value(user, skill) # calculate damage make_obj_absorb_effect(user, skill) # calculate absorption effect execute_damage(user) # damage reflection if skill.physical_attack and @hp_damage == 0 # physical no damage? return end apply_state_changes(skill) # state change end #-------------------------------------------------------------------------- # * Determine if an Item can be Used # user : Item user # item : item #-------------------------------------------------------------------------- def item_effective?(user, item) if item.for_dead_friend? != dead? return false end if not $game_temp.in_battle and item.for_friend? return item_test(user, item) end return true end #-------------------------------------------------------------------------- # * Item Application Test # user : Item user # item : item # Used to determine, for example, if a character is already fully healed # and so cannot recover anymore. #-------------------------------------------------------------------------- def item_test(user, item) tester = self.clone tester.make_obj_damage_value(user, item) tester.apply_state_changes(item) if tester.hp_damage < 0 or tester.calc_hp_recovery(user, item) > 0 return true if tester.hp < tester.maxhp end if tester.mp_damage < 0 or tester.calc_mp_recovery(user, item) > 0 return true if tester.mp < tester.maxmp end return true unless tester.added_states.empty? return true unless tester.removed_states.empty? return true if item.parameter_type > 0 return false end #-------------------------------------------------------------------------- # * Apply Item Effects # user : Item user # item : item #-------------------------------------------------------------------------- def item_effect(user, item) clear_action_results unless item_effective?(user, item) @skipped = true return end if rand(100) >= calc_hit(user, item) # determine hit ratio @missed = true return end if rand(100) < calc_eva(user, item) # determine evasion rate @evaded = true return end hp_recovery = calc_hp_recovery(user, item) # calc HP recovery amount mp_recovery = calc_mp_recovery(user, item) # calc MP recovery amount make_obj_damage_value(user, item) # damage calculation @hp_damage -= hp_recovery # subtract HP recovery amount @mp_damage -= mp_recovery # subtract MP recovery amount make_obj_absorb_effect(user, item) # calculate absorption effect execute_damage(user) # damage reflection item_growth_effect(user, item) # apply growth effect if item.physical_attack and @hp_damage == 0 # physical no damage? return end apply_state_changes(item) # state change end #-------------------------------------------------------------------------- # * Item Growth Effect Application # user : Item user # item : item #-------------------------------------------------------------------------- def item_growth_effect(user, item) if item.parameter_type > 0 and item.parameter_points != 0 case item.parameter_type when 1 # Maximum HP @maxhp_plus += item.parameter_points when 2 # Maximum MP @maxmp_plus += item.parameter_points when 3 # Attack @atk_plus += item.parameter_points when 4 # Defense @def_plus += item.parameter_points when 5 # Spirit @spi_plus += item.parameter_points when 6 # Agility @agi_plus += item.parameter_points end end end #-------------------------------------------------------------------------- # * Application of Slip Damage Effects #-------------------------------------------------------------------------- def slip_damage_effect if slip_damage? and @hp > 0 @hp_damage = apply_variance(maxhp / 10, 10) @hp_damage = @hp - 1 if @hp_damage >= @hp self.hp -= @hp_damage end end end Mis à jour le 21 novembre 2020.

letrasheur1313 - posté le 14/03/2009 à 19:28:52 (26 messages postés) ❤ 0
	Merci pour ce script. Dans VX c'est trop la galère de régler les stats.
Prout man sera de retour un de ses jours !!

ADIDI - posté le 15/03/2009 à 10:43:21 (184 messages postés) ❤ 0
	pas mal ce script ! j'aime bien je suppose qu'il n'y a pas de problème a l'intégrai a un a-rpg ? ( je vais tester de toutes manières ^^ ) merci MONOS ^^
je commence une aventure et je la finiré jamais

Monos - posté le 15/03/2009 à 20:17:40 (57322 messages postés) ❤ 0
Vive le homebrew	Citation: j'aime bien je suppose qu'il n'y a pas de problème a l'intégrai a un a-rpg ? En théorie Non. Il y auras pas de pépin. Citation: merci MONOS ^^ de rien. A la base c'est fait pour le jeu que vous aimez pas graphiquement et j'ai partagé le script.
Signer du nez ?

yakzawik - posté le 15/03/2009 à 23:03:06 (1131 messages postés) ❤ 0
	Je veux pas être chiant, mais qu'est ce qui changé réellement dedans ? Si je mets ce script dans mon projet, il sera modifié quant aux dégâts infligés par rapport à avant où j'avais le script de base ?

