def __init__(self, caller):
self.caller = caller
self.helper = Helper(caller)
self.name = self.caller.key
self.combatStats = self.helper.getMeleeCombatStats(self.caller)
self.target = None
self.inventory = Inventory(self, caller)
def func(self):
# Init combat helper class for logic
h = Helper(self.caller)
# Check for correct command
if not self.args:
self.msg("|540Usage: drag <target>|n")
return
# Check for and error handle designated target
target = h.targetHandler(self.target)
pass
def func(self):
combatant = Combatant(self.caller)
if not self.target:
self.caller.msg("|430Usage: sunder <target>|n")
return
# Init combat helper class for logic
h = Helper(self.caller)
if not h.canFight(self.caller):
self.caller.msg("|400You are too injured to act.|n")
return
# Check for and error handle designated target
target = self.caller.search(self.target)
victim = combatant.getVictim(self.target)
if not target.db.bleed_points:
combatant.message(
f"{victim.name} |400is dead. You only further mutiliate their body.|n"
)
combatant.broadcast(
f"{combatant.name} |025further mutilates the corpse of|n {victim.name}|025.|n"
)
return
loop = CombatLoop(combatant.caller, combatant.target)
loop.resolveCommand()
# Run logic for cleave command
if not self.caller.db.combat_turn:
self.msg(
"|430You need to wait until it is your turn before you are able to act.|n"
)
return
combat_stats = h.getMeleeCombatStats(self.caller)
target_stats = h.getMeleeCombatStats(target)
# Confirm whether object carried is a two handed weapon
right_hand_item = combat_stats.get("right_slot", '')
rightObject = self.caller.search(right_hand_item)
isTwoHanded = True if rightObject.db.twohanded else False
left_hand_item = combat_stats.get("left_slot", '')
sundersRemaining = self.caller.db.sunder
if not isTwoHanded:
self.msg(
"|430Before you attack you must equip a two-handed weapon using the command equip <weapon name>.|n"
)
return
if sundersRemaining <= 0:
self.caller.msg(
"|400You have 0 sunders remaining or do not have the skill.\nPlease choose another action.|n"
)
return
die_result = h.fayneChecker(combat_stats.get("master_of_arms", 0),
combat_stats.get("wylding_hand", 0))
# Get damage result and damage for weapon type
attack_result = (
die_result + self.caller.db.weapon_level) - combat_stats.get(
"dmg_penalty", 0) - combat_stats.get("weakness", 0)
damage = 2 if combat_stats.get("two_handed", False) else 1
target_av = target.db.av
shot_location = h.shotFinder(target.db.targetArray)
if attack_result >= target.db.av:
# Check target left and right slots for items. Decrement material value from right and then left.
# If no more items, subtract damage as normal.
if target_stats.get("right_slot", ''):
# Get item and material value for right slot.
right_item = self.caller.search(target.db.right_slot[0],
location=target)
right_mv = right_item.db.material_value
# Decrement one from material value.
# Check to make sure it won't go below 0.
if (right_mv - 1) <= 0:
right_item.db.material_value = 0
right_item.db.broken = True
# If two handed, remove from both slots
if right_item.db.twohanded:
target.db.left_slot.clear()
# Remove right slot
target.db.right_slot.remove(right_item)
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes|n (|020{attack_result}|n) |025with great ferocity and sunders|n {target.key}|025's {right_item.key}|n (|400{target.db.av}|n)|025, breaking it.|n"
)
else:
right_item.db.material_value -= 1
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes|n (|020{attack_result}|n) |025with great ferocity and damages|n {target.key}|025's {right_item.key}|n (|400{target.db.av}|n)|025.|n"
)
elif target_stats.get("left_slot", ''):
