Question

how to make my code of python work probely

my q is how to write a code to find the average actual water level, average error by using python

and my program should be flexible where user can select the column no. If you can see in the main program, it asked which column to know the maximum or average, the column number is passed to the function. The function should look which column to do.

FUC Jour plus am UIN dniu IDZYYYY.py in def showmenu(): print("========= === ========== print("Menu:") print("================ ===== print("1. Fancy Eng Math Problem.") print("2. Maximum from column.") print("3. Average error between column.") print("4. RMSE error between column.") print("5. Highest value from all column.") print("6. Total from all column.") print("7. Nash-Suttcliffe Efficiency (bonus)") print("8. Example of rows in WL.CSV") print("0. Exit") select = input("Select: :)) return select

#THIS PROGRAMMING IS ABLE TO FIND THE SLOPE OF TWO POINTS.

def Slope():

x1=eval(input("Please Enter x1 "))

x2=eval(input("Please Enter x2 "))

y1=eval(input("Please Enter y1 "))

y2=eval(input("Please Enter y2 "))

  

if y1 > y2:

swap1 = y2

y2 = y1

y1 = swap1

if x1 > x2:

swap2 = x2

x2 = x1

x1 = swap2

if x1 - x2 == 0 or x2 - x1 == 0:

print("Sorry, The result is not defined")

else:

m = (y2 - y1) / (x2 - x1)

return m

#THIS PROGRAMMING ABLE TO FIND THW AREA OF THE CIRCLE WHEN THE USER DETERMINE THE RADIUS.

def circleArea():

r=eval(input("Please Enter the radius "))

AreaCi = 3.14*(r**2)

return AreaCi

#THIS PROGRAMMINF ABLE TO FIND THE TOTAL AREA AND VOLUME OF ONE OR MORE RECTANGULARS.

def calAreaVolumeRec():

TA=0

TV=0

RN=0

TotalTVTA=0

NOR=eval(input("How many rectangulras you want to calculate"))

TATVWrite = open("Rectangular.txt", "w")

for n in range (NOR):

W=eval(input("Enter the Width"))

L=eval(input("Enter the Lenght"))

H=eval(input("Enter the Height"))

  

AreaRec= W*L

VolumeRec= AreaRec*H

RN=RN+1

TA = TA + AreaRec

TV = TV + VolumeRec

print("The Area and Volume of rec",(RN),"is",AreaRec,"and",VolumeRec)

TATVWrite.write("The values of Rectangular ")

TATVWrite.write(str(RN) + " width " + str(W) + " length " + str(L) + " height " + str(H) + " the area " + str(TA) + " the volume " + str(TV) + " \n")

TATVWrite.close()

return TA,TV

  

def readCalAreaVolumeRec():

ReadFile = open("Rectangular.txt", "r")

for AllData in ReadFile:

print(AllData)

ReadFile.close()

def AverageActualWaterLevel():

openFile = open("wl.txt", "r")

total = 0

N = 0

for lineofCode in openFile:

mydata = lineofCode.split(",")

col1=eval(input("Average Error Between column?"))

col2=eval(input("And column?"))

N = N + 1

total = total + input(col1)+ input(col2)

avg = total / (2*N)

openFile.close()

return avg

def AverageError():

eorrOpenFile = open("wl.txt", "r")

totalError = 0

nError = 0

Substract = 0

for LineCodeError in eorrOpenFile:

errorData = LineCodeError.split(",")

nError = nError + 1

Substract = eval(errorData[3]) - eval(errorData[4])

totalError = totalError + Substract

avgError = totalError / (2*nError)

eorrOpenFile.close()

return nError,totalError,avgError

def HighestError():

HigestEorrOpenFile = open("wl.txt", "r")

Substract = 0

bigNumber = 0

highest = 0

for LineCodeHighestError in HigestEorrOpenFile:

highestErrorData = LineCodeHighestError.split(",")

Substract = eval(highestErrorData[3]) - eval(highestErrorData[4])

if Substract > bigNumber:

bigNumber = Substract

HigestEorrOpenFile.close()

return bigNumber

def RootMeanSquareError():

