def Inaugurate(self, character):
skill = character.Cylax_Tech[self.Name]
Cost = eg.Cylax_Cost(self.Value)
Checker = eg.Cylax_Able(character, self.Value)
Checker.Check()
if (Checker.Final is True):
character.Damage[3] = character.Damage[3] + Cost.Result
character.Cylax_Value = self.Value
if skill == 1:
Cal_i = eg.Minner(0, character.Cylaxian[0], 30)
Check = rd.randint(Cal_i, 3)
if Check < 2:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print(
"You get", skill_ii / 2, "additional DR for",
1 + character.Cylax_Tech[self.Name],
"seconds. You can't make an action until the beginning of your next turn."
)
if skill == 2:
Cal_i = eg.Minner(0, character.Cylaxian[0], 20)
Check = rd.randint(Cal_i, 2)
if Check < 1:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print(
"You get", skill_ii / 2, "additional DR for",
1 + character.Cylax_Tech[self.Name],
"seconds. You can't make an action until the beginning of your next turn."
)
if skill == 3:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print(
"You get", skill_ii / 2, "additional DR for",
1 + character.Cylax_Tech[self.Name],
"seconds. You can't make an action until the beginning of your next turn."
)
else:
print(
"Error: Not a valued skill level. Needs to match the character's skill on their character sheet at self.Cylax_Tech,"
)
print("ranging from 1 to 3.")
else:
print("Unable to inaugurate as your bit state is",
character.Cylax_Value, "and", self.Name, "is", self.Value,
".")
def Inaugurate(self, character):
skill = character.Cylax_Tech[self.Name]
Cost = eg.Cylax_Cost(self.Value)
Checker = eg.Cylax_Able(character, self.Value)
Checker.Check()
if (Checker.Final is True):
character.Damage[3] = character.Damage[
3] + Cost.Result ### equal to the number of 1s in the binary.
character.Cylax_Value = self.Value
if skill == 1:
Cal_i = eg.Minner(0, character.Cylaxian[0], 30)
Check = rd.randint(Cal_i, 3)
if Check < 2:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] + character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print(
"You get", skill_ii,
"ST for 1 second and you can only make one action before the beginning of your next turn."
)
if skill == 2:
Cal_i = eg.Minner(0, character.Cylaxian[0], 20)
Check = rd.randint(Cal_i, 2)
if Check < 1:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] + character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print(
"You get", skill_ii,
"ST for 1 second and you can only make one action before the beginning of your next turn."
)
if skill == 3:
skill_ii = character.Cylaxian[0] + character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print(
"You get", skill_ii,
"ST for 1 second and you can only make one action before the beginning of your next turn."
)
else:
print(
"Error: Not a valued skill level. Needs to match the character's skill on their character sheet at self.Cylax_Tech,"
)
print("ranging from 1 to 3.")
else:
print("Unable to inaugurate as your bit state is",
character.Cylax_Value, "and", self.Name, "is", self.Value,
".")
def Inaugurate(self, character):
skill = character.Cylax_Tech[self.Name]
Cost = eg.Cylax_Cost(self.Value)
Checker = eg.Cylax_Able(character, self.Value)
Checker.Check()
if (Checker.Final is True):
character.Damage[3] = character.Damage[
3] + Cost.Result ### equal to the number of 1s in the binary.
character.Cylax_Value = self.Value
if skill == 1:
Cal_i = eg.Minner(0, character.Cylaxian[0], 30)
Check = rd.randint(Cal_i, 3)
if Check < 2:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print("Create a stream of fire at an area of up to",
skill_ii / 45, "meters^2, at up to",
(skill_ii / 2) + 590, "temperture.")
if skill == 2:
Cal_i = eg.Minner(0, character.Cylaxian[0], 20)
Check = rd.randint(Cal_i, 2)
if Check < 1:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print("Create a stream of fire at an area of up to",
skill_ii / 30, "meters^2, at up to",
(skill_ii / 2) + 590, "temperture.")
if skill == 3:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print("Create a stream of fire at an area of up to",
skill_ii / 15, "meters^2, at up to",
(skill_ii / 2) + 590, "temperture.")
else:
print(
"Error: Not a valued skill level. Needs to match the character's skill on their character sheet at self.Cylax_Tech,"
)
print("ranging from 1 to 3.")