# Get item and material value for right slot.
left_item = self.caller.search(target.db.left_slot[0],
location=target)
left_mv = left_item.db.material_value
# Decrement one from material value
if (left_mv - 1) <= 0:
left_item.db.material_value = 0
left_item.db.broken = True
# if utils.inherits_from(target, Npc):
# target.db.skip_turn = 1
target.db.left_slot.remove(left_item)
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes|n (|020{attack_result}|n) |025with great ferocity and sunders|n {target.key}|025's {left_item.key}|n (|400{target.db.av}|n)|025, breaking it.|n"
)
else:
left_item.db.material_value -= 1
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes|n (|020{attack_result}|n) |025with great ferocity and damages|n {target.key}|025's {left_item.key}|n (|400{target.db.av}|n)|025.|n"
)
# Do damage resolution block
elif target_av:
# subtract damage from corresponding target stage (shield_value, armor, tough, body)
new_av = h.damageSubtractor(damage, target, self.caller)
# Update target av to new av score per damageSubtractor
target.db.av = new_av
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes with great ferocity|n (|020{attack_result}|n) |025at|n {target.key} |025and hits|n (|400{target_av}|n), |025dealing|n |430{damage}|n |025damage!|n"
)
target.msg(
f"|430Your new total Armor Value is {new_av}:\nShield: {target.db.shield}\nArmor Specialist: {target.db.armor_specialist}\nArmor: {target.db.armor}\nTough: {target.db.tough}|n"
)
else:
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes with great ferocity|n (|020{attack_result}|n) |025at|n {target.key}|025's {shot_location} and hits|n (|400{target_av}|n), |025dealing|n |430{damage}|n |025damage!|n"
)
# First torso shot always takes body to 0. Does not pass excess damage to bleed points.
if shot_location == "torso" and target.db.body > 0:
target.db.body = 0
self.caller.location.msg_contents(
f"{target.key} |025has been fatally wounded and is now bleeding to death. They will soon be unconscious.|n"
)
else:
h.deathSubtractor(damage, target, self.caller)
# Decrement amount of cleaves from amount in database
self.caller.db.sunder -= 1
else:
self.caller.location.msg_contents(
f"{self.caller.key} |025strikes a devastating blow at|n {target.key}|025, but misses.|n"
)
# Clean up
# Set self.caller's combat_turn to 0. Can no longer use combat commands.
loop.combatTurnOff(self.caller)
loop.cleanup()
class Combatant:
"""
A helper class used to ease readability and flow of combat functions
Should be rewritten ultimately to use properties/getters/setters
"""
def __init__(self, caller):
self.caller = caller
self.helper = Helper(caller)
self.name = self.caller.key
self.combatStats = self.helper.getMeleeCombatStats(self.caller)
self.target = None
self.inventory = Inventory(self, caller)
def inventory(self):
return self.inventory()
@property
def isStaggered(self):
return self.caller.db.is_staggered
@property
def canFight(self):
if self.caller.db.bleed_points > 0:
return True
return False
@property
def cantFight(self):
return not self.canFight
@property
def isAlive(self):
return True if self.caller.db.death_points else False
def message(self, msg):
self.caller.msg(msg)
def debugMessage(self, msg):
#Is there a way we can broadcast this only to admins?
self.caller.msg(msg)
def broadcast(self, msg):
self.caller.location.msg_contents(msg)
def hasTurn(self, message=None):
if message and not self.caller.db.combat_turn:
self.message(message)
return self.caller.db.combat_turn
def stabilize(self):
return self.caller.db.stabilize
def hasStabilize(self, message=None):
if message and not self.caller.db.stabilize:
self.message(message)
return self.stabilize()
def medicine(self):
return self.caller.db.medicine
def battlefieldMedicine(self):
return self.caller.db.battlefieldmedicine
#Syntactic Sugar
def hasMoreBodyThan(self, value):
return self.body() > value
def hasBody(self, value=None):
if value:
return self.body() == value
return self.body() > 0
def setBody(self, value):
self.caller.db.body = value
def addBody(self, value):
if (self.caller.db.body + value) <= 3:
self.caller.db.body += value
else:
self.setBody(3)
def body(self):
#self.caller.message(f"Debug body is {self.caller.db.body}")
return self.caller.db.body
def resilience(self):
return self.caller.db.resilience
def hasSniper(self):
return self.caller.db.sniper
def bleedPoints(self):
return self.caller.db.bleed_points
def atMaxBleedPoints(self):
return self.bleedPoints() == self.totalBleedPoints()
def atMaxBodyPoints(self):
return self.body() == 3
#TODO: Magic Number?