RootEorrOpenFile = open("wl.txt", "r")

nRootError = 0

RootSubstract = 0

rootTotal = 0

for LineCodeRootError in RootEorrOpenFile:

rootErrorData = LineCodeRootError.split(",")

nRootError = nRootError + 1

RootSubstract = (eval(rootErrorData[3]) - eval(rootErrorData[4]))**2

print("indivual square ",RootSubstract)

rootTotal = rootTotal + RootSubstract

  

avgRootError = (rootTotal / nRootError)**0.5

RootEorrOpenFile.close()

return nRootError,rootTotal,avgRootError

def Nash_SutCliffe():

NashEorrOpenFile1 = open("wl.txt", "r")

NashSubstract = 0

nNashError = 0

SutCliff = 0

sumNashSubstract = 0

sumSutCliffSubstract = 0

finalTotal = 0

for LineCodeNashError1 in NashEorrOpenFile1:

NashErrorData = LineCodeNashError1.split(",")

nNashError = nNashError + 1

NashSubstract = (eval(NashErrorData[3]) - eval(NashErrorData[4]))**2

sumNashSubstract = sumNashSubstract + NashSubstract

NashEorrOpenFile2 = open("wl.txt", "r")

for LineCodeNashError2 in NashEorrOpenFile2:

NashErrorData = LineCodeNashError2.split(",")

SutCliff = ((AverageActualWaterLevel() - eval(NashErrorData[4]))**2)*nNashError

sumSutCliffSubstract = sumSutCliffSubstract + SutCliff

finalTotal = 1 - (sumNashSubstract / sumSutCliffSubstract)

NashEorrOpenFile1.close()

NashEorrOpenFile2.close()

return sumNashSubstract,sumSutCliffSubstract,finalTotal

# --------------------------------------------------------------------Manin Function----------------------------------------------------------------

# --------------------------------------------------------------------------------------------------------------------------------------------------

print("Please choose the math problem type you want to slove")

print("If you are looking for Slope then enter ----------------------------------------------------------:1")

print("If you are looking for Circle Area then enter ----------------------------------------------------:2")

print("If you are looking for Area and volume of recentgular/s then enter -------------------------------:3")

print("If you are looking to read the data of Area and volume of recentgula you already saved then enter :4")

print("If you are looking for average actual watrer level then enter ------------------------------------:5")

print("If you are looking for average error then enter --------------------------------------------------:6")

print("If you are looking for highest error then enter --------------------------------------------------:7")

print("If you are looking for root mean square error then enter -----------------------------------------:8")

print("If you are looking for Nash SutCliffe then enter -------------------------------------------------:9\n")

choice = eval(input("Write your choise "))

  

if choice == 1:

print("The slope is",Slope())

  

elif choice == 2:

print("The Area of circle is",circleArea())

  

elif choice == 3:

TA,TV = calAreaVolumeRec()

print("The total of area of rectangulars is ",TA," and the total volume of rectangulars ",TV)

  

elif choice == 4:

readCalAreaVolumeRec()

  

elif choice == 5:

avg = AverageActualWaterLevel()

print("The actual average is ",avg)

  

elif choice == 6:

nError,totalError,avgError = AverageError()

print("The total number of line of data is ",nError)

print("The total error is ",totalError)

print("The average error is ",avgError)

  

elif choice == 7:   

bigNumber = HighestError()

print("The highest number of error is ",bigNumber)

  

elif choice == 8:

nRootError,rootTotal,avgRootError = RootMeanSquareError()

print("The total number of line of data is ",nRootError)

print("The total error is ",rootTotal)

print("The average error is ",avgRootError)

  

elif choice == 9:

sumNashSubstract,sumSutCliffSubstract,finalTotal = Nash_SutCliffe()

print("The sumNashSubstract ",sumNashSubstract)

print("The sumSutCliffSubstract ",sumSutCliffSubstract)

print("The final result is ",finalTotal)

i want to write code to find average between two columns at the same time I have the ablitiy to choose any columns for example col 1 and 2 or col 3 and 4

on your left hand is my data Which i have to find its average. the function that I want it is the abilty to choose two columns and find the average by using the code so at the right my programme as you can see the function name: def average actual water level on blue color is the functino that does not work