Monos - posté le 16/03/2009 à 00:56:03 (57322 messages postés) ❤ 0
Vive le homebrew	Ga yak faut pas m'imiter quand tu écris.^^ Bon je crois avoir pigé, tu remplaces le scipt Game Battler par celui la. En gros dans les formule de combat que tu as dans les tutos Vx et dans l'aide VX c'est Attaque * 4 - Défense * 2 (Pour les pouvoir / objet c'est un peu plus complexe mais c'est toujours *4 pour l'attaquant et *2 pour le défenseur ) J'ai juste viré dans les formules les * 4 et * 2 Et j'ai changé les coup critique qui était dommage * 3 par dommage *2. Du coup la différence de débats est plus rapproché. Quelque Testeur de ma démo sur les graphes de FF1 se plaignait que la différence de frappe entre deux persos était énorme. Et avec les formules de base, j'arrivais pas à ajuster tous ça correctement.
Signer du nez ?

tamtammort - posté le 16/03/2009 à 13:21:33 (376 messages postés) ❤ 0

Citation: Bonjour, voici un script qui modifie et rend plus simple le calcule des Domages sur Rpg Maker VX Remplacer le script Game_Battler par celui la. Et lancer le jeu pour que les effets puisse se mette à jour pour combats testé dans la base de donnée. Voici les modifications apporté: (En gros j'ai retiré tous les mutilicateurs * 4 et / 2) Attaque normal Les points dégats = Force - défense. Ok, si je comprends bien, ça veut dire que les dégâts infligés au monstre = la différence entre la def du monstre et la for du héros ? Pour moi, cela est très simplement faisable en event...

Monos - posté le 16/03/2009 à 13:29:03 (57322 messages postés) ❤ 0
Vive le homebrew	Citation: Pour moi, cela est très simplement faisable en event... Je suis pas un Full Script, j'aime les événements mais la sur ce coups si pour VX (et XP) ca serait débile de repasser par des événements pour les combats pour changer les formules de combat qu'en deux trois seconde dans les scripts c'est largement plus rapide. Ensuite il y a pas que les dégats normaux mais aussi les objets magique et autres et Basta. (Ps vous pouvez vous aussi changer les formules sur le coup faut pas s'appeler Zeus pour savoir faire ça. ) La utiliser les événements c'est ce faire chier pour rien pour VX et XP.
Signer du nez ?

tamtammort - posté le 17/03/2009 à 12:50:24 (376 messages postés) ❤ 0
	> Monos Je ne te critique pas, mais je donne juste mon avis pour les passionnés d'event qui désirent s'entraîner à utiliser les variables. Citation: Ensuite il y a pas que les dégats normaux mais aussi les objets magique et autres et Basta. Oui, j'ai oublié de le préciser dans mon premier message.

mangafan92 - posté le 14/11/2010 à 13:35:01 (9 messages postés) ❤ 0
	Ptite question, est ce compatible avec un script de combat en temps réel? Merci d'avance!
Si tu donnes un poisson que tu à volé à un homme, il mangera un jour, si tu lui apprend à voler, il mangera toute sa vie...

MatteW - posté le 16/02/2011 à 13:19:58 (22 messages postés) ❤ 0
	je pense que c'est compatible avec tous les autres scripts, sinon ce serait précisé. Mais après tout je n'y connais pas grand chose en script.

nargilos - posté le 08/06/2011 à 08:52:49 (4 messages postés) ❤ 0
	Bonjour, je débute dans le making et j'ai un souci avec ce script : lorsqu un ennemi est vaincu un message d'erreur s'affiche concernant la ligne 1027, si vous pouviez m'expliquer comment y remédier ça m'arrangerai

Vincelamenace - posté le 01/10/2011 à 10:18:24 (1 messages postés) ❤ 0
	pareil pour moi !

Tata Monos - posté le 01/10/2011 à 12:58:26 (28 messages postés) ❤ 0
Compte Non utilisé	N'utilisez pas ce script changez directement les formules dans le script Game_Battler. Les formules se trouvent à la ligne 637 jusque 687. Il y a des x4 des x2 voir des x2 et x 1 suivant les lignes. Adaptez comme bon vous semble tous ça. Cela n'est pas compliqué. Damage = les PV qui vont être perdu. attacker.atk = Force de l’attaquant. self.de = Défense ect

Nix - posté le 30/06/2012 à 14:56:38 (2 messages postés) ❤ 0
	Super Script, merci Monos !