def totalBleedPoints(self):
return self.resilience() + 3
def missingBleedPoints(self):
return self.totalBleedPoints() - self.bleedPoints()
def hasBleedPoints(self):
return self.bleedPoints() > 0
def setBleedPoints(self, value):
self.caller.db.bleed_points = value
def addBleedPoints(self, value):
if (self.caller.db.bleed_points + value) <= self.totalBleedPoints():
self.caller.db.bleed_points += value
else:
self.resetBleedPoints()
def resetBleedPoints(self):
self.setBleedPoints(self.totalBleedPoints())
def atMaxDeathPoints(self):
return self.deathPoints() >= 3
def addDeathPoints(self, value):
if (self.deathPoints() + value) <= 3:
self.caller.db.death_points += value
else:
self.setDeathPoints(3)
def setDeathPoints(self, value, combatant=None):
self.caller.db.death_points = value
def hasDeathPoints(self, value=None):
if value:
return self.deathPoints() == value
return self.deathPoints() > 0
def missingDeathPoints(self):
return 3 - self.deathPoints()
def deathPoints(self):
return self.caller.db.death_points
def chirurgeon(self):
return self.caller.db.chirurgeon
def inCombat(self):
return self.caller.db.in_combat
def secondsUntilNextChirurgery(self, current_time):
if not self.caller.db.last_chirurgery:
return 0
else:
seconds_since_last_chirurgery = (
int(current_time) - int(self.caller.db.last_chirurgery))
return 900 - seconds_since_last_chirurgery
def setChirurgeryTimer(self, current_time):
self.caller.db.last_chirurgery = current_time
def secondsUntilNextRepair(self, current_time):
if not self.caller.db.last_repair:
return 0
else:
seconds_since_last_repair = (int(current_time) -
int(self.caller.db.last_repair))
return 600 - seconds_since_last_repair
def setRepairTimer(self, current_time):
self.caller.db.last_repair = current_time
def resetTough(self):
self.caller.db.tough = self.caller.db.total_tough
def addWeakness(self):
self.caller.db.weakness = 1
def removeWeakness(self):
self.caller.db.weakness = 0
#Now Combat
def stunsRemaining(self):
return self.caller.db.stun
def disarmsRemaining(self):
return self.caller.db.disarm
def staggersRemaining(self):
return self.caller.db.stagger
def cleavesRemaining(self):
return self.caller.db.cleave
def resistsRemaining(self):
return self.caller.db.resist
def hasStunsRemaining(self, message=None):
if message and self.stunsRemaining() <= 0:
self.message(message)
return self.stunsRemaining()
def hasResistsRemaining(self, message=None):
if message and self.resistsRemaining() <= 0:
self.message(message)
return self.resistsRemaining()
def hasDisarmsRemaining(self, message=None):
if message and self.disarmsRemaining() <= 0:
self.message(message)
return self.disarmsRemaining()
def hasStaggersRemaining(self, message=None):
if message and self.staggersRemaining() <= 0:
self.message(message)
return self.staggersRemaining()
def hasCleavesRemaining(self, message=None):
if message and self.cleavesRemaining() <= 0:
self.message(message)
return self.cleavesRemaining()
def getRightHand(self):
return self.combatStats.get("right_slot", '')
def getLeftHand(self):
return self.combatStats.get("left_slot", '')
def getShield(self):
right_hand = self.getRightHand()
left_hand = self.getLeftHand()
if right_hand and right_hand.db.is_shield and right_hand.db.broken == False:
return right_hand, "right arm"
elif left_hand and left_hand.db.is_shield and left_hand.db.broken == False:
return left_hand, "left arm"
else:
return None, None
def isArmed(self, message=None):
if message and not self.inventory.getWeapon():
self.message(message)
return False
else:
return True
def isUnarmed(self, message=None):
if message and self.isArmed():
self.message(message)
return False
else:
return True
def hitsAttack(self, difficulty, victimAv, message):
result = self.rollAttack(difficulty)
if (result >= victimAv):
return True
else:
if message:
self.broadcast(message)
return False
def rollAttack(self, maneuver_difficulty=0):
die_result = self.helper.fayneChecker(
self.combatStats.get("master_of_arms", 0),
self.combatStats.get("wylding_hand", 0))
stagger_penalty = 0
if (self.isStaggered):
stagger_penalty = 1
self.caller.db.is_staggered = False
# Get damage result and damage for weapon type
attack_result = (
die_result + self.caller.db.weapon_level) - self.combatStats.get(
"dmg_penalty", 0) - self.combatStats.get(
"weakness", 0) - maneuver_difficulty - stagger_penalty
return attack_result
def hasTwoHandedWeapon(self, message=None):
if message and not self.isTwoHanded():
self.message(message)
return self.isTwoHanded()
def isTwoHanded(self):
two_handed = self.getRightHand() == self.getLeftHand()
return two_handed
@property
def av(self):
return self.caller.db.av
def determineHitLocation(self, victim):
return self.helper.shotFinder(self.caller.db.targetArray)
def hasWeakness(self, message=None):
weakness = self.combatStats.get("weakness", 0)
if message and weakness:
self.message(message)
return weakness
def setStuns(self, value):
self.caller.db.stun = value
def setResists(self, value):
self.caller.db.resist = value
def setDisarms(self, value):
self.caller.db.disarm = value
def setStaggers(self, value):
self.caller.db.stagger = value
def setCleaves(self, value):
self.caller.db.cleave = value
def decreaseStuns(self, value):
new_stun_value = self.stunsRemaining() - value
if new_stun_value < 0 or value < 0:
new_stun_value = 0
self.setStuns(new_stun_value)
def decreaseResists(self, value):
new_resist_value = self.resistsRemaining() - value
if new_resist_value < 0 or value < 0:
new_resist_value = 0
self.setResists(new_resist_value)
def decreaseDisarms(self, value):
new_disarm_value = self.disarmsRemaining() - value
if new_disarm_value < 0 or value < 0:
new_disarm_value = 0
self.setDisarms(new_disarm_value)
def decreaseStaggers(self, value):
new_stagger_value = self.staggersRemaining() - value
if new_stagger_value < 0 or value < 0:
new_stagger_value = 0
self.setStaggers(new_stagger_value)
def decreaseCleaves(self, value):
new_cleave_value = self.cleavesRemaining() - value
if new_cleave_value < 0 or value < 0:
new_cleave_value = 0
self.setCleaves(new_cleave_value)
def stun(self):
self.caller.db.skip_turn = True
def disarm(self):
self.caller.db.skip_turn = True
def stagger(self):
self.caller.db.is_staggered = True
def hasDamageVulnerability(self):
return
def getVictim(self, target):
# Get target if there is one
self.target = self.caller.search(target)
return Combatant(self.target)
def getDamage(self):
if self.isTwoHanded():
return 2
else:
return 1
def setAv(self, amount):
#TODO: Should we set Max/Min?
