Super new to python and programming in general. Made this using my computer knowledge to calculate the processing power and power draw of a computer based on the specifications of all the parts.
from termcolor import colored #COLORS: #Magenta - welcome/version/credits #Cyan - questions #Yellow - scores #Red - errors #orange - might use this color later #green - Copyright def start(): global type print(colored("=-_"*50,"white",attrs=["blink"])) print(colored("* Welcome to Spicy's Processing Power / TDP Calculator! (SPPTDPC) *", "magenta")) print(colored("* Version Alpha 2.2 *", "magenta")) print(colored("** This program is still in alpha stage and isn't perfect **", "magenta")) print(colored("If you are unsure about one of the questions, look up the specs of the part on a website like PCPartPicker or TechPowerUP", "magenta")) type = float(input(colored("Is your computer a laptop or desktop? 1 for laptop, 2 for desktop.", "cyan"))) cpu() def cpu(): global r global cpus global cputdp name = input(colored("What is the name of your processor?", "cyan")) c = float(input(colored("How many cores does the "+name+" have?", "cyan"))) t = float(input(colored("How many threads does the "+name+" have?", "cyan"))) l1 = float(input(colored("How much L1 cache (in total) does the "+name+" have in KB?", "cyan"))) l2 = float(input(colored("How much L2 cache (in total) does the "+name+" have in MB?", "cyan"))) l3 = float(input(colored("How much L3 cache (in total) does the "+name+" have in MB?", "cyan"))) g = float(input(colored("What is the clock speed (in GHz) of the "+name+"?", "cyan"))) n = float(input(colored("What is the fabrication process of the "+name+" in nm?", "cyan"))) r = float(input(colored("What type of RAM does the "+name+" use? Enter 3 for DDR3, 4 for DDR4, etc.", "cyan"))) cputdp = float(input(colored("What is the TDP of the "+name+"? (in W)", "cyan"))) cpus = ((c+t+g+r+l2+(l1/100)+(.3*l3))/n)*type #CPU Processing Power Formula print(colored("** The "+name+" has a score of "+str(cpus)+". **", "yellow")) ram() def ram(): global rtdp global rams g = float(input(colored("How much RAM does your system have (in GB?)", "cyan"))) m = float(input(colored("What is the speed of your slowest installed DIMM? (in MHz)", "cyan"))) rtdp = float(input(colored("How many DIMMs do you have installed?", "cyan"))) rtdp = rtdp*4 rams = ((r+(m/500))*g)/150 #RAM Processing Power Formula print(colored("** Your RAM score is "+str(rams)+". **", "yellow")) gpu() def gpu(): gputest() print(colored("** The "+gpuname+" has a score of "+str(gpus)+". **", "yellow")) gputdp = float(input(colored("What is the TDP of the "+gpuname+"?", "cyan"))) def gputest(): global gpuname global memtyp global gputdp gpuname = input(colored("What is the name of your GPU?", "cyan")) memtyp = int(input(colored("What type of memory does your GPU use? 0 for GDDR, 1 for HBM", "cyan"))) gputdp = float(input(colored("What is the TDP of your GPU? (in W)", "cyan"))) if memtyp == 0: gddr() if memtyp == 1: hbm() def gddr(): global gpus gc = float(input(colored("How many cores does the "+gpuname+" have?", "cyan"))) gt = float(input(colored("How many TMUs does the "+gpuname+" have?", "cyan"))) go = float(input(colored("How many ROPs does the "+gpuname+" have?", "cyan"))) gm = float(input(colored("How much memory (in MB) does the "+gpuname+" have?", "cyan"))) gr = float(input(colored("What type of memory does the "+gpuname+" have? Enter 3 for GDDR3, 5 for GDDR5, and 8 for GDDR5X (to account for its additional data rate)", "cyan"))) gb = float(input(colored("What is the bus width of the "+gpuname+"?", "cyan"))) gg = float(input(colored("What is the clock speed of the "+gpuname+" in GHz?", "cyan"))) gmg = float(input(colored("What is the effective memory speed of the "+gpuname+" in MHz?", "cyan"))) gn = float(input(colored("What is the fabrication process of the "+gpuname+" in nm?", "cyan"))) gpus = ((((gc/400)+(gt/25)+(go/10)+(gm/1000)+(gb/30)+(gg*2)+(gmg/1000))*((gr/gn)/25)))*type #GDDR GPU Processing Power Formula drive() def hbm(): global gpus hgc = float(input(colored("How many cores does the "+gpuname+" have?", "cyan"))) hgt = float(input(colored("How many TMUs does the "+gpuname+" have?", "cyan"))) hgo = float(input(colored("How many ROPs does the "+gpuname+" have?", "cyan"))) hgm = float(input(colored("How much memory (in MB) does the "+gpuname+" have?", "cyan"))) hgr = float(input(colored("What type of HBM does the "+gpuname+" have? Enter 1 for HBM, 2 for HBM2, etc.", "cyan"))) hgb = float(input(colored("What is the bus width of the "+gpuname+"?", "cyan"))) hgg = float(input(colored("What is the clock speed of the "+gpuname+" in GHz?", "cyan"))) hgmg = float(input(colored("What is the effective memory speed of the "+gpuname+" in MHz?", "cyan"))) hgn = float(input(colored("What is the fabrication process of the "+gpuname+" in nm?", "cyan"))) gpus = (((hgc/400)+(hgt/25)+(hgo/10)+(hgm/1000)+(hgb/250)+(hgg*2)+(hgmg/150))/((hgr/hgn)/25))*type #HBM GPU Processing Power Formula drive() def drive(): print(colored("** The "+gpuname+" has a score of "+str(gpus)+". **", "yellow")) global typ typ = float(input(colored("Is your boot drive an HDD or SSD? Enter 1 for HDD, 2 for SSD.", "cyan"))) if typ == 1: hdd() if typ == 2: ssd() def hdd(): global free global total global hds rpm = float(input(colored("What is the RPM of your HDD?", "cyan"))) free = float(input(colored("How much storage is available (not filled) on your boot drive (in GB)", "cyan"))) total = float(input(colored("What is the total amount of storage on your boot drive (in GB)", "cyan"))) freespace() hds = (((1/p)*100)*(rpm/1000))/30 #HDD Processing Power Formula drivetdp() def ssd(): global free global total global hds free = float(input(colored("How much storage is available (not filled) on your boot drive (in GB)", "cyan"))) total = float(input(colored("What is the total amount of storage on your boot drive (in GB)", "cyan"))) freespace() hds = ((((1/p)*100)*5)*typ)/30 #SSD Processing Power Formula drivetdp() def freespace(): global p p = (free/total)*100 print(colored("* Your boot drive is "+str(p)+"% free. *", "yellow")) def drivetdp(): global ssdtdp global hddtdp ssdtdp = float(input(colored("How many SSDs do you have installed in your system?", "cyan"))) ssdtdp = ssdtdp*3.25 hddtdp = float(input(colored("How many HDDs do you have installed in your system?", "cyan"))) hddtdp = hddtdp*8 print(colored("** Your boot drive's score is "+str(hds)+". **", "yellow")) final() def final(): global fns global tdp global psu global fantdp fns = (cpus+gpus+hds+rams) #Final Score Formula dvdtdp = float(input(colored("How many optical drives do you have installed?", "cyan"))) dvdtdp = dvdtdp*10*type #1 ODD draws around 20 watts, I'm assuming laptop ODDs use half of that. if type == 2: fantdp = float(input(colored("How many case fans do you have installed? (counting CPU cooler)", "cyan"))) fantdp = fantdp*5 #1 120mm fan draws around 5 watts if type == 1: fantdp = 0 usbtdp = float(input(colored("How many USB ports does your computer have? (in total)", "cyan"))) usbtdp = usbtdp*2.5 #USB can only pull 2.5 watts tdp = (((cputdp+gputdp)*(4/5))+rtdp+hddtdp+ssdtdp+dvdtdp+fantdp+usbtdp)+50 #estimated max load TDP equation, the +50 watts is for the motherboard psu = cputdp+gputdp+rtdp+hddtdp+ssdtdp+dvdtdp+usbtdp+50 #max spec TDP equation print(colored("Calculating final score...", "magenta")) print(colored("** Your final score is... **", "yellow")) print(str(fns)) print(colored("** Your predicted maximum load wattage is... **", "yellow")) print(str(tdp)+" Watts") print(colored("** I would recommend using a power supply of at least "+str(psu)+" watts. **", "yellow")) print(colored("Thank you for using SPPC!", "magenta")) print(colored("Copyright NFR 2018", "green", attrs=["blink"])) print(colored("=-_"*50,"white",attrs=["blink"])) again() def again(): again = input(colored("Do you want to use the calculator again? Y/N", "cyan")) if again == "Y": start() start() #Copyright NFR 2018 
