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S/V RNG manipulation #168

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b238e26
S/V RNG manipulation
DeathBerry-dev Jan 18, 2025
6c3a3f5
Updated 1.1
DeathBerry-dev Jan 19, 2025
0533b56
update 1.1.1
DeathBerry-dev Jan 19, 2025
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35 changes: 35 additions & 0 deletions Pokemon_Seeds.csv
View file
Open in desktop
Original file line number Diff line number Diff line change
@@ -0,0 +1,35 @@
2033;02;08;10;48;09;EXP_Candy_XL
2037;05;08;06;23;39;Ability_Patch
2018;01;24;09;29;28;Gold_Bottle_Cap
2056;08;06;15;52;42;PP_Max
2055;09;02;10;54;50;Master_Ball
2049;01;02;01;20;22;Safari_Ball
2034;09;01;02;33;39;Fast_Ball
2057;08;02;07;24;45;Level_Ball
2057;11;21;04;28;37;Lure_Ball
2056;07;31;09;23;57;Heavy_Ball
2059;10;07;02;39;54;Love_Ball
2046;12;11;02;23;17;Friend_Ball
2031;10;08;05;26;34;Moon_Ball
2028;04;07;04;15;56;Sport_Ball
2043;10;23;16;32;45;Dream_Ball
2023;09;24;08;27;16;Beast_Ball
2005;05;21;15;30;56;Normal_Tera_Shards
2054;08;05;03;35;10;Fire_Tera_Shards
2027;04;22;14;01;45;Water_Tera_Shards
2040;11;15;04;12;36;Electric_Tera_Shards
2004;03;31;02;00;57;Grass_Tera_Shards
2018;11;08;10;00;51;Ice_Tera_Shards
2025;07;25;18;12;50;Fighting_Tera_Shards
2001;09;03;02;14;28;Poison_Tera_Shards
2016;05;15;14;18;09;Ground_Tera_Shards
2055;06;10;06;03;31;Flying_Tera_Shards
2039;06;02;02;15;13;Psychic_Tera_Shards
2044;08;29;13;04;46;Bug_Tera_Shards
2046;09;09;00;48;46;Rock_Tera_Shards
2057;01;05;02;09;53;Ghost_Tera_Shards
2026;02;07;09;55;41;Dragon_Tera_Shards
2020;11;08;19;53;56;Dark_Tera_Shards
2019;03;30;06;49;09;Steel_Tera_Shards
2055;01;13;14;40;36;Fairy_Tera_Shards
2044;05;11;19;56;47;Stellar_Tera_Shards
333 changes: 333 additions & 0 deletions item_dupe.py
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import time
from random import randint