else:
print("Unable to inaugurate as your bit state is",
character.Cylax_Value, "and", self.Name, "is", self.Value,
".")
def Inaugurate(self, character, target):
skill = character.Cylax_Tech[self.Name]
Cost = eg.Cylax_Cost(self.Value)
Checker = eg.Cylax_Able(character, self.Value)
Checker.Check()
if (Checker.Final is True):
character.Damage[3] = character.Damage[
3] + Cost.Result ### equal to the number of 1s in the binary.
character.Cylax_Value = self.Value
if skill == 1:
Cal_i = eg.Minner(0, character.Cylaxian[0], 30)
Check = rd.randint(Cal_i, 3)
if Check < 2:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print("You heal the target for", skill_ii / 3, "HP.")
target.Damage[0] = target.Damage[0] - skill_ii / 3
if skill == 2:
Cal_i = eg.Minner(0, character.Cylaxian[0], 20)
Check = rd.randint(Cal_i, 2)
if Check < 1:
print("You fail to inaugurate", self.Name)
else:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You inaugurate", self.Name)
print("You heal the target for", skill_ii / 2, "HP.")
target.Damage[0] = target.Damage[0] - skill_ii / 2
if skill == 3:
skill_ii = character.Cylaxian[0] * character.Cylax_Tech[
self.Name]
print("You heal the target for", skill_ii, "HP.")
target.Damage[0] = target.Damage[0] - skill_ii
else:
print(
"Error: Not a valued skill level. Needs to match the character's skill on their character sheet at self.Cylax_Tech,"
)
print("ranging from 1 to 3.")
else:
print("Unable to inaugurate as your bit state is",
character.Cylax_Value, "and", self.Name, "is", self.Value,
".")
def __init__(self, weapon, user):
Character = user
Weapon = weapon ### Insert Weapon here
Cal_i = eg.Minner((Character.Melee_Weapon[0]/100) + 0.65, 0.65, 1.25)
Cal_ii = eg.Minner(Weapon.Weight, 1, Weapon.Weight)
self.Name = "Stab"
### Stats
self.Harm = ((Character.ST/Cal_ii.result + (Character.DX/1.5))/2) * 2 * Weapon.Harm_Mod
self.HarmType = ""
self.Inflict = 0 ### 0 = HP, 1 = FP, 2 = MP, 3 = CP, 4 = Sanity, 5 = Lust, 6 = Fear
self.Random = [0.65,1.25]
self.Knockback = 0
### Traits
self.ELECTRICAL = False
self.FLAMMABLE = False
self.POISONOUS = [False, []] ### Apply to what
self.MOIST = False
def Generic_Skill(character = char.Char(), personal = 0, familiarity = 0, technology = 0, extra_against = 0, extra_for = 0, accuracy = 0,
difficulty = 0, skill = "Cylaxian"):
Skill_User = character
dict_i = {"Acrobatics":0, "Aerobatics":1, "Aiding":2, "Aquabatics":3, "Arm_Combat":4, "Art":5, "Attack":6, "Chemistry":7,
"Climbing":8, "Cooking":9, "Cylaxian":10, "Diplomacy":11, "Disguise":12, "Electrician":13,
"Electronic_Operation":14, "Engineering":15, "Fast_Draw":16, "Games":17, "Guns":18, "Hobby":19, "Math":20,
"Melee_Weapon":21, "Navigation":22, "Naturalist":23, "Physics":24, "Repair":25, "Science":26, "Stealth":27,
"Strategy":28, "Suit":29, "Tactics":30, "Vehicle":31, "Writing":32}
list_i = [character.Acrobatics[0], character.Aerobatics[0], character.Aiding[0], character.Aquabatics[0],
character.Arm_Combat[0], character.Art[0], character.Attack[0], character.Chemistry[0], character.Climbing[0],
character.Cooking[0], character.Cylaxian[0], character.Diplomacy[0], character.Disguise[0],
character.Electrician[0], character.Electronic_Operation[0], character.Engineering[0], character.Fast_Draw[0],
character.Games[0], character.Guns[0], character.Hobby[0], character.Math[0], character.Melee_Weapon[0],
character.Navigation[0], character.Naturalist[0], character.Physics[0], character.Repair[0], character.Science[0],
character.Stealth[0], character.Strategy[0], character.Suit[0], character.Tactics[0], character.Vehicle[0],
character.Writing[0]]
Rating = list_i[dict_i[skill]]
Personal = personal
Familiarity = familiarity
Technology = technology
Extra_Against = extra_against
Extra_For = extra_for
Accuracy = accuracy
Difficulty = difficulty
Cal_i = eg.Minner((Accuracy/20) + 0.80, 0.80, 1.20)
S = round((Rating + Personal + Accuracy) * round(rd.uniform(0.80, 1.20), 2) -
(Difficulty * ((1 + Extra_Against) / (1 + Familiarity + Technology + Extra_For))), 2)
print(S)
if S > 0:
print(Skill_User.Name, "succeed the challenge.")
