def ci2(args):
try:
if args[0] != '' and args[1] != "":
principal = e.Decimal(float(args[0]))
try:
rate = e.Decimal(float(args[1]) / 100)
except ZeroDivisionError:
rate = 1.75
except IndexError:
e.separator(1)
print("Enter the Principal:")
principal = float(input("--> "))
print("Enter the Rate (15 = 15%):")
try:
rate = float(input("--> ")) / 100
except ZeroDivisionError:
rate = 1.75
e.separator(2)
ca = principal * (rate / 12)
print("Credit Interest Amount = ", e.qnt(ca, e.TWOPLACES))
e.separator(0)
def pc(args):
try:
if args[0] != '' and args[1] != "":
base_population = e.Decimal(float(args[0]))
try:
rate_of_change = e.Decimal(float(args[1])/100)
except ZeroDivisionError:
rate_of_change = 1.75
except IndexError:
e.separator(1)
print("Enter Base Population:")
base_population = e.Decimal(float(input("--> ")))
print("Enter Rate of Change (1.4 = 1.4%):")
try:
rate_of_change = e.Decimal(e.div(float(input("--> ") / 100)))
except ZeroDivisionError:
rate_of_change = 1.75
e.separator(2)
annual = round(e.mul(base_population, rate_of_change, e.TWOPLACES))
monthly = round(e.div(annual, 12, e.TWOPLACES))
weekly = round(e.div(annual, 52, e.TWOPLACES))
daily = round(e.div(annual, 365, e.TWOPLACES))
print("Annual amount = " + str(annual))
print("Monthly amount = " + str(monthly))
print("Weekly amount = " + str(weekly))
print("Daily amount = " + str(daily))
e.separator(0)
def c2f(args):
try:
if args[0] != '':
centigrade = e.Decimal(float(args[0]))
except IndexError:
e.separator(1)
print("Enter Temperature in Centigrade:")
centigrade = float(input("--> "))
e.separator(2)
fahrenheit_calc = 1.8 * centigrade + 32
print(str(e.qnt(centigrade)) + " Centigrade in Fahrenheit = " + str(e.qnt(fahrenheit_calc)))
e.separator(0)
def f2c(args):
try:
if args[0] != '':
fahrenheit = e.Decimal(float(args[0]))
except IndexError:
e.separator(1)
print("Enter Temperature in Fahrenheit:")
fahrenheit = float(input("--> "))
e.separator(2)
centigrade_calc = (fahrenheit - 32) * (5.0 / 9.0)
print(
str(e.qnt(fahrenheit)) + " Fahrenheit in Centigrade = " +
str(e.qnt(centigrade_calc)))
e.separator(0)
def sc(args):
try:
if args[0] != '' and args[1] != '':
input_type = args[0]
num = float(args[1])
except IndexError:
e.separator(1)
print("Enter the input type: a, m, bm, w, bw")
input_type = input("--> ")
print('Enter a salary:')
num = float(input("--> "))
# Convert input to lowercase instead of checking variants
input_type = str.lower(input_type)
# Convert the salary to Annual
if input_type == 'm':
num *= 12
elif input_type == 'bm':
num *= 24
elif input_type == 'w':
num *= 52
elif input_type == 'bw':
num *= 26
else:
pass
# Do calculation based on Annual
a = num
m = e.div(a, 12)
bm = e.div(a, 24)
w = e.div(a, 52)
bw = e.div(a, 26)
e.separator(2)
print("Annual Salary = " + str(e.qnt(a)))
print("Monthly Salary = " + str(e.qnt(m)))
print("Bi-Monthly Salary = " + str(e.qnt(bm)))
print("Weekly Salary = " + str(e.qnt(w)))
print("Bi-Weekly Salary = " + str(e.qnt(bw)))
e.separator(2)
def help(args):
try:
if args[0] != '':
cmd = args[0]
except IndexError:
e.separator(1)
print("Enter a Command:")
cmd = input("--> ")
try:
desc = a.help_list[cmd]
e.separator(2)
print("Command: " + desc)
e.separator(0)
# If the command doesn't exist, give a help message
# Note: "has_given_help_hint" is there to make sure
# help message is only shown once per execution
except KeyError:
print('"' + args[0] + '"' + " is not a command.")
