def Navigating(character = char.Char(), direction = 0, speed = 0, personal = 0, familiarity = 0, technology = 0, extra_against = 0,
extra_for = 0, accuracy = 0, difficulty = 0, skill = "Cylaxian"):
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]]
Navigator = char.Char()
Direction = direction ### 0 North, 90 East, 180 South, 270 West
Speed = speed
Familiarity = familiarity
Technology = technology
Extra_Against = extra_against
Extra_For = extra_for
Rating = list_i[dict_i[skill]]
Personal = personal
Difficulty = difficulty
Vision = vision
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)
else:
if S <= -1 and S >= -4:
print("You couldn't get a good read. You don't know where to go.")
else:
miss_meters = round(Speed*rd.uniform(0.85,1.00), 2)
misdirection = eg.Random_Direction(int((Direction-40)-(S*5)), int((Direction+40)+(S*5)))
print("You move, but realize that you are lost. You move", miss_meters, "at", misdirection.Final_Direction)
def Repair(character = char.Char(), target = item.Item, personal = 0, familiarity = 0, technology = 0, extra_against = 0,
extra_for = 0, difficulty = 0, 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]]
Repairer = character
Target = target
Rating = list_i[dict_i[skill]]
Personal = personal ### Enter Personality and Emotional Factors (p)
Familiarity = familiarity ### How well they know the recipe (f)
Technology = technology ### Quality of the Technology (t)
Extra_Against = extra_against ### Any Additional Factors (e_n)
Extra_For = extra_for ### Any Additional Factors (e_d)
Difficulty = difficulty
S = ((Rating + Personal) * round(rd.uniform(0.90,1.10), 2)) - (Difficulty * ((1 + Extra_Against) / (1 + Familiarity * Technology
* Extra_For)))
print(S)
if S >= 0:
Repaired = Target.Damage[0] - S*10
Target.Damage[0] = Repaired
if Repaired <= 0:
print(Target.Name, "has been repaired", abs(Repaired), "damage.")
else:
print(Target.Name, "has been damaged by", abs(Repaired), "amount.")
#!/usr/bin/env python
else:
Repaired = Target.Damage[0] - S*2
Target.Damage[0] = Repaired
print(Target, "has been damaged by", Repaired, "amount.")
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.")
import math as mt
import numpy as np
import random as rd
import engine as eg
import physics as ph
import cylax as cl
import sys
import config as cf
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
### Import the Character here
import character_sheet as char
import common_items as item
Repairer = char.Char()
Target = item.Item()
Rating = Repairer.Repair[0] ### (r)
Skill = Repairer.Repair[1]
Personal = 2 ### Enter Personality and Emotional Factors (p)
Extra_Against = 1 ### Any Additional Factors (e_n)
Extra_For = 2 ### Any Additional Factors (e_d)
Difficulty = Target.Damage[0] / 10 ### (d)
Familiarity = 3 ### How well they know the recipe (f)
Technology = 1 ### Quality of the Technology (t)
S = ((Rating + Personal) * round(rd.uniform(0.90, 1.10), 2)) - (Difficulty * (
(1 + Extra_Against) / (1 + Familiarity * Technology * Extra_For)))
import math as mt import numpy as np import random as rd import engine as eg import physics as ph import cylax as cl ### Import the Character here import character_sheet as char import character_sheet as defender import basic_attacks as attack import character_sheet as protect Attacker = char.Char() Defender = defender.Char() Attack = attack.Pheromone_Spray(Attacker) ### if weapon, add the weapon class after the Attacker Protection = protect.Char() Familiarity = 1 Technology = 3 Rating = Attacker.Arm_Combat[0] + 6 ### (r) Personal = 1 ### Enter Personality and Emotional Factors (p) Accuracy = 4 ### Acc (a) Extra_Against = 1 ### Any Additional Factors (e_n) Extra_For = 2 ### Any Additional Factors (e_d) Cover = 0 ### Cover of the Target (c) Vision = 1 ### How well can they see the target (v) Range = 1 ### In Meters (g) Hit_Zone = 0
import math as mt
import numpy as np
import random as rd
import engine as eg
import physics as ph
import cylax as cl
import sys
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.")
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")
import math as mt import numpy as np import random as rd import engine as eg import physics as ph import cylax as cl import sys import config as cf sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem') import character_sheet as char Navigator = char.Char() 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)
def Cooking(character = char.Char(), food_item = food.Food(), personal = 0, familiarity = 0, technology = 0, extra_against = 0,
extra_for = 0, difficulty = 0, skill = "Cooking"):
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]]
Cooker = character
Food_Item = food_item
Rating = list_i[dict_i[skill]] ### (r)
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)
Difficulty = difficulty ### (d)
S = round((((Rating + Personal) * rd.uniform(0.80,1.20), 2)) - (Difficulty * ((1 + Extra_Against) / (1 + Familiarity +
Technology + Extra_For))), 2)
print(S)
if S > 0 and S <= 5:
print(Cooker.Name, "successifully cooked the", Food_Item.Name, ". It's decent quality.")