elif S <= 0:
print(Skill_User.Name, "failed the challenge.")
else:
print("Something have went wrong. Most likely due to S not being a float.")
def __init__(self, user):
Character = user
Cal_i = eg.Minner((ce.Arm_Combat / 100) + 0.70, 0.70, 1.20)
self.Name = "Low Kick"
### Stats
self.Harm = (Character.ST * 0.66) + (Character.DX / 2)
self.HarmType = "Blunt"
self.Inflict = 0 ### 0 = HP, 1 = FP, 2 = MP, 3 = CP, 4 = Sanity, 5 = Lust, 6 = Fear
self.Random = [Cal_i, 1.20]
self.Knockback = Character.ST / 60
### Traits
self.ELECTRICAL = False
self.FLAMMABLE = False
self.POISONOUS = [False, []] ### Apply to what
self.MOIST = False
def Effect(self, Attacker, Defender, Attack, Protection, Additional_DR,
External_Effect):
Attacker = Attacker
Defender = Defender
Attack = Attack
Protection = Protection
Additional_DR = Additional_DR
External_Effect = External_Effect
Check = eg.DamageNameChecker(Attack.Inflict)
Total = round(
((Attack.Harm * (rd.uniform(Attack.Random[0], Attack.Random[1]))) -
(Protection.DR + Additional_DR)), 2)
Defender.Damage[
Attack.Inflict] = Defender.Damage[Attack.Inflict] + Total
print("You kicked the target. They are dealt", Total, Attack.HarmType,
"damage.")
debuff = eg.Minner((6 - Character.DX / 3), 0, 6)
print("You get", debuff,
"to your movement defenses until your next turn.")
print("They now have", Defender.Damage[Attack.Inflict], Check.Result)
ph.Knockback(Attack, Defender)
External_Effect.Attack_Effect()
def __init__(self, user):
Character = user
Cal_i = eg.Minner((ce.Arm_Combat / 100) + 0.70, 0.70, 1.20)
self.Name = "Strong Claw"
### Stats
self.Harm = ((Character.ST / 2) + (Character.DX / 1.5) * 1.5) + (
(Character.ST) / mt.sqrt(3))
self.HarmType = "Cut"
self.Inflict = 0 ### 0 = HP, 1 = FP, 2 = MP, 3 = CP, 4 = Sanity, 5 = Lust, 6 = Fear
self.Random = [Cal_i, 1.20]
self.Knockback = 0
### Traits
self.ELECTRICAL = False
self.FLAMMABLE = False
self.POISONOUS = [False, []] ### Apply to what
self.MOIST = False
def __init__(self, user):
Character = user
Cal_i = eg.Minner((ce.Arm_Combat / 100) + 0.70, 0.70, 1.20)
self.Name = "Bite"
varible_damage = ph.Teeth_Change(Character)
### Stats
self.Harm = Character.ST + (Character.DX / 3) * 1.25
self.HarmType = "Pierce"
self.Inflict = 0 ### 0 = HP, 1 = FP, 2 = MP, 3 = CP, 4 = Sanity, 5 = Lust, 6 = Fear
self.Random = [Cal_i, 1.20]
self.Knockback = 0
### Traits
self.ELECTRICAL = False
self.FLAMMABLE = False
self.POISONOUS = [False, []] ### Apply to what
self.MOIST = False
def __init__(self, user):
Character = user
Cal_i = eg.Minner(
(ce.Arm_Combat / 100) + 0.90, 0.90,
1.20) + (-0.30 + Character.Familiarities["Tunnel Traveller"])
self.Name = "Tunnel Traveller"
### Stats
self.Harm = 0
self.HarmType = "Blunt"
self.Inflict = 0 ### 0 = HP, 1 = FP, 2 = MP, 3 = CP, 4 = Sanity, 5 = Lust, 6 = Fear
self.Random = [0.99, 1.01]
self.Knockback = 0
### Traits
self.ELECTRICAL = False
self.FLAMMABLE = False
self.POISONOUS = [False, []] ### Apply to what
self.MOIST = False
Limb (2)
Neck (5)
Skull (7)
Tail (2)
Torso (0)
Add bonuses and penalities if they are abnormally larger or shorter than the body.