self.caller.db.av = amount
def blocksWithShield(self, shot_location):
has_shield, location = self.getShield()
if has_shield and shot_location == location:
return True
elif has_shield and shot_location == 'torso':
if random.randint(1, 2) == 1:
return True
return False
def getArmorSpecialist(self):
return self.caller.db.armor_specialist
def getArmor(self):
return self.caller.db.armor
def getTough(self):
return self.caller.db.tough
def hasChirurgeonsKit(self):
kit_type, uses = self.helper.getKitTypeAndUsesItem()
has_kit = False
if (kit_type == 'chirurgeon') and (uses > 0):
has_kit = True
return has_kit
def reportAv(self):
self.message(
f"|430Your new total Armor Value is {self.av}:\nArmor Specialist: {self.getArmorSpecialist()}\nArmor: {self.getArmor()}\nTough: {self.getTough()}|n"
)
def useChirurgeonsKit(self):
self.helper.useKit()
def takeShieldDamage(self, amount):
return self.alternateDamage(amount, 'shield_value')
def takeArmorSpecialistDamage(self, amount):
return self.alternateDamage(amount, "armor_specialist")
def takeArmorDamage(self, amount):
return self.alternateDamage(amount, "tough")
def takeToughDamage(self, amount):
return self.alternateDamage(amount, "armor")
def alternateArmorSpecialistDamage(self, amount):
return self.alternateDamage(amount, "armor_specialist")
def takeBodyDamage(self, amount):
return self.alternateDamage(amount, "body")
def takeBleedDamage(self, amount):
return self.alternateDamage(amount, "bleed_points")
def getStaggerDamage(self):
return self.combatStats.get("stagger_damage", '')
def takeDeathDamage(self, amount, combatant):
if self.caller.db.creature_color:
weapon = combatant.getWeapon()
if weapon and (weapon.db.color == self.caller.db.creature_color):
return self.alternateDamage(amount, "death_points")
else:
return 0
else:
return self.alternateDamage(amount, "death_points")
def alternateDamage(self, amount, type):
remaining_damage = amount
if self.caller.attributes.get(type):
if self.caller.attributes.get(type):
# How much damage is left after the shield
remaining_damage = amount - self.caller.attributes.get(type)
if remaining_damage < 0:
remaining_damage = 0
# Damage the shield
if amount >= self.caller.attributes.get(type):
new_value = 0
else:
new_value = self.caller.attributes.get(type) - amount
obj_to_set = self.caller.attributes.get(type, return_obj=True)
obj_to_set.value = new_value
return remaining_damage
def updateAv(self):
self.caller.db.av = self.caller.db.armor + self.caller.db.tough + self.caller.db.armor_specialist
def takeAvDamage(self, amount):
# Take Damage to Armor
# amount = self.takeShieldDamage(amount)
if amount > 0:
amount = self.takeArmorSpecialistDamage(amount)
if amount > 0:
amount = self.takeArmorDamage(amount)
if amount > 0:
amount = self.takeToughDamage(amount)
# In case we took any damage, refresh our AV
self.updateAv()
return amount
def takeDamage(self, combatant, amount, shot_location, skip_av=False):
if self.av and (not skip_av):
amount = self.takeAvDamage(amount)
if amount > 0:
#We have damage that made it through armor!
#TODO: Check with spence that this is right, if we hit the torso, and the hit goes through all the armor, should they go down?
#TODO: Or does this only happen if they're totally unarmored when they take damage
if shot_location == "torso" and amount < self.body():
amount = self.body()
if self.body() > 0:
amount = self.takeBodyDamage(amount)
if amount > 0 and self.bleedPoints() > 0:
self.addWeakness()
amount = self.takeBleedDamage(amount)
self.message(
"|430You are bleeding profusely from many wounds and can no longer use any active martial skills.\n|n"
)
self.broadcast(
f"|025{self.name} is bleeding profusely from many wounds and will soon lose consciousness.|n"
)
if amount > 0 and self.deathPoints() > 0:
self.addWeakness()
self.takeDeathDamage(amount, combatant)
self.message(
"|300You are unconscious and can no longer move of your own volition.|n"
)
self.broadcast(
f"|025{self.name} does not seem to be moving.|n")
def resistsAttack(self):
if self.resistsRemaining() > 0:
self.decreaseResists(1)
return True
return False