Total electric construction cost project

[SecondSandwich94]

Hey guys! I've started learning Python on my own and am looking to start building real world projects in order to boost my understanding of how things tie together. I currently work at an electric coop where we provide electric service to residential and commercial customers. The first project I'm currently working on is a program that will contain a GUI where construction materials will be selected/input and a total price will be calculated.

I brainstormed ways on how to create a price sheet from which the individual components will be taken and a total price generated. Creating and importing a module with a function for each component of the construction project along with the price per unit made the most sense to me.

My train of though was that I should start with creating the price sheet as a module, then move on to creating a GUI that will selectivly use only the appropriate functions within the module, then creating some kind of an equation at the end and tying everything together to spit out a grand total. I'm very new to Python but extremely excited to learn! I need to know if I'm on the right track or if anybody has ideas on how to go about this a better more efficient way! Any help would be greatly appreciated!!!!

Below you'll find my incomplete module so you guys can see what I have so far. Thanks again!!!!!

#thirty foot pole
def thirtyftpole(treiftpl):
    return 30*treiftpl

#forty foot pole
def fortyftpole(quarftpole):
    return 40*quarftpole

#fifty foot pole
def fiftyftpole(cinqftpole):
    return 50*cinqftpole

#sidewalk guy wire assembly
def ve12SWG(sg):
    return 35*sg

#overhead guy wire assembly
def ve22(ohg):
    return 25*ohg

#security light assembly, add if new construction then no charge, system imp will result in  charge
def vm265(scl):
    return 60*scl

#made up code, LED security light 
def vm777(lscl):
    return 100*lscl

#made up code, wood cross arm
def vc7w(wxa):
    return 250*wxa

#fiberglass cross arm
def vc8fg(fgxa):
    return 400*fgxa

#arrestors
def vm56(arts):
    return 4*arts

#cutout
def vm50(cut):
    return 30*cut

#I210+ meter
def vm8(srm):
    return 125*srm

#cogen meter, made up code
def qm8(cgm):
    return 320*cgm

#overhead conductor - primary - in $/ft where ohcp = 1 foot
def overheadcp(ohcp):
    return 1.5*ohcp

#overhead conductur - secondary
def overheadcs(ohcs):
    return 1*ohcs

#underground conductor - primary
def undergroundcp(urdcp):
    return 30*urdcp

#underground conductor - secondary - max 175ft, what happens after this? must be primary or gets more expensive???
def undergroundcs(urdcs):
    return 15*urdcs

#riser, only if urd srv
def riser(riz):
    45*riz

#10KVA xfmr
def tenKVA(dzkva):
    250*dzkva
#15KVA xfmr
def fifteenKVA(qckva):
    return 350*qckva

#25KVA xfmr
def twentyfiveKVA(twfkva):
    return 450*twfkva

Python Version: 3.9.5

Larz60+ write Jul-20-2021, 10:37 AM:
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