'''
Damage = ((Attacker.Damage[0]/((Attacker.Height/33) + (Attacker.Width/33) + (Attacker.Length/33) + ((Attacker.CO)*10)))) + ((Attacker.Damage[1]/10) * (Attacker.Weight/100)
/ ((Attacker.HT)*10)) + (Attacker.Damage[2]/(Attacker.WIL*10)) + (Attacker.Damage[3]/(Attacker.WIL*10)) + (Attacker.Damage[4]/(Attacker.WIL*10)) + (Attacker.Damage[5]/
(Attacker.WIL*10)) ### Damage on the attacker(m)
Familiarity = 3
Technology = 3 ### Quality of the Technology (t)
Cal_i = eg.Minner((Accuracy/100) + 0.60, 0.60, 1.20)
Cal_ii = eg.Minner((Preperation/100) + 0.60, 0.60, 1.20)
S = round((((Rating + Personal + Accuracy) * round(rd.uniform(Cal_i.result, 1.20), 2) -
(Difficulty * (1 + ( Cover + Damage + Vision + Range + Extra_Against ) / (Familiarity + Technology + Extra_For))
* round(rd.uniform(Cal_ii.result, 1.20), 2)))), 2)
print(S)
if S > 0:
Attack.Effect(Attacker, Defender, Attack, Protection)
else:
print("You miss the target.")
import config as cf
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
import character_sheet as char
Skill_User = char.Char()
Rating = char.{}[0]
Familiarity =
Technology =
Extra_Against =
Extra_For =
Cal_i = eg.Minner(var = , min = , max = )
S = round((Rating + Personal + Accuracy) * round(rd.uniform(0.80, 1.20), 2) -
(Difficulty * ((1 + Extra_Against) / (1 + Familiarity + Technology + Extra_For))), 2)
print(S)
if S > 0:
print(Skill_User.Name, "succeed the challenge.")
elif S <= 0:
print(Skill_User.Name, "failed the challenge.")
else:
print("Something have went wrong. Most likely due to S not being a float.")
def Burning_Damage(character,
fire=0,
area=1,
temp_o=600,
temp_c=310.15,
freq=0,
rad=0,
rng=1,
material="animal"):
### Fire = 0, Plasma = 1, Hot = 2, Microwave = 3, Ionizing = 4
### Area is in metrics^2
### num_i = Damage, num_ii = Radiation
if fire == 0:
Cal_i = eg.Minner((area * (temp_o - temp_c) / 10), 1,
character.Volume / 60)
num_i = Cal_i.result
check_i = False
index = 0
elif fire == 1:
Cal_i = eg.Minner((area * (temp_o - temp_c) / 7.5), 1,
character.Volume / 60)
num_i = Cal_i.result
check_i = False
index = 1
elif fire == 2:
Cal_i = eg.Minner((area * (temp_o - temp_c) / 10), 1,
character.Volume / 60)
num_i = Cal_i.result
check_i = False
index = 2
elif fire == 3:
Cal_i = eg.Minner((area * freq) - rng / 10, 1, character.Volume / 60)
num_i = Cal_i.result
check_i = True
index = 3
elif fire == 4:
Cal_i = eg.Minner(((area * rad) / rng) / 10, 1, character.Volume / 60)
num_i = Cal_i.result
check_i = True
index = 4
else:
print(
"Not a vaild fire type. Fire = 0, Plasma = 1, Hot = 2, Microwave = 3, Ionizing = 4"
)
'''
list_i = ["Causes objects to ignite in flames", "Causes Normal Damage.", "Causes Normal Damage.", "Causes Normal Damage.", "Causes Normal Damage."]
list_ii = ["water", "metal", "plant", "animal", "fabric", "oil"]
'''
dict_i = {
"water": 0,
"matel": 0.2,
"plant": 2,
"animal": 1,
"fabric": 4,
"oil": 8
}
list_i = [0, 0.2, 2, 1, 4, 8]
Damage = round(num_i * dict_i[material], 2)
Radiation = check_i
Burning_Effect = list_i[index]
character.Damage[0] = round(character.Damage[0] + Damage, 2)
print(character.Name, "take", Damage, "burning damage. Now they have",
character.Damage[0], "HP damage.")
if fire == 0:
print("All hit objects are in flames if able.")
