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sKiller_5.1.py
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sKiller_5.1.py
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import decimal
from math import pi, sqrt
from os import system
class Program:
def __init__(self) -> None:
self.cInput = ""
self.PI = decimal.Decimal(str(pi))
self.bwklist = {}
def ParseInput(self) -> None:
userInput = self.cInput.split(" ", -1)
command = userInput[0]
queTest = decimal.Decimal("0") #To check if question number is inputted or not
qSave = 0
nonMax = 0 #Non-max variable for subtracting
valList = []
finalAns = ""
"""
Structure to add a command:
-> First create a command as a function (i.e: def Fibonacci(que: str, args, qs: int): return args)
elif command == "command":
try: queTest = decimal.Decimal(userInput)
except decimal.DecimalException: que = userInput[1] -> Checks for question number and then stores it in que if it is
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
-> Parses input string for values
for i, _ in enumerate(valList):
if len(valList) != 2:
if i == len(valList):
ans, finalAns = self.Function(que, args, qS=qSave)
else: ans, _ = self.Function(que, args, qS=0)
else: ans, finalAns = self.Function(que, args, qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
"""
if "-s" in userInput: qSave = 1
if command == "cl": self.ClearScreen()
elif command == "ql":
print(self.Q_Look(userInput[1]))
elif command == "qs":
if len(userInput) == 3:
self.Q_Save(userInput[1], userInput[2])
print("Question saved.\n")
else: print("ERROR: No answer or question provided.\n")
elif command == "h":
self.help()
elif command == "qdel":
if len(userInput) == 2:
self.bwklist.pop(userInput[1])
print(f"{userInput[1]} deleted.\n")
else: print("ERROR: No question provided.\n")
elif command == "+":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
ans = decimal.Decimal(str(0))
for i, _ in enumerate(valList):
if len(valList) != 2:
if i == len(valList):
ans, finalAns = self.Add(que, ans, valList[i], qS=qSave)
else: ans, _ = self.Add(que, ans, valList[i], qS=0)
else: ans, finalAns = self.Add(que, valList[0], valList[1], qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Subtracting
elif command == "-":
if "-nm" in userInput: nonMax = 1
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str or userInput[i] == "-s" or userInput[i] == "-nm":
pass
else: valList.append(decimal.Decimal(userInput[i]))
ans = decimal.Decimal(str(0))
if nonMax == 0:
ans, finalAns = self.Sub(que, tuple(valList), qs=qSave)
if que != "":
print(finalAns)
else: print(ans)
else:
for i, _ in enumerate(valList):
if len(valList) != 2:
if i == 0: ans, _ = self.SubNonMax(que, valList[i], valList[i+1])
elif i == len(valList):
ans, finalAns = self.SubNonMax(que, ans, valList[i], qS=qSave)
elif i+1 < len(valList): ans, _ = self.SubNonMax(que, ans, valList[i+1], qS=0)
else: ans, finalAns = self.SubNonMax(que, valList[0], valList[1], qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Multiplying
elif command == "*":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
ans = decimal.Decimal(str(0))
if len(valList) != 2:
for i, _ in enumerate(valList):
if i == len(valList):
ans, finalAns = self.Mult(que, ans, valList[i], qS=qSave)
else: ans, _ = self.Mult(que, ans, valList[i], qS=0)
else: ans, finalAns = self.Mult(que, valList[0], valList[1], qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Dividing
elif command == "/":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
ans = decimal.Decimal(str(0))
if len(valList) != 2:
for i, _ in enumerate(valList):
if i == len(valList):
ans, finalAns = self.Div(que, ans, valList[i], qS=qSave)
else: ans, _ = self.Div(que, ans, valList[i], qS=0)
else: ans, finalAns = self.Div(que, valList[0], valList[1], qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Midpoint
elif command == "mp":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
ans = self.MidP(que, valList[0], valList[1], valList[2], valList[3], qS=qSave)
if que != "":
print(ans)
else: print(ans)
#Nth term
elif command == "nt":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
ans = self.NthT(que, valList[0], valList[1])
if que != "":
print(ans)
else: print(ans)
#Circumference
elif command == "cir":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
valList[1] = int(str(valList[1]))
ans, finalAns = self.FindCirc(valList[0], valList[1], qNum=que, qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Circle area
elif command == "car":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
valList[1] = int(str(valList[1]))
ans, finalAns = self.FindC_Area(valList[0], valList[1], qNum=que, qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Sector area
elif command == "sar":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
valList[2] = int(str(valList[2]))
ans, finalAns = self.FindSectArea(valList[0], valList[1], valList[2], qNum=que, qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
elif command == "cdi":
try: queTest = decimal.Decimal(userInput[1])
except decimal.DecimalException: que = userInput[1]
else: que = ""
for i, _ in enumerate(userInput):
try: num = decimal.Decimal(userInput[i])
except decimal.DecimalException: num = userInput[i]
if i == 0 or type(num) == str:
pass
elif userInput[i] == "-s": qSave = 1
else: valList.append(decimal.Decimal(userInput[i]))
valList[1] = int(str(valList[1]))
ans, finalAns = self.FindC_DiameterFromArea(valList[0], valList[1], qNum=que, qS=qSave)
if que != "":
print(finalAns)
else: print(ans)
#Question lookup and save
def Q_Save(self, qNum: str, ans) -> None:
ansD = self.bwklist
if qNum == "": print("ERROR: Arg 'qNum' = Null\n")
else: ansD[qNum] = ans
def Q_Look(self, qNum: str):
try:
return f"{qNum}: {self.bwklist[qNum]}"
except KeyError:
print("ERROR: '1B' not found.\n")
#Basic arithmetic - can pass as many values to add
def Add(self, qNum="", *values: decimal.Decimal, qS=0):
n = decimal.Decimal(str(0))
for _, value in enumerate(values):
n+=value
if qS == 1: self.Q_Save(qNum, n)
if qNum == "": return n, f"{qNum}: {n}"
else: return n, f"{qNum}: {n}"
def Sub(self, qNum="", *values: tuple, qS=0):
n = max(values)
v = list(values)
v = [x for x in v if x != max(v)]
values = tuple(v)
for _, value in enumerate(values):
n-=value
if qS == 1: self.Q_Save(qNum, n)
if qNum == "": return n, f"{qNum}: {n}"
else: return n, f"{qNum}: {n}"
def SubNonMax(self, qNum="", *values: decimal.Decimal, qS=0):
n = values[0]
n-=values[1]
if qS == 1: self.Q_Save(qNum, n)
if qNum=="": return n, f"{qNum}: {n}"
else: return n, f"{qNum}: {n}"
def Mult(self, qNum="", *values: decimal.Decimal, qS=0):
n = values[0]
n*=values[1]
if qS == 1: self.Q_Save(qNum, n)
if qNum == "": return n, f"{qNum}: {n}"
return n, f"{qNum}: {n}"
def Div(self, qNum="", *values: decimal.Decimal, qS=0):
n = values[0]
n/=values[1]
if qS == 1: self.Q_Save(qNum, n)
if qNum == "": return n, f"{qNum}: {n}"
else: return n, f"{qNum}: {n}"
#EXTRA STUFF: Midpoint and nth term
def MidP(self, qNum="", *values: decimal.Decimal, qS=0):
if len(values) > 4: return "ERROR: Args 'values' exceeded 4."
x1, y1, x2, y2 = values
x, _ = self.Add("", x1, x2)
y, _ = self.Add("", y1, y2)
avgX, _ = self.Div("", x, decimal.Decimal(2))
avgY, _ = self.Div("", y, decimal.Decimal(2))
if qS == 1: self.Q_Save(qNum, f"{avgX}, {avgY}")
if qNum == "": return f"{avgX}, {avgY}"
else: return f"{qNum}: {avgX}, {avgY}"
def NthT(self, qNum="", *values: decimal.Decimal, qS=0):
diff, _ = self.Sub("", values[0], values[1])
secondDiff = diff-values[0]
ans1 = f"{diff}n + {secondDiff}"
ans2 = f"{diff}n - {secondDiff}"
ans3 = f"{diff}n"
if secondDiff < 0:
if qS == 1: self.Q_Save(qNum, ans1)
return ans1
elif secondDiff > 0:
if qS == 1: self.Q_Save(qNum, ans3)
return ans2
else:
if qS == 1: self.Q_Save(qNum)
return ans3
#EXTRA STUFF: Circle related things
def FindCirc(self, diameter: decimal.Decimal, dp: int, qNum="", qS=0):
PI = self.PI
circ = PI*diameter
circ = round(circ, dp)
if qS == 1: self.Q_Save(qNum, circ)
if qNum == "": return circ, f"{qNum}: {circ}"
else: return circ, f"{qNum}: {circ}"
def FindC_Area(self, radius: decimal.Decimal, dp: int, qNum="", qS=0):
area = round(self.PI*radius**2, dp)
if qS == 1: self.Q_Save(qNum, area)
if qNum == "": return area, f"{qNum}: {area}"
else: return area, f"{qNum}: {area}"
def FindSectArea(self, angle: decimal.Decimal, area: decimal.Decimal, dp: int, qNum="", qS=0):
sectArea = round(angle/360*area, dp)
if qS == 1: self.Q_Save(qNum, sectArea)
if qNum == "": return sectArea, f"{qNum}: {sectArea}"
else: return sectArea, f"{qNum}: {sectArea}"
def FindC_DiameterFromArea(self, area: decimal.Decimal, dp: int, qNum="", qS=0):
diameter = 2*sqrt(area/self.PI)
diameter = round(diameter, dp)
if qS == 1: self.Q_Save(qNum, diameter)
if qNum == "": return diameter, f"{qNum}: {diameter}"
else: return diameter, f"{qNum}: {diameter}"
#UTILITIES: Help and clear-screen
def ClearScreen(self):
system("cls")
def help(self):
print("Available commands:\n+ <questionnumber>* <numbers>sep <savequestion>* - add\n- <questionnumber>* <numbers>sep <nonmaxflag>* <savequestion>* - subtract\n* <questionnumber>* <numbers>sep <savequestion>* - multiply\n/ <questionnumber>* <numbers>sep <savequestion>* - divide\nmp <questionnumber>* <x1, y1, x2, y2>sep <savequestion>* - midpoint\nnt <questionnumber>* <sequence>sep <savequestion>* - nth term\ncir <questionnumber>* <diameter> <dp> <savequestion>* - circumference\ncar <questionnumber>* <radius> <dp> <savequestion>* - area of a circle\nsar <questionnumber>* <angle> <area> <dp> <savequestion>* - area of a sector of a circle\ncdi <questionnumber>* <area> <dp> <savequestion>* - finds diameter of a circle from area\ncl - clear screen\nql <questionnumber> - find the answer of a previous question\nqs <questionnumber> <questionanswer> - saves a question you can't save with the other functions\nqdel <questionnumber> - deletes a question you accidently saved\n\nIf you see a * after > means optional. If you see a 'sep' after > means separate numbers with a space.")
sKiller = Program()
print("| | sKiller vCLI5.1 Alpha | |")
print("Type 'h' for commands.")
#Main loop
while True:
sKiller.cInput = input(">")
sKiller.ParseInput()