Answer 1

#All the errors have been rectified:

def Slope():
x1 = eval(input("Please Enter x1 "))
x2 = eval(input("Please Enter x2 "))
y1 = eval(input("Please Enter y1 "))
y2 = eval(input("Please Enter y2 "))
if y1 > y2:
swap1 = y2
y2 = y1
y1 = swap1
if x1 > x2:
swap2 = x2
x2 = x1
x1 = swap2
if x1-x2 == 0 or x2 - x1 == 0:
print("Sorry, The result is not defined")
else:
m = (y2 - y1) / (x2 - x1)
return m

# THIS PROGRAMMING ABLE TO FIND THW AREA OF THE CIRCLE WHEN THE USER DETERMINE THE RADIUS.

def circleArea():
r = eval(input("Please Enter the radius "))
AreaCi = 3.14*(r**2)
return AreaCi

# THIS PROGRAMMINF ABLE TO FIND THE TOTAL AREA AND VOLUME OF ONE OR MORE RECTANGULARS.

def calAreaVolumeRec():
TA = 0
TV = 0
RN = 0
TotalTVTA = 0
NOR = eval(input("How many rectangulras you want to calculate"))
TATVWrite = open("Rectangular.txt", "w")
for n in range(NOR):
W = eval(input("Enter the Width"))
L = eval(input("Enter the Lenght"))
H = eval(input("Enter the Height"))

AreaRec = W*L
VolumeRec = AreaRec*H
RN = RN+1
TA = TA + AreaRec
TV = TV + VolumeRec
print("The Area and Volume of rec", (RN), "is", AreaRec, "and", VolumeRec)
TATVWrite.write("The values of Rectangular ")
TATVWrite.write(str(RN) + " width " + str(W) + " length " + str(L) + " height " +
str(H) + " the area " + str(TA) + " the volume " + str(TV) + " \n")
TATVWrite.close()
return TA, TV

def readCalAreaVolumeRec():
ReadFile = open("Rectangular.txt", "r")
for AllData in ReadFile:
print(AllData)
ReadFile.close()

def AverageActualWaterLevel():
openFile = open("wl.txt", "r")
total = 0
N = 0
for lineofCode in openFile:
mydata = lineofCode.split(",")
col1 = eval(input("Average Error Between column?"))
col2 = eval(input("And column?"))
N = N + 1
total = total + input(col1) + input(col2)
avg = total / (2*N)
openFile.close()
return avg

def AverageError():
eorrOpenFile = open("wl.txt", "r")
totalError = 0
nError = 0
Substract = 0
for LineCodeError in eorrOpenFile:
errorData = LineCodeError.split(",")
nError = nError + 1
Substract = eval(errorData[3]) - eval(errorData[4])
totalError = totalError + Substract
avgError = totalError / (2*nError)
eorrOpenFile.close()
return nError, totalError, avgError

def HighestError():
HigestEorrOpenFile = open("wl.txt", "r")
Substract = 0
bigNumber = 0
highest = 0
for LineCodeHighestError in HigestEorrOpenFile:
highestErrorData = LineCodeHighestError.split(",")
Substract = eval(highestErrorData[3]) - eval(highestErrorData[4])
if Substract > bigNumber:
bigNumber = Substract
HigestEorrOpenFile.close()
return bigNumber

def RootMeanSquareError():
RootEorrOpenFile = open("wl.txt", "r")
nRootError = 0
RootSubstract = 0
rootTotal = 0
for LineCodeRootError in RootEorrOpenFile:
rootErrorData = LineCodeRootError.split(",")
nRootError = nRootError + 1
RootSubstract = (eval(rootErrorData[3]) - eval(rootErrorData[4]))**2
print("indivual square ", RootSubstract)
rootTotal = rootTotal + RootSubstract

avgRootError = (rootTotal / nRootError)**0.5
RootEorrOpenFile.close()
return nRootError, rootTotal, avgRootError

def Nash_SutCliffe():
NashEorrOpenFile1 = open("wl.txt", "r")
NashSubstract = 0
nNashError = 0
SutCliff = 0
sumNashSubstract = 0
sumSutCliffSubstract = 0
finalTotal = 0
for LineCodeNashError1 in NashEorrOpenFile1:
NashErrorData = LineCodeNashError1.split(",")
nNashError = nNashError + 1
NashSubstract = (eval(NashErrorData[3]) - eval(NashErrorData[4]))**2
sumNashSubstract = sumNashSubstract + NashSubstract