def sct(args):
try:
if args[0] != '':
angle = e.Decimal(float(args[0]))
except IndexError:
e.separator(1)
print("Enter an Angle:")
angle = e.Decimal(radians(float(input("--> "))))
e.separator(2)
ang_sin = sin(angle)
ang_cos = cos(angle)
ang_tan = tan(angle)
print("Sine = " + str(e.qnt(ang_sin)))
print("Cosine = " + str(e.qnt(ang_cos)))
print("Tangent = " + str(e.qnt(ang_tan)))
e.separator(0)
def rand_num(args):
try:
if args[0] != '' and args[1] != "":
min_num = int(args[0])
max_num = int(args[1])
count = int(args[2])
except IndexError:
e.separator(1)
print("Enter Min Number:")
min_num = float(input("--> "))
print("Enter Max Number:")
max_num = float(input("--> "))
print("Enter Number Count:")
count = int(input("--> "))
e.separator(2)
roll_array = []
for i in range(0, count):
roll = random.randrange(min_num, max_num + 1)
roll_array.append(roll)
print("Unsorted List:")
print(str(roll_array))
print("")
roll_array.sort()
print("Sorted List:")
print(str(roll_array))
print("")
for i in range(int(min_num), int(max_num + 1)):
if roll_array.count(i) > 0:
print(str(i) + " appears " + str(roll_array.count(i)) + " times")
e.separator(0)
def ci(args):
try:
if args[0] != '' and args[1] != "" and args[2] != "" and args[3] != "":
principal = e.Decimal(float(args[0]))
try:
rate = e.Decimal(float(args[1]) / 100)
except ZeroDivisionError:
rate = 1.75
num_times = e.Decimal(int(args[2]))
time = e.Decimal(float(args[3]))
except IndexError:
e.separator(1)
print("Enter the Principal:")
principal = float(input("--> "))
print("Enter the Rate (15 = 15%):")
try:
rate = float(input("--> ")) / 100
except ZeroDivisionError:
rate = 1.75
print("Enter Number of Times Per Year:")
num_times = float(input("--> "))
print("Enter Time Number:")
time = float(input("--> "))
if num_times <= 0:
num_times = 1
e.separator(2)
amount = principal * pow((1 + e.div(rate, num_times)), num_times * time)
print("Compound Interest Amount = ", amount)
total_amount = principal + amount
print("Total Amount = ", total_amount)
e.separator(0)
def tc(args):
try:
if args[0] != '' and args[1] != "":
money_amount = e.Decimal(float(args[0]))
tax_percent = e.Decimal(float(args[1])/100)
except IndexError:
e.separator(1)
print("Enter Money Amount:")
money_amount = e.Decimal(float(input("--> ")))
print("Enter Tax Percent (15 is 15%):")
tax_percent = e.Decimal(float(input("--> "))/100)
e.separator(2)
tax_amount = e.mul(money_amount, tax_percent)
total_amount = e.add(money_amount, tax_amount)
print("Tax amount = " + "$"+ str(e.qnt(tax_amount, e.TWOPLACES)))
print("Total amount = " + "$" + str(e.qnt(total_amount, e.TWOPLACES)))
e.separator(0)
def bc(args):
try:
if args[0] != '' and args[1] != "":
num1 = e.Decimal(float(args[0]))
num2 = e.Decimal(float(args[1]))
except IndexError:
e.separator(1)
print("Enter Number 1:")
num1 = e.Decimal(float(input("--> ")))
print("Enter Number 2:")
num2 = e.Decimal(float(input("--> ")))
e.separator(2)
print("Addition = " + str(e.add(num1, num2)))
print("Subtraction = " + str(e.sub(num1, num2)))
print("Multiplication = " + str(e.mul(num1, num2)))
print("Division = " + str(e.div(num1, num2)))
e.separator(0)
def rpg(args):
try:
import secrets
try:
if args[0] != '':
try:
pass_length = int(args[0])
except ValueError:
pass_length = 8
if pass_length == 0:
pass_length = 8
except IndexError:
e.separator(1)
try:
pass_length = int(input("Enter password length --> "))
except ValueError:
pass_length = 8
if pass_length == 0:
pass_length = 8
password = ''.join(
secrets.choice(alphabet) for i in range(pass_length))
passwords.append(password)
e.separator(2)
print(passwords[-1])
e.separator(0)
with open("Generated Passwords.txt", "a") as f:
print("", file=f)
print(passwords[-1], file=f)
except ImportError:
print("")
print(
"The Random Password Generator only works in python 3.6 or newer!")
print("")
def mccc(args):
try:
if args[0] != '':
width = e.Decimal(float(args[0]))
except IndexError:
e.separator(1)
print("Enter an Width:")
width = abs(int(input("--> ")))
required_blocks = 0
if width <= 1:
width = 1
required_blocks = 1
if width == 2:
required_blocks = 8
if width >= 3:
required_blocks = ((width * width) + (width * (width - 2)) +
((width - 2) * (width - 2))) * 2
e.separator(2)
print("Required Blocks = " + str(required_blocks))
e.separator(0)
def commands_list(args): # args are picked up but not used
e.separator(3)
for i in a.help_list:
print(i, "=", a.help_list[i])
e.separator(0)