def area(a, b, c):
if trian(a, b, c) == 'Equilatero':
A = (rc(3) / 4.00) * (a**2)
return A
if trian(a, b, c) == 'Escaleno' or 'Isosceles':
s = (a + b + c) / 2
A = (a * ((2.00 / a) * rc(s * (s - a) * (s - b) * (s - c)))) / 2.00
return A
def altura(a, b, c):
if trian(a, b, c) == 'Equilatero':
h = (rc(3) / 2.00) * a
return h
if trian(a, b, c) == 'Escaleno' or 'Isosceles':
s = (a + b + c) / 2
h = (2.00 / a) * rc(s * (s - a) * (s - b) * (s - c))
return h
def tiempos(v, y):
T = []
g = 9.81
import math
from math import sqrt as rc
while 0 <= y:
t1 = (-v + rc(v**2 + 2 * g * y)) / g
t2 = (-v - rc(v**2 + 2 * g * y)) / g
T.append(t1)
T.append(t2)
return T
def tiempo2(v, y):
g = 9.81
import math
from math import sqrt as rc
while y >= 0:
t2 = (-v - rc(v**2 + 2 * g * y)) / g
return t2
def tiempo1(v, y):
g = 9.81
import math
from math import sqrt as rc
while y >= 0:
t1 = (-v + rc(v**2 + 2 * g * y)) / g
return t1
from math import sqrt as rc
nb = 1
b = 2
while nb < 100000:
a = 0
for i in range(2, int(round(rc(nb), 0) + 1)):
if nb % i == 0:
a += 1
break
#if a == 0: print(nb, "is prime.")
b = 6 - b
nb += b
def transpile(line):
splited = line.split(' ', 2)
# Affichage
if (splited[0] == 'println!'):
if (splited[1] == 'str'):
toShow = splited[2]
print(toShow)
if (splited[1] == 'var'):
instruct = splited[2]
if (instruct in variables.keys()):
print(variables[instruct])
else:
print('No variable named "' + splited[2] + '"')
# Variables
if (splited[0] == 'let'):
# Input
if (splited[2] == 'scan()'):
var = input("> ")
variables[splited[1]] = var
# Random
if (splited[2].startswith('rand()')):
splitIn = splited[2].split(' ')
if (splitIