🔒 game randomly triggers meltdown?

[civic musk]

@solemn crag

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[solemn crag]

ok so my game randomly triggers meltdowns idk what it is

[civic musk]

Hey @solemn crag!

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[solemn crag]

import tkinter as tk
import time
import random as rnd
from tkinter.ttk import *

window = tk.Tk()


running = 0
ltwarn = 0
htwarn = 0
endgame = 0
cp1status = 0
cp1 = 0
cp2status = 0
cp2 = 0

def Start():
    global temp, reactorstate, running, templb, coolantWin, cp1status, coolantStatRep1, c1label, c1p4, c1p3, c1p2, c1p1, c1p0, cp1, c2label, c2p4, c2p3, c2p2, c2p1, c2p1, c2p0, cp2, coolantStatRep2, cp2status, c1pd, c2pd
    print("Started")
    temp = 2000
    reactorstate = 1
    running = 1
    cp1status = 10
    cp2status = 10
    
    #temperature label
    templb = tk.Label(window, text= temp)
    templb.pack()

    #coolant control panel
    coolantWin =  tk.Tk()
    coolantWin.title("Coolant Control")
    coolantWin.geometry("1000x300")

    #pump1
    coolantStatRep1 = tk.Label(coolantWin, text = "Ready for input")
    coolantStatRep1.grid(row=1, column = 0, pady = 2, padx = 2)
    c1label = tk.Label(coolantWin, text = "Pump 1")
    c1label.grid (row = 0, column = 0, pady = 2, padx = 2)    
    #power settings
    c1p4 = tk.Button(coolantWin, text = "Max Power", fg = "Red", command = lambda: setPower("cp1", 4))
    c1p4.grid (row = 0, column = 1, pady = 2, padx = 2)
    #power3
    c1p3 = tk.Button(coolantWin, text = "Power 3", command = lambda: setPower("cp1", 3))
    c1p3.grid (row = 1, column = 1, pady = 2, padx = 2)
    #power2
    c1p2 = tk.Button(coolantWin, text = "Power 2", command = lambda: setPower("cp1", 2))
    c1p2.grid (row = 2, column = 1, pady = 2, padx = 2)
    #power1
    c1p1 = tk.Button(coolantWin, text = "Power 1", command = lambda: setPower("cp1", 1))
    c1p1.grid (row = 3, column = 1, pady = 2, padx = 2)
    #power0
    c1p0 = tk.Button(coolantWin, text = "Shutoff", command = lambda: setPower("cp1", 0))
    c1p0.grid (row = 4, column = 1, pady = 2, padx = 2)
    #power display
    c1pd = tk.Label(coolantWin, text = "awaiting input")
    c1pd.grid (row = 2, column = 0, pady = 2, padx = 2)
    

    ````

    coolantStatRep2 = tk.Label(coolantWin, text = "Ready for input")
    coolantStatRep2.grid(row=1, column = 2, pady = 2, padx = 2)
    c2label = tk.Label(coolantWin, text = "Pump 2")
    c2label.grid(row = 0, column = 2, pady = 2, padx = 2)
    #power settings
    #power4
    c2p4 = tk.Button(coolantWin, text = "Max Power", fg = "Red", command = lambda: setPower("cp2", 4))
    c2p4.grid( row = 0, column = 3, pady = 2, padx = 2)
    #power3
    c2p3 = tk.Button(coolantWin, text = "Power 3", command = lambda: setPower("cp2", 3))
    c2p3.grid( row = 1, column = 3, pady = 2, padx = 2)
    #power2
    c2p2 = tk.Button(coolantWin, text = "Power 2", command = lambda: setPower("cp2", 2))
    c2p2.grid( row = 2, column = 3, pady = 2, padx = 2)
    #power1
    c2p1 = tk.Button(coolantWin, text = "Power 1", command = lambda: setPower("cp2", 1))
    c2p1.grid( row = 3, column = 3, pady = 2, padx = 2)
    #power0
    c2p0 = tk.Button(coolantWin, text = "Shutoff", command = lambda: setPower("cp2", 0))
    c2p0.grid( row = 4, column = 3, pady = 2, padx = 2)
    c2pd = tk.Label(coolantWin, text = "awaiting input")
    c2pd.grid (row = 2, column = 2, pady = 2, padx = 2)


