def freezeAffs(targ):
if (aff("shivering") in targ.affs):
return "frozen"
elif (aff("no_caloric") in targ.affs):
return "shivering"
else:
return "no_caloric"
def takeLimbDmg(self, limb, dmg, doBreak = True): if (limb in self.limbs): self.limbs[limb] += dmg; if (not doBreak): return; if (self.limbs[limb] > 1/3 * 100): if (limb not in ["head", "torso"]): self.addAff(aff(limb + "_broken")); self.addAff(aff(limb + "_damaged")); if (self.limbs[limb] > 2/3 * 100): if (limb not in ["head", "torso"]): self.addAff(aff(limb + "_broken")); self.addAff(aff(limb + "_damaged")); self.addAff(aff(limb + "_mangled"));
def addAff(self, affl, stacks = 0, duration = 0, timer = 0, selfVis = True, applierVis = True):
if (stacks != 0 and affl in self.affs):
stacks = self.affs[affl][1] + stacks;
self.affs[affl] = [self.affs[affl][0], stacks, duration, self.affs[affl][3]];
else:
self.affs[affl] = [self.curTime, stacks, duration, timer];
if (affl in tickAffs):
self.tickableAffs[affl] = True;
if (affl == aff("death")):
print(self.name + " HAS DIED");
def tickAffs(self, time):
remList = [];
addList = [];
for affl in self.tickableAffs:
if (affl == aff("ablaze")):
if (self.affs[affl][3] >= 10 or self.affs[affl][1] == 0):
self.takeDmg(1 + 1 * self.affs[affl][1]);
self.affs[affl][1] += 1;
self.affs[affl][3] = 0;
elif (affl == aff("paresis")):
if (self.affs[affl][3] >= 5):
remList.append(affl);
addList.append(aff("paralysis"));
self.affs[affl][3] += time;
if (self.affs[affl][2] != 0 and self.affs[affl][3] > self.affs[affl][2]):
remList.append(affl);
for rem in remList:
self.remAff(rem);
for add in addList:
self.addAff(add);
def testProne(targ):
testList = [
aff("prone"),
aff("frozen"),
aff("indifference"),
aff("unconscious"),
aff("asleep"),
aff("stun"),
aff("paralysis")
]
testMin = aff("writhe_armpitlock")
testMax = aff("writhe_feed")
for affl in testList:
if (affl in targ.affs):
return True
for i in range(testMin, testMax + 1):
if (i in targ.affs):
return True
return False
class Actor:
pillCures = {
"antipsychotic" : [aff("sadness"), aff("confusion"), aff("dementia"), aff("hallucinations"), aff("paranoia"), aff("hypersomnia"), aff("hatred"), aff("addiction"), aff("blood_curse"), aff("blighted")],
"euphoriant" : [aff("self-pity"), aff("stupidity"), aff("dizziness"), aff("faintness"), aff("shyness"), aff("epilepsy"), aff("impatience"), aff("dissonance"), aff("infested"), aff("insomnia")],
"decongestant" : [aff("baldness"), aff("clumsiness"), aff("hypochondria"), aff("weariness"), aff("asthma"), aff("sensitivity"), aff("ringing_ears"), aff("impairment"), aff("blood_poison")],
"depressant" : [aff("commitment_fear"), aff("merciful"), aff("recklessness"), aff("egocentric"), aff("masochism"), aff("agoraphobia"), aff("loneliness"), aff("berserking"), aff("vertigo"), aff("claustrophobia")],
"coagulation" : [aff("body_odor"), aff("lethargy"), aff("allergies"), aff("mental_disruption"), aff("physical_disruption"), aff("vomiting"), aff("exhausted"), aff("thin_blood"), aff("rend"), aff("haemophilia")],
"steroid" : [aff("hubris"), aff("pacifism"), aff("peace"), aff("lovers_effect"), aff("laxity"), aff("superstition"), aff("generosity"), aff("justice"), aff("magnanimity")],
"opiate" : [aff("paresis"), aff("paralysis"), aff("TREE_PARALYSIS"), aff("mirroring"), aff("crippled_body"), aff("crippled"), aff("blisters"), aff("slickness"), aff("heartflutter"), aff("sandrot")],
"panacea" : [aff("patterns")],
"amaurosis" : [aff("no_blindness")],
"ototoxin" : [aff("no_deafness")],
"anabiotic" : [aff("bulimia"), aff("plodding"), aff("idiocy")],
"waterbreathing" : [aff("no_waterbreathing")],
"acuity" : [aff("no_thirdeye")],
"thanatonin" : [aff("no_deathsight")],
"kawhe" : [aff("no_insomnia")],
"stimulant" : [aff("no_instawake")],
}
def __init__(self, Name, classSkills):