if S > 5 and S <= 12:
print(Cooker.Name, "successifully cooked a delicious meal of", Food_Item.Name, ". It's good quality.")
if S > 12 and S <= 18:
print(Cooker.Name, "successifully cooked an amazing meal of", Food_Item.Name, ". It's great quality")
if S > 18:
print(Cooker.Name, "made and outstanding meal of", Food_Item.Name, ". It's excellent quality.")
if Food_Item.COOK_EATABLE is False and (Cooker.Naturalist[0] > 9 or (Cooker.Science[0] > (11 - (Cooker.ANA/3 - Cooker.PE/3)) and "Biology" in Cooker.Science[1] is True)):
if Food_Item.RAW_EATABLE is True:
print("But you notice that this is uneatable now and can only be eaten raw.")
else:
print("But you notice that this is still uneatable.")
if Food_Item.POISONOUS[0] is True and S > (10 - Cooker.ANA/2 - Cooker.PE/2):
print("You also find out that", Food_Item.Name, "is poisonous to", Food_Item.POISONOUS[1])
if S < 0:
rd.randint(1,100)
if Food_Item.FLAMMABLE is True and roll >= 1 and roll < 20:
if S >= -4 and S < 0:
print(Cooker.Name,"burnt the", Food_Item.Name, "but it still eatable. It's poor quality.")
elif S >= -9 and S < -4:
print(Cooker.Name, "burn the", Food_Item.Name, "to a crisp. It's uneatable.")
elif S < -9:
print(Cooker.Name, "set the food on fire!", Food_Item.Name, "is uneatable and in flames.")
if Food_Item.MOIST is True and roll >= 20 and roll < 51:
if S >= -4 and S < 0:
print(Food_Item.Name, "have dried out. Now it's poor quality.")
elif S < -4:
print(Food_Item.Name, "have dried out and is completely spoiled. Now it's uneatable.")
else:
if S >= -5 and S < 0:
print(Cooker.Name, "made a bad meal.", Food_Item.Name, "is poor quality.")
elif S < -5:
print(Cooker.Name, "made a horrible meal.", Food_Item.Name, "is uneatable.")
import math as mt
import numpy as np
import random as rd
import engine as eg
import physics as ph
import cylax as cl
import sys
import config as cf
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
### Import the Character here
import character_sheet as char
Success = S
Artist = char.Char()
Rating = Artist.{Insert}[0]
Skill = Arist.{Insert}[0]
Familiarity =
Technology =
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.
import math as mt
import numpy as np
import random as rd
import engine as eg
import physics as ph
import cylax as cl
import sys
import config as cf
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
### Import the Character here
import character_sheet as char
Success = S
Attacker = char.Char()
Attack =
Rating = Attacker.{Insert} ### (r)
Personal = ### Enter Personality and Emotional Factors (p)
Accuracy = ### Acc (a)
Extra_Against = ### Any Additional Factors (e_n)
Extra_For = ### Any Additional Factors (e_d)
Cover = ### Cover of the Target (c)
Vision = ### How well can they see the target (v)
Range = ### In Meters (g)
Difficulty = 0 ### (d)
'''
Hit Zones
import math as mt
import numpy as np
import engine as eg
import cylax as cl
import sys
import config as cf
import basic_attacks as ba
import character_sheet as cs
import physics as ph
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
ch = cs.Char()
def test(a, b, c):
x = a
y = b
z = c
print(x, y, z)
import math as mt
import numpy as np
import random as rd
import engine as eg
import physics as ph
import cylax as cl
import technology_function as tf
import sys
import config as cf
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
import character_sheet as char
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) -
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
'''
This is an inventory system for characters. Copy this file for each characters that will be
carrying inventory space.
Make sure to import each item module into the inventory to upload those items.
If your carrier have multiple pockets, make an additional self.Items and for self.Weight, add all the
dictionaries combined.
'''
import character_sheet as char
import common_items as items
import common_food as food
Carrier = char.Char()
### List items
Item_1 = items.Items()
Item_2 = food.Poison_Fruit()
class Backpack:
def __init__(self):
self.Name = "Backpack"
self.SpaceHeight = 100 ### in centimeters
self.SpaceWidth = 100
self.SpaceLength = 100
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.")
import physics as ph
import cylax as cl
import sys
import config as cf
sys.path.insert(1, 'C:/Users/Frank/Desktop/Cylax/PySystem')
'''
This file is for handling effects that influence characters themselves.
'''
import character_sheet as char
import common_species as species
import realm as world
Character = char.Char()
def Confusion(Sanity):
result = rd.uniform(1,Sanity) + Sanity
if result >= 75:
print("You're are losing a grip with yourself. (The GM decides your next action)")
else:
print("You are fine.")
def Lusting(Lust, randvar_i, randvar_ii):
### Lust is based on Character.Damage[5]
step = 1
if randvar_i > randvar_ii:
print("Error: randvar_i can't be greater than randvar_ii.")
elif Character.Lust is "None":