    #emergency coolant
    #emc1
    emc1 = tk.Button(coolantWin, text = "emergency coolant 1", command = lambda: emCool(emc1),bg = "green")
    emc1.grid (row = 0, column = 4, pady = 2, padx = 2)
    #emc2
    emc2 = tk.Button(coolantWin, text = "emergency coolant 2", command = lambda: emCool(emc2),bg = "green")
    emc2.grid (row = 1, column = 4, pady = 2, padx = 2)
    #emc3
    emc3 = tk.Button(coolantWin, text = "emergency coolant 3", command = lambda: emCool(emc3),bg = "green")
    emc3.grid (row = 2, column = 4, pady = 2, padx = 2)

    #print stuff and start
    print("running")
    print("temperature:",temp)
    print("reactorstate:",reactorstate)
    print ("running")
    startbt.destroy()
    window.update()
    run()

def setPower(what,level):
    global cp1, cp2
    print(what,"to ",level)
    if what == "cp1":
        cp1 = level
    if what == "cp2":
        cp2 = level
    
 
def run():
    global temp, reactorstate, coolant, running, ltwarn, lowtemp, htwarn, hightemp, coolantStatRep1, templb, cp1status, cp1, cp2status, cp2, coolantStatRep2, c1pd

    #low temperature warning
    if temp <= 1500 and ltwarn == 0:
        lowtemp =  tk.Label(window,text = "Low temp!!!", bg="Blue")
        lowtemp.pack()
        ltwarn = 1
    if temp > 1500 and ltwarn == 1:
        lowtemp.destroy()
        ltwarn = 0

        #high temperature warning
    if temp >= 2500 and htwarn == 0:
        hightemp = tk.Label(window,text = "High temp!!!", bg = "Red")
        hightemp.pack()
        htwarn = 1
    if temp < 2500 and htwarn == 1:
        hightemp.destroy()
        htwarn = 0

    #reactor stall
    if isStall(temp):
        stall()
        
    #reactor meltdown
    if isMeltdown(temp):
        meltdown()
    
    
    
    #coolant display
    #pump1
    if cp1status >= 5:
        coolantStatRep1.config(text ="stable",bg = "Green")
    elif cp1status >= 2:
        coolantStatRep1.config(text ="damaged",bg = "Yellow")
    elif cp1status > 0:
        coolantStatRep1.config(text ="very damaged",bg = "Orange")
    else:
        coolantStatRep1.config(text ="broken",bg = "Red")
    c1pd.config(text = "Power: " +str(cp1))
    #pump2
    if cp2status >= 5:
        coolantStatRep2.config(text ="stable",bg = "Green")
    elif cp1status >= 2:
        coolantStatRep2.config(text ="damaged",bg = "Yellow")
    elif cp1status > 0:
        coolantStatRep2.config(text ="very damaged",bg = "Orange")
    else:
        coolantStatRep2.config(text ="broken",bg = "Red")
    c2pd.config(text = "Power: " +str(cp2))````

    #reactorstate calculation
    reactorstate = 1.03
    if cp1 != 0:
        reactorstate = reactorstate - (cp1+1)/200
    if cp2 != 0:
        reactorstate = reactorstate - (cp2+1)/200

    #print
    print("next row")
    print ("reactorstate ",reactorstate)


    
    #temperature
    temp = temp * reactorstate
    temp = int(temp)
    templb.config(text = temp) 

    #loop
    if endgame == 0 and running == 1:
        window.after(1000, run)
    elif endgame == 1:
        print ("game end")
    else:
        print ("error")


def stall():
    global endgame, stalllb
    endgame = 1
    print ("reactor stalled!")
    stalllb = tk.Label(window, text = "Reactor stalled! Game over")
    stalllb.pack()
    

def meltdown():
    global endgame, meltlb
    endgame = 1
    print ("reactor meltdown!")
    meltlb = tk.Label(window, text = "Reactor Meltdown! Game over")
    meltlb.pack()

def SetPower(what, pwr):
    what = pwr
    print (what," ",pwr)
    
def isMeltdown(curTemp):
    limit = 0
    if curTemp >= 2700:
        limit=30
    elif curTemp >= 3300:
        limit= 70
    return rnd.randint(0,100) <= limit

def isStall(curTemp):
    limit = 0
    if curTemp <= 1000:
        limit=30
    elif curTemp <= 700:
        limit= 70
    return rnd.randint(0,100) <= limit

def emCool(pump):
    global temp
    pump.config(bg ="red", command = None)
    temp = temp - 300
    

startbt = tk.Button(window, text="Start", command= Start)
startbt.pack()

[stuck dagger]

What are you observing, and how is it different from what you're expecting?

[civic musk]

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