import nxbt
from nxbt import Buttons
from nxbt import Sticks
#MACROS
DIALOG_SETUP = """
0.1s
L_STICK@-50+50 0.1s
A 0.1s
8s
A 0.1s
2s
"""#left on "I would like to print something"
NAVIGATE_TIME = """
1s
HOME 0.1s
5s
DPAD_DOWN 0.1s
0.5s
LOOP 5
DPAD_RIGHT 0.1s
0.1s
1s
A 0.1s
1s
DPAD_DOWN 3s
1s
A 0.1s
1s
LOOP 3
DPAD_DOWN 0.1s
0.1s
LOOP 2
DPAD_DOWN 0.1s
0.1s
LOOP 2
DPAD_DOWN 0.1s
0.1s
A 0.1s
1s
LOOP 2
DPAD_DOWN 0.1s
0.1s
0.1s
A 0.1s
1s
""" #left on date and time
TIMING = """
0.1s
HOME 0.1s
1s
A 0.1s
1s
""" #left in game for timer
PRINT_ITEM = """
15s
0.1s
X 0.1s
1s
A 0.1s
40s
B 0.1s
2s
A 0.1s
10s
LOOP 8
B 0.1s
1s
10s
""" #left looking at printer
PRINT_ITEM_R = """
15s
R 0.1s
0.1s
X 0.1s
1s
A 0.1s
40s
B 0.1s
2s
A 0.1s
10s
LOOP 8
B 0.1s
1s
10s
""" #left looking at printer
PRINT_ITEM_L = """
15s
L 0.1s
0.1s
X 0.1s
1s
A 0.1s
40s
B 0.1s
2s
A 0.1s
10s
LOOP 8
B 0.1s
1s
10s
""" #left looking at printer
TURN_OFF = """
1s
HOME 0.1s
1s
DPAD_DOWN 0.1s
0.5s
LOOP 4
DPAD_RIGHT 0.1s
0.3s
0.5s
A 0.1s
0.1s
A 0.1s
"""
def random_colour():
return [
randint(0, 255),
randint(0, 255),
randint(0, 255),
]
def generate_seeds(): #creates Dict of date/time for items/bonus
with open("Pokemon_Seeds.csv", "r") as seeds:
ref = {}
for item in seeds:
parts = item.strip()
parts = parts.split(";")
ref[parts[-1]] = int(parts[2]), int(parts[1]), int(parts[0]), int(parts[3]), int(parts[4]), int(parts[5])
return ref
def item_input(): #Select item
print(f"Avaliable items:{seed_name()}")
while True:
item_select = input(f"Type which item you would like:")
if item_select in seed:
return seed[item_select]
else:
print("incorrect input")
def mode_set(input_item, mode): #sets mode based on item selected
if mode == 1:
return bonus_check(input_item)
elif mode == 5:
return input_item
else:
raise ValueError
def bonus_check(item): #selects what bonus is required based on item
if item in balls:
return 24, 1, 2025, 13, 12, 9
else:
return 11, 1, 2025, 21, 59, 9
def ball_list(): #set bonus select filter
ref = []
for item in seed:
if "Ball" in item:
ref.append(item)
return ref
def repeat_amount(): #sets amount of repeats to be done
while True:
repeat = int(input(f"Type how many times to repeat:"))
try:
if abs(repeat) > 0:
return abs(repeat)
except:
pass
print("incorrect input")
def seed_name(): #creates list of names for items to input
ref = []
for name in seed:
ref.append(name)
return ref
def time_change_setup(current_time, item): #changes date time settings
print("changing time settings")
date_change(current_time[0], item[0]) #day
nx.press_buttons(controller_index, [Buttons.DPAD_RIGHT], block=True)
date_change(current_time[1], item[1]) #month
nx.press_buttons(controller_index, [Buttons.DPAD_RIGHT], block=True)
date_change(current_time[2], item[2]) #year
nx.press_buttons(controller_index, [Buttons.DPAD_RIGHT], block=True)
date_change(current_time[3], item[3]) #hour
nx.press_buttons(controller_index, [Buttons.DPAD_RIGHT], block=True)
date_change(current_time[4], item[4]) #minute
nx.press_buttons(controller_index, [Buttons.DPAD_RIGHT], block=True)
print(f"time set to {item}")
def date_change(current, target): #inputs for date/time changes
dif = current - target
if dif > 0:
for repeat in range(0, abs(dif)):
nx.press_buttons(controller_index, [Buttons.DPAD_DOWN], block=True)
elif dif < 0:
for repeat in range(0, abs(dif)):
nx.press_buttons(controller_index, [Buttons.DPAD_UP], block=True)
elif dif == 0:
return
else:
return ValueError
def timer(item): #timer TM
print(f"countdown target {item}s")
global start_flag
timing = float(item) - delay
nx.press_buttons(controller_index, [Buttons.A], block=True)#start countdown
start_flag = time.perf_counter()
macro_id = nx.macro(controller_index, TIMING, block=False)
#while True:
#if (time.perf_counter() - start_flag) >= timing:
#nx.press_buttons(controller_index, [Buttons.A])
#print(f"timer completed at {(time.perf_counter() - start_flag):.6f}")
#break
time.sleep(timing - (time.perf_counter() - start_flag))
nx.press_buttons(controller_index, [Buttons.A])
print("<Menu>")
def update_current(item): #keeps track of current date time setting
global current_time #going to change current
print(time.perf_counter() - start_flag)
runtime = time.strftime("%M:%S", time.gmtime(time.perf_counter() - start_flag)) #time thats lapsed
print(f"runtime was {runtime}s")
runtime_parts = runtime.split(":") #split into min, sec
print(f"{int(item[4])}+{int(runtime_parts[0])}")
minute_update = int(item[4]) + int(runtime_parts[0])
if minute_update >= 60:
minute_update -= 60
time_elapsed = tuple((item[0], item[1], item[2], (item[3]+1), minute_update, 0))
#print("added an hour")
else:
time_elapsed = tuple((item[0], item[1], item[2], item[3], minute_update, 0))
#print("only added minutes")
current_time = time_elapsed
print(f"time set to {current_time}")
def print_job(mode): #keeps track of Job amount is set to
global job_set
if job_set < mode:
print("Setting Job to 5\nPrinting...")
macro_id = nx.macro(controller_index, PRINT_ITEM_R, block=True) #print item
job_set = mode
elif job_set > mode:
print("setting job to 1\nPrinting...")
macro_id = nx.macro(controller_index, PRINT_ITEM_L, block=True) #print item
job_set = mode
else:
macro_id = nx.macro(controller_index, PRINT_ITEM, block=True)
def return_default():
print("returning to default posistion")
macro_id = nx.macro(controller_index, DIALOG_SETUP, block=True) #sets up Dialog for next print
print("Returning to Date and Time settings")
macro_id = nx.macro(controller_index, NAVIGATE_TIME, block=True) #time paused
def print_main(): #main LOOP
macro_id = nx.macro(controller_index, NAVIGATE_TIME)
print(f"set date and time to {default_time}")
input("Press ENTER to continue...")
#item = item_input()
item = seed["EXP_Candy_XL"]
repeat = repeat_amount()
for i in range(0, repeat):
print(f"\nPrinting batch {i+1}")
print("\nsetting up bonus")
item_print(item, 1)
print("\nprinting frist batch")
item_print(item, 5)
print("\nprinting last batch")
item_print(item, 5)
print("\nRepeats have completed")
def item_print(input_item, mode): #setup and print
item = mode_set(input_item, mode)
time_change_setup(current_time[:-1], item[:-1])
timer(item[-1]) #runs timer and returns start_flag
print_job(mode)
return_default()
update_current(item)