self.name = Name;
self.hp = 100.0;
self.mp = 100.0;
self.bleed = 0.0;
self.limbs = {"head": 0.0, "torso": 0.0, "left_arm": 0.0, "right_arm": 0.0, "left_leg": 0.0, "right_leg": 0.0};
self.affs = {};
self.tickableAffs = {};
self.inhibitedCures = {};
self.defs = {};
self.tickableDefs = {};
self.skills = [];
self.curTime = 0;
self.firstAid = None;
for skill in classSkills:
self.skills.append(skill);
#for skill in Actor.defaultSkills:
# self.skills.append(skill);
self.classState = {'resonance': None, 'soul': 0.0, 'energy': 0.0, 'kai': 0.0, 'l_charge': 0, 'r_charge': 0, 'b_charge': 0};
# bal, eq, elixir, affelixir, ability, right_arm, left_arm, herb, focus, tree, salve, pipe, renew, moss
self.balances = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
self.room = None;
self.avgAffDuration = 0.0;
self.avgAffDurationCount = 0;
def tickBals(self, time):
for i in range(len(self.balances)):
self.balances[i] -= time;
def takeDmg(self, hpDmg = 0, mpDmg = 0):
if (hpDmg >= FLOAT_TOLERANCE):
self.hp -= hpDmg;
if (mpDmg >= FLOAT_TOLERANCE):
self.mp -= mpDmg;
def healDmg(self, hpHeal = 0, mpHeal = 0):
if (hpDmg >= FLOAT_TOLERANCE):
self.hp += hpDmg;
if (self.hp > 100.0):
self.hp = 100.0;
if (mpDmg >= FLOAT_TOLERANCE):
self.mp += mpDmg;
if (self.mp > 100.0):
self.mp = 100.0;
def takeLimbDmg(self, limb, dmg, doBreak = True):
if (limb in self.limbs):
self.limbs[limb] += dmg;
if (not doBreak):
return;
if (self.limbs[limb] > 1/3 * 100):
if (limb not in ["head", "torso"]):
self.addAff(aff(limb + "_broken"));
self.addAff(aff(limb + "_damaged"));
if (self.limbs[limb] > 2/3 * 100):
if (limb not in ["head", "torso"]):
self.addAff(aff(limb + "_broken"));
self.addAff(aff(limb + "_damaged"));
self.addAff(aff(limb + "_mangled"));
def printState(self):
print(self.hp, self.mp, end="|");
for aff in self.affs:
print(aff_id(aff), ":", self.affs[aff][0], self.affs[aff][1], self.affs[aff][2], self.affs[aff][3], end="|");
print();
def addAff(self, affl, stacks = 0, duration = 0, timer = 0, selfVis = True, applierVis = True):
if (stacks != 0 and affl in self.affs):
stacks = self.affs[affl][1] + stacks;
self.affs[affl] = [self.affs[affl][0], stacks, duration, self.affs[affl][3]];
else:
self.affs[affl] = [self.curTime, stacks, duration, timer];
if (affl in tickAffs):
self.tickableAffs[affl] = True;
if (affl == aff("death")):
print(self.name + " HAS DIED");
def remAff(self, affl):
if (affl in self.affs):
self.avgAffDuration += (self.curTime - self.affs[affl][0]);
self.avgAffDurationCount += 1;
self.affs.pop(affl, None);
self.tickableAffs.pop(affl, None);
def hasAff(self, aff):
return aff in self.affs;
def tickAffs(self, time):
remList = [];
addList = [];
for affl in self.tickableAffs:
if (affl == aff("ablaze")):
if (self.affs[affl][3] >= 10 or self.affs[affl][1] == 0):
self.takeDmg(1 + 1 * self.affs[affl][1]);
self.affs[affl][1] += 1;
self.affs[affl][3] = 0;
elif (affl == aff("paresis")):
if (self.affs[affl][3] >= 5):
remList.append(affl);
addList.append(aff("paralysis"));
self.affs[affl][3] += time;
if (self.affs[affl][2] != 0 and self.affs[affl][3] > self.affs[affl][2]):
remList.append(affl);
for rem in remList:
self.remAff(rem);
for add in addList:
self.addAff(add);
def addDef(self, defense, skill, ability, target, timer, duration):
self.defs[defense] = [skill, ability, target, timer, duration];
def remDef(self, defense):
self.defs.pop(defense, None);
def tickDefs(self, time):
for defense in self.tickableDefs:
print(defense);
def tickRestoration(self, time):
if (self.restoration):
self.restoration[0] -= time;
if (self.restoration[0] <= 0):
print("TODO: CURED A LIMB");
def tick(self, time):
self.curTime += time;
self.curTime = round(self.curTime, 2);
self.tickAffs(time);
self.tickDefs(time);
self.tickBals(time);
#self.printState();
if (self.firstAid):