Continuous_Flames(character, temp_o, area, material)
Builder = char.Char()
Rating = char.{}[0]
Familiarity =
Technology =
Tools = tf.BuildingTools(self, tools = False, pullers = False, vehicles = False, additive = False,
interlock = False, magnetism = False, cylax = False)
Extra_Against =
Extra_For =
Building_Progress = ### In Precentage
Time_Spent = 0 ### In Minutes
Structure_Volume = ### In Metrics Cubic
Cal_i = eg.Minner(var = Building_Progress, min = 0, max = 100)
S = round((Rating + Personal + Accuracy) * round(rd.uniform(0.80, 1.20), 2) -
(Difficulty * ((1 + Extra_Against) / (1 + Familiarity + Technology + Extra_For))), 2)
New_Progress = (S * (1 + Technology / 2) * Tools.result) * (Time_Spent / 60) / Structure_Volume
Building_Progress = Building_Progress + New_Progress
Building_Progress = Cal_i.result
print(S)
if S > 0:
print(Builder.Name, "have made progress.")
print("After", Time_Spent,",", Builder.Name, "made", New_Progress, "change, now it's at", Building_Progress, "progress.")
print("The object is now", Building_Progress, "% complete.")
if Building_Progress == 100:
Personal = ### Enter Personality and Emotional Factors (p)
Extra_Against = ### Any Additional Factors (e_n)
Extra_For = ### Any Additional Factors (e_d)
Viewers = [] ### From 1 to 10, how much do they like art the artist is creating. Put a number for each group of viewers
Cultures = ### How many cultures are there amoung the viewers
Group = sum(Viewers)/Cultures ### Add the cultural difference of the artist and the viewers. x_! is each viewers and y is the number of cultures.
Time = ### How many time spend in 1 every 24 hours on the piece of work?
Assistance = ### How many people are working at the project.
Budget = ### Amount of money in the project
Size = ### How big is the project? How much have to be spent to start this project of this quality Example: AAA is $100,000,000
Difficulty = 4 + Cultures
Cal_i = eg.Minner(Budget/Size, 0, 2)
Cal_ii = eg.Minner(Time/(3650/Assistance), -400, 3)
S = ((Rating + Personal) * round(rd.uniform(0.90, 1.10))) - (Difficulty * ((1 + Extra_Against + Group)/(1 + Extra_For + Familiarity + Technology + Cal_i + Cal_ii)))
print(S)
if S < -19:
print(Artist.Name, Skill, "was one of the worst works of art of all times. It will be remembered as an abomination of the arts. It's a 1/10")
elif S >= -19 and S < -13:
print(Artist.Name, Skill, "is a terrible work of art. It will get an infamous status among the arts. It's a 2/10")
elif S >= -13 and S < -8:
print(Artist.Name, Skill, "is isn't a great piece of work, could have been much more. It's a 3/10")
def Attacking(char_att = char.Char(), char_def = char.Char(), external_effect = eg.Empty(),
attack = ba.Attack(None), protect = char.Char(), additional_dr = 0, familiarity = 0, technology = 0, personal = 0, accuracy = 0,
extra_against = 0, extra_for = 0, cover = 0, vision = 0, range = 0, hit_zone = 0, inability = 0, preperation = 0,
skill_att = "Arm_Combat", difficulty = "Arm_Combat"):
dict_i = {"Acrobatics":0, "Aerobatics":1, "Aiding":2, "Aquabatics":3, "Arm_Combat":4, "Art":5, "Attack":6, "Chemistry":7,
"Climbing":8, "Cooking":9, "Cylaxian":10, "Diplomacy":11, "Disguise":12, "Electrician":13,
"Electronic_Operation":14, "Engineering":15, "Fast_Draw":16, "Games":17, "Guns":18, "Hobby":19, "Math":20,
"Melee_Weapon":21, "Navigation":22, "Naturalist":23, "Physics":24, "Repair":25, "Science":26, "Stealth":27,
"Strategy":28, "Suit":29, "Tactics":30, "Vehicle":31, "Writing":32}
dict_ii = {"Acrobatics":0, "Aerobatics":1, "Aiding":2, "Aquabatics":3, "Arm_Combat":4, "Art":5, "Attack":6, "Chemistry":7,