if __name__ == "__main__":
#GLOBAL VARIABLES
default_time = (1, 1, 2025, 0, 0, 0)
current_time = default_time
job_set = 5
seed = generate_seeds()
balls = ball_list()
delay = 1.07
#start_flag = 0
# INIT NXBT
import nxbt

#START THE NXBT SYSTEM
nx = nxbt.Nxbt()

#CREATE A PRO CONTROLLER AND WAIT FOR CONNECTION
controller_index = nx.create_controller(nxbt.PRO_CONTROLLER)
nx.wait_for_connection(controller_index)

print("Connected")
#PLAYER SET UP INTRUCTIONS
print("Before continuing please make sure you have completed the following intructions")
print("Open pokemon and print 1 item with job amount 5")
print("Turn and talk to NPC and leave on 'I would like to print something'")
print("Have date and time set to YY:MM:DD 24hour clock")
print("leave cursor on year")
print("WARNING: make sure there is no current bonus")
macro_id = nx.macro(controller_index, NAVIGATE_TIME)
print(f"set date and time to {default_time}")
input("Press ENTER to continue...")
#PROGRAM STARTS HERE
input_item = item_input()
#input_item = seed["EXP_Candy_XL"]
repeat = repeat_amount()
for i in range(0, repeat):
print(f"\nPrinting batch {i+1}")
print("\nsetting up bonus")
#item_print(item, 1)
item = mode_set(input_item, 1)
time_change_setup(current_time[:-1], item[:-1])
timer(item[-1])
print_job(1)
return_default()
update_current(item)
print("\nprinting frist batch")
#item_print(item, 5)
item = mode_set(input_item, 5)
time_change_setup(current_time[:-1], item[:-1])
timer(item[-1])
print_job(5)
return_default()
update_current(item)
print("\nprinting last batch")
#item_print(item, 5)
item = mode_set(input_item, 5)
time_change_setup(current_time[:-1], item[:-1])
timer(item[-1])
print_job(5)
return_default()
update_current(item)
macro_id = nx.macro(controller_index, TURN_OFF)