self.firstAid(self);
def resetBals(self):
for i in range(len(self.balances)):
self.balances[i] = 0;
## TODO: Make these function
def eatPill(self, pill):
print("Eating",pill);
def applySalve(self, salve, location):
print("Applying",salve,location);
def smokePipe(self, pipe):
print("Smoking",pipe);
def sipElixir(self, elixir):
print("Sipping", elixir);
def focus(self):
print("Focusing");
def renew(self):
print("Renewing");
import time;
from Afflictions import aff_id;
from Afflictions import aff;
from Tests import *;
FLOAT_TOLERANCE = 0.000000000001;
tickAffs = [aff("ablaze"), aff("dizziness"), aff("punished_arms"), aff("paresis")];
class Actor:
pillCures = {
"antipsychotic" : [aff("sadness"), aff("confusion"), aff("dementia"), aff("hallucinations"), aff("paranoia"), aff("hypersomnia"), aff("hatred"), aff("addiction"), aff("blood_curse"), aff("blighted")],
"euphoriant" : [aff("self-pity"), aff("stupidity"), aff("dizziness"), aff("faintness"), aff("shyness"), aff("epilepsy"), aff("impatience"), aff("dissonance"), aff("infested"), aff("insomnia")],
"decongestant" : [aff("baldness"), aff("clumsiness"), aff("hypochondria"), aff("weariness"), aff("asthma"), aff("sensitivity"), aff("ringing_ears"), aff("impairment"), aff("blood_poison")],
"depressant" : [aff("commitment_fear"), aff("merciful"), aff("recklessness"), aff("egocentric"), aff("masochism"), aff("agoraphobia"), aff("loneliness"), aff("berserking"), aff("vertigo"), aff("claustrophobia")],
"coagulation" : [aff("body_odor"), aff("lethargy"), aff("allergies"), aff("mental_disruption"), aff("physical_disruption"), aff("vomiting"), aff("exhausted"), aff("thin_blood"), aff("rend"), aff("haemophilia")],
"steroid" : [aff("hubris"), aff("pacifism"), aff("peace"), aff("lovers_effect"), aff("laxity"), aff("superstition"), aff("generosity"), aff("justice"), aff("magnanimity")],
"opiate" : [aff("paresis"), aff("paralysis"), aff("TREE_PARALYSIS"), aff("mirroring"), aff("crippled_body"), aff("crippled"), aff("blisters"), aff("slickness"), aff("heartflutter"), aff("sandrot")],
"panacea" : [aff("patterns")],
"amaurosis" : [aff("no_blindness")],
"ototoxin" : [aff("no_deafness")],
"anabiotic" : [aff("bulimia"), aff("plodding"), aff("idiocy")],
"waterbreathing" : [aff("no_waterbreathing")],
"acuity" : [aff("no_thirdeye")],
"thanatonin" : [aff("no_deathsight")],
"kawhe" : [aff("no_insomnia")],
"stimulant" : [aff("no_instawake")],
}
def __init__(self, Name, classSkills):
# First aid.
from Afflictions import aff_id
from Afflictions import aff
herbPriors = [
aff("TREE_PARALYSIS"),
aff("paralysis"),
aff("asthma"),
aff("exhausted"),
aff("crippled_body"),
aff("thin_blood"),
aff("sandrot"),
aff("clumsiness"),
aff("hypochondria"),
aff("weariness"),
aff("mirroring"),
aff("baldness"),
aff("physical_disruption"),
aff("mental_disruption"),
aff("confusion"),
aff("blood_poison"),
aff("blood_curse"),
aff("impatience"),
aff("paresis"),
aff("magnanimity"),
aff("lethargy"),
aff("sensitivity"),
aff("recklessness"),
aff("ringing_ears"),
aff("stupidity"),
aff("impairment"),
def disrupt(targ):
if (aff("mental_disruption") in targ.affs):
return "physical_disruption"
else:
return "mental_disruption"
def cripple(targ):
if (aff("crippled") in targ.affs):
return "crippled_body"
else:
return "crippled"
def asthma(targ):
if (aff("no_fitness") in targ.affs):
return "asthma"
else:
return "no_fitness"
def newAb(self, targ, limbTarget=None, venoms=None):
if (not targ and targReq):
return False
for state in hardStateNeeded:
preReqs = True
if (isinstance(state[1], str)):
if (self.classState[state[0]] != state[1]):
preReqs = False
else:
if (self.classState[state[0]] < state[1]):
preReqs = False
if (not preReqs):
print(self.name, "state", state[0], "not", state[1], "for",
NAME, "current:", self.classState[state[0]])