NashEorrOpenFile2 = open("wl.txt", "r")
for LineCodeNashError2 in NashEorrOpenFile2:
NashErrorData = LineCodeNashError2.split(",")
SutCliff = ((AverageActualWaterLevel() -
eval(NashErrorData[4]))**2)*nNashError
sumSutCliffSubstract = sumSutCliffSubstract + SutCliff
finalTotal = 1 - (sumNashSubstract / sumSutCliffSubstract)
NashEorrOpenFile1.close()
NashEorrOpenFile2.close()
return sumNashSubstract, sumSutCliffSubstract, finalTotal

# --------------------------------------------------------------------Manin Function----------------------------------------------------------------
# --------------------------------------------------------------------------------------------------------------------------------------------------
def main():
print("Please choose the math problem type you want to slove")
print("If you are looking for Slope then enter ----------------------------------------------------------:1")
print("If you are looking for Circle Area then enter ----------------------------------------------------:2")
print("If you are looking for Area and volume of recentgular/s then enter -------------------------------:3")
print("If you are looking to read the data of Area and volume of recentgula you already saved then enter :4")
print("If you are looking for average actual watrer level then enter ------------------------------------:5")
print("If you are looking for average error then enter --------------------------------------------------:6")
print("If you are looking for highest error then enter --------------------------------------------------:7")
print("If you are looking for root mean square error then enter -----------------------------------------:8")
print("If you are looking for Nash SutCliffe then enter -------------------------------------------------:9\n")
choice = eval(input("Write your choise "))

if choice == 1:
print("The slope is", Slope())

elif choice == 2:
print("The Area of circle is", circleArea())

elif choice == 3:
TA, TV = calAreaVolumeRec()
print("The total of area of rectangulars is ", TA,
" and the total volume of rectangulars ", TV)

elif choice == 4:
readCalAreaVolumeRec()

elif choice == 5:
avg = AverageActualWaterLevel()
print("The actual average is ", avg)

elif choice == 6:
nError, totalError, avgError = AverageError()
print("The total number of line of data is ", nError)
print("The total error is ", totalError)
print("The average error is ", avgError)

elif choice == 7:
bigNumber = HighestError()
print("The highest number of error is ", bigNumber)

elif choice == 8:
nRootError, rootTotal, avgRootError = RootMeanSquareError()
print("The total number of line of data is ", nRootError)
print("The total error is ", rootTotal)
print("The average error is ", avgRootError)

elif choice == 9:
sumNashSubstract, sumSutCliffSubstract, finalTotal = Nash_SutCliffe()
print("The sumNashSubstract ", sumNashSubstract)
print("The sumSutCliffSubstract ", sumSutCliffSubstract)
print("The final result is ", finalTotal)

if __name__== "__main__":
main()

# ENd Of ProgramHere is the Working output.

-------:1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - NM snowden@snowden-HP-245-65 - Notebook-PC:-/ codefiles/py files$ python3 code.py Please choose the math problem type you want to slove If you are looking for slope then enter ------- If you are looking for Circle Area then enter ------- If you are looking for Area and volume of recentqulars then enter ..... If you are looking to read the data of Area and volume of recentgula you already saved then enter :4, If you are looking for average actual watrer level then enter .. If you are looking for average error then enter ------- If you are looking for highest error then enter ..... If you are looking for root mean square error then enter -- If you are looking for Nash Sutcliffe then enter ------ in - - - - - - - - co Write your choise 1 Please Enter x1 12 Please Enter x2 34 Please Enter y1 56 Please Enter y2 23 The slope is 1.5 snowden@snowden-HP-245-65 - Notebook-PC:-/codefiles/py files$

Thanks :)