"Climbing":8, "Cooking":9, "Cylaxian":10, "Diplomacy":11, "Disguise":12, "Electrician":13,
"Electronic_Operation":14, "Engineering":15, "Fast_Draw":16, "Games":17, "Guns":18, "Hobby":19, "Math":20,
"Melee_Weapon":21, "Navigation":22, "Naturalist":23, "Physics":24, "Repair":25, "Science":26, "Stealth":27,
"Strategy":28, "Suit":29, "Tactics":30, "Vehicle":31, "Writing":32}
list_i = [character.Acrobatics[0], character.Aerobatics[0], character.Aiding[0], character.Aquabatics[0],
character.Arm_Combat[0], character.Art[0], character.Attack[0], character.Chemistry[0], character.Climbing[0],
character.Cooking[0], character.Cylaxian[0], character.Diplomacy[0], character.Disguise[0],
character.Electrician[0], character.Electronic_Operation[0], character.Engineering[0], character.Fast_Draw[0],
character.Games[0], character.Guns[0], character.Hobby[0], character.Math[0], character.Melee_Weapon[0],
character.Navigation[0], character.Naturalist[0], character.Physics[0], character.Repair[0], character.Science[0],
character.Stealth[0], character.Strategy[0], character.Suit[0], character.Tactics[0], character.Vehicle[0],
character.Writing[0]]
list_ii = [character.Acrobatics[0], character.Aerobatics[0], character.Aiding[0], character.Aquabatics[0],
character.Arm_Combat[0], character.Art[0], character.Attack[0], character.Chemistry[0], character.Climbing[0],
character.Cooking[0], character.Cylaxian[0], character.Diplomacy[0], character.Disguise[0],
character.Electrician[0], character.Electronic_Operation[0], character.Engineering[0], character.Fast_Draw[0],
character.Games[0], character.Guns[0], character.Hobby[0], character.Math[0], character.Melee_Weapon[0],
character.Navigation[0], character.Naturalist[0], character.Physics[0], character.Repair[0], character.Science[0],
character.Stealth[0], character.Strategy[0], character.Suit[0], character.Tactics[0], character.Vehicle[0],
character.Writing[0]]
Attacker = char_att
Defender = char_def
Attack = attack ### Weapons need to be called
Protection = protect
Additional_DR = additional_dr
External_Effect = eg.Empty()
Familiarity = familiarity
Technology = technology
Rating = list_i[dict_i[skill_att]]
Personal = personal
Accuracy = accuracy
Extra_Against = extra_against
Extra_For = extra_for
Cover = cover
Vision = vision
Range = range
Hit_Zone = hit_zone
Inability = inability
Difficulty = abs(5 + list_ii[dict_ii[skill_def]] + Hit_Zone - Inability)
Preperation = preperation
'''
Hit Zones
Arm (2)
Eye (9)
Face (5)
Foot (4)
Groin (3)
Hand (4)
Leg (2)
Limb (2)
Neck (5)
Skull (7)
Tail (2)
Torso (0)
Add bonuses and penalities if they are abnormally larger or shorter than the body.
'''
Damage = ((Attacker.Damage[0]/((Attacker.Height/33) + (Attacker.Width/33) + (Attacker.Length/33) + ((Attacker.CO)*10)))) + ((Attacker.Damage[1]/10) * (Attacker.Weight/100)
/ ((Attacker.HT)*10)) + (Attacker.Damage[2]/(Attacker.WIL*10)) + (Attacker.Damage[3]/(Attacker.WIL*10)) + (Attacker.Damage[4]/(Attacker.WIL*10)) + (Attacker.Damage[5]/
(Attacker.WIL*10)) ### Damage on the attacker(m)
Cal_i = eg.Minner((Accuracy/20) + 0.80, 0.80, 1.20)
Cal_ii = eg.Minner((Preperation/20) + 0.80, 0.80, 1.20)
S = round((((Rating + Personal + Accuracy) * round(rd.uniform(Cal_i.result, 1.20), 2) -
(Difficulty * ((1 + Cover + Damage + Vision + Range + Extra_Against ) / (1 + Familiarity + Technology + Extra_For))
* round(rd.uniform(Cal_ii.result, 1.20), 2)))), 2)
print(S)
if S > 0:
Attack.Effect(Attacker, Defender, Attack, Protection, Additional_DR, External_Effect)
else:
print("You miss the target.")