return False
## If we require limbs and the user didn't provide enough limbs, end it.
if (limbsRequired > 0 and len(limbTarget) != limbsRequired):
return False
if (notProne and testProne(self)):
return False
## If we were given a stopAffList, test it.
if (stopAffList):
for affliction in stopAffList[0]:
if (aff(affliction) in self.affs):
return False
for affliction in stopAffList[1]:
if (aff(affliction) in targ.affs):
return False
## If we've hit this point, then we test arms and the balance function. If both true, we do stuff.
if (armTest(self) and balFunc[0](self, balFunc[1])):
if (hitRebounding and not (aff("no_rebounding") in targ.affs)):
targ = self
if (targ):
print(self.name + " " + NAME + " " + targ.name, end=" ")
if (numVenoms > 0):
print("(", end="")
first = True
for venom in venoms:
if (not first):
print(" ", end="")
print(venom, end="")
first = False
print(")", end="")
print()
else:
print(self.name + " " + NAME)
localAffList = []
if (affList):
for val in affList:
localAffList.append(val)
for i in range(numVenoms):
if (i < len(venoms)):
localAffList.append([None, venoms[i]])
## Test limb damage.
if (limbsRequired > 0):
i = 0
for limb in limbTarget:
## Standard limb damage
if (limbEffect == 0):
targ.takeLimbDmg(limb, limbDmg[i])
## Limb damage with no break (i.e. frenzy)
elif (limbEffect == 1):
targ.takeLimbDmg(limb, limbDmg[i], False)
## Auto-cripple/damage/mangle the given limb (shifter).
if (limbEffect == 2 and limb not in ["head", "torso"]):
targ.addAff(aff(limb + "_broken"))
elif (limbEffect == 3
and aff(limb + "_broken") in targ.affs):
targ.addAff(aff(limb + "_damaged"))
elif (limbEffect == 4
and aff(limb + "_damaged") in targ.affs):
targ.addAff(aff(limb + "_mangled"))
i += 1
## For all our affs, do stuff.
i = 0
for pair in localAffList:
preReqs = False
if (isinstance(pair[0], list)):
preReqs = True
for preReq in pair[0]:
if (not (aff(preReq) in targ.affs)):
preReqs = False
elif (pair[0] == None or aff(pair[0]) in targ.affs):
preReqs = True
if (stateNeeded[i][0] != None):
if (isinstance(stateNeeded[i][1], str)):
if (self.classState[stateNeeded[i][0]] !=
stateNeeded[i][1]):
preReqs = False
else:
if (self.classState[stateNeeded[i][0]] <
stateNeeded[i][1]):
preReqs = False
if (preReqs):
## Bit of repeated code here, but that's probably the least of my sins.
if (isinstance(pair[1], list)):
for listedAff in pair[1]:
if (listedAff in conversion):
listedAff = conversion[listedAff](targ)
targ.addAff(aff(listedAff), duration=durations[i])
else:
if (pair[1] in conversion):
pair[1] = conversion[pair[1]](targ)
targ.addAff(aff(pair[1]),
stacks=stack[i],
duration=durations[i],
selfVis=visible[0],
applierVis=visible[1])
i += 1
if (targ):
targ.takeDmg(hpDmg, mpDmg)
targ.bleed += bleedDmg
## Update room flags.
if (roomFlags):
for flag in roomFlags:
#print(flag);
if (flag[1]):
self.room.setFlag(flag[0], flag[1], flag[2])
else:
self.room.clearFlag(flag[0])
## Update class states
if (updateState):
for entry in updateState:
if (len(entry) < 3):
self.classState[entry[0]] = entry[1]
elif (entry[1] > 0
and self.classState[entry[0]] < entry[2]):
self.classState[
entry[0]] = self.classState[entry[0]] + entry[1]
if (self.classState[entry[0]] > entry[2]):
self.classState[entry[0]] = entry[2]
elif (entry[1] < 0
and self.classState[entry[0]] > entry[2]):
self.classState[
entry[0]] = self.classState[entry[0]] + entry[1]
if (self.classState[entry[0]] < entry[2]):
self.classState[entry[0]] = entry[2]
chargeMin = min(self.classState['l_charge'],
self.classState['r_charge'])
self.classState['b_charge'] = chargeMin
return True
else:
return False
def bothArmCheck(self):
return not (aff("right_arm_broken")) in self.affs and not (
aff("left_arm_broken") in self.affs)
def consumeElixir(self, amount):
if (self.balances[2] and not aff("anorexia") in self.affs):
self.balances[2] = amount
return True
return False
def oneArmCheck(self):
return not (aff("left_arm_broken")
in self.affs) or not (aff("right_arm_broken") in self.affs)