def Artist(character = char.Char(), personal = 0, familiarity = 0, technology = 0, extra_against = 0,
extra_for = 0, difficulty = 0, cultures_amount = 1, time = 1, assistance = 0, budget = 1,
budget_requirement = 100, viewers = [5], skill = "Repair"):
dict_i = {"Acrobatics":0, "Aerobatics":1, "Aiding":2, "Aquabatics":3, "Arm_Combat":4, "Art":5, "Attack":6, "Chemistry":7,
"Climbing":8, "Cooking":9, "Cylaxian":10, "Diplomacy":11, "Disguise":12, "Electrician":13,
"Electronic_Operation":14, "Engineering":15, "Fast_Draw":16, "Games":17, "Guns":18, "Hobby":19, "Math":20,
"Melee_Weapon":21, "Navigation":22, "Naturalist":23, "Physics":24, "Repair":25, "Science":26, "Stealth":27,
"Strategy":28, "Suit":29, "Tactics":30, "Vehicle":31, "Writing":32}
list_i = [character.Acrobatics[0], character.Aerobatics[0], character.Aiding[0], character.Aquabatics[0],
character.Arm_Combat[0], character.Art[0], character.Attack[0], character.Chemistry[0], character.Climbing[0],
character.Cooking[0], character.Cylaxian[0], character.Diplomacy[0], character.Disguise[0],
character.Electrician[0], character.Electronic_Operation[0], character.Engineering[0], character.Fast_Draw[0],
character.Games[0], character.Guns[0], character.Hobby[0], character.Math[0], character.Melee_Weapon[0],
character.Navigation[0], character.Naturalist[0], character.Physics[0], character.Repair[0], character.Science[0],
character.Stealth[0], character.Strategy[0], character.Suit[0], character.Tactics[0], character.Vehicle[0],
character.Writing[0]]
Artist = character
Rating = list_i[dict_i[skill]]
Personal = personal ### Enter Personality and Emotional Factors (p)
Familiarity = familiarity
Technology = technology
Extra_Against = extra_against ### Any Additional Factors (e_n)
Extra_For = extra_for ### Any Additional Factors (e_d)
Viewers = viewers ### From 1 to 10, how much do they like art the artist is creating. Put a number for each group of viewers
Cultures = cultures_amount ### How many cultures are there amoung the viewers
Group = sum(Viewers)/Cultures ### Add the cultural difference of the artist and the viewers. x_! is each viewers and y is the number of cultures.
Time = time ### How many time spend in 1 every 24 hours on the piece of work?
Assistance = assistance ### How many people are working at the project.
Budget = budget ### Amount of money in the project
Size = budget_requirement ### How big is the project? How much have to be spent to start this project of this quality Example: AAA is $100,000,000
Difficulty = 4 + Cultures
Cal_i = eg.Minner(Budget/Size, 0, 2)
Cal_ii = eg.Minner(Time/(3650/Assistance), -400, 3)
S = ((Rating + Personal) * round(rd.uniform(0.90, 1.10))) - (Difficulty * ((1 + Extra_Against + Group)/(1 + Extra_For +
Familiarity + Technology + Cal_i + Cal_ii)))
print(S)
if S < -19:
print(Artist.Name, Skill, "was one of the worst works of art of all times. It will be remembered as an abomination of the arts. It's a 1/10")
elif S >= -19 and S < -13:
print(Artist.Name, Skill, "is a terrible work of art. It will get an infamous status among the arts. It's a 2/10")
elif S >= -13 and S < -8:
print(Artist.Name, Skill, "is isn't a great piece of work, could have been much more. It's a 3/10")
elif S >= -8 and S < -4:
print(Artist.Name, Skill, "is a bleak piece of work. It's a 4/10")
elif S >= -4 and S < 0:
print(Artist.Name, Skill, "is medicore. Forgettable. It's a 5/10")
elif S >= 0 and S < 5:
print(Artist.Name, Skill, "is okay, passible. It's a 6/10")
elif S >= 5 and S < 11:
print(Artist.Name, Skill, "is a good piece of work, something people will comeback too. It's a 7/10")
elif S >= 11 and S < 15:
print(Artist.Name, Skill, "is a great piece of work, it will be known in as a mark in the history of the arts. It's a 8/10")
elif S >= 15 and S < 20:
print(Artist.Name, Skill, "is an outstanding work of art, a milestone in the development of the arts. It's a 9/10")
elif S >= 20:
print(Artist.Name, Skill, "is one of the greatest works of art of all time, it has revoultionized the entire artscape of its field, created a cultural shift. It's a 10/10")
def Attacking(char_att=char.Char(),
char_def=defender.Char(),
attack=ba.Attack(),
protect=defender.Char(),
additional_dr=0,
external_effect=eg.Empty(),
familiarity=0,
technology=0,
rating=skill_att[0] + 6,
personal=0,
accuracy=0,
extra_against=0,
extra_for=0,
cover=0,
vision=0,
range=0,
hit_zone=0,
inability=0,
difficulty=abs(5 + skill_def[0] + Hit_Zone - Inability),
preperation=0):
Attacker = char_att
Defender = char_def
Attack = attack ### Weapons need to be called
Protection = protect
Additional_DR = additional_dr
External_Effect = eg.Empty()
Familiarity = familiarity
Technology = technology
Rating = rating
Personal = personal
Accuracy = accuracy
Extra_Against = extra_against
Extra_For = extra_for
Cover = cover
Vision = vision
Range = range
Hit_Zone = hit_zone
Inability = inability
Difficulty = difficulty
Preperation = preperation
'''
Hit Zones
Arm (2)
Eye (9)
Face (5)
Foot (4)
Groin (3)
Hand (4)
Leg (2)
Limb (2)
Neck (5)
Skull (7)
Tail (2)
Torso (0)
Add bonuses and penalities if they are abnormally larger or shorter than the body.
'''
Damage = (
(Attacker.Damage[0] / ((Attacker.Height / 33) + (Attacker.Width / 33) +
(Attacker.Length / 33) + ((Attacker.CO) * 10)))
) + ((Attacker.Damage[1] / 10) * (Attacker.Weight / 100) /
((Attacker.HT) * 10)) + (Attacker.Damage[2] / (Attacker.WIL * 10)) + (
Attacker.Damage[3] /
(Attacker.WIL * 10)) + (Attacker.Damage[4] /
(Attacker.WIL * 10)) + (
Attacker.Damage[5] /
(Attacker.WIL * 10)
) ### Damage on the attacker(m)
Cal_i = eg.Minner((Accuracy / 20) + 0.60, 0.60, 1.20)
Cal_ii = eg.Minner((Preperation / 20) + 0.60, 0.60, 1.20)
S = round((((Rating + Personal + Accuracy) *
round(rd.uniform(Cal_i.result, 1.20), 2) -
(Difficulty *
((1 + Cover + Damage + Vision + Range + Extra_Against) /
(1 + Familiarity + Technology + Extra_For)) *
round(rd.uniform(Cal_ii.result, 1.20), 2)))), 2)
print(S)
if S > 0:
Attack.Effect(Attacker, Defender, Attack, Protection, Additional_DR,
External_Effect)
else:
print("You miss the target.")
Direction = 90 ### 0 North, 90 East, 180 South, 270 West
Speed = 5
Familiarity = 1
Technology = 2
Extra_Against = 1
Extra_For = 1
Accuracy = 3
Rating = Navigator.Navigation[0]
Personal = 1
Difficulty = 1
Vision = 0
Cal_i = eg.Minner((Accuracy / 20) + 0.80, 0.80, 1.10)
S = ((
(Rating + Personal + Accuracy) * round(rd.uniform(Cal_i.result, 1.10), 2) -
(Difficulty * ((1 + Vision + Extra_Against) /
(1 + Familiarity + Technology + Extra_For)))))
if S > 0:
if S >= 12 - Technology:
print("You know where you are going. You move as desired.")
elif S < 12 - Technology:
miss_meters = round(Speed * rd.uniform(0.85, 1.00), 2)
misdirection = eg.Random_Direction(int(Direction - (S * 5)),
int(Direction + (S * 5)))
print("You are heading the right direction, but you move", miss_meters,
"towards", misdirection.Final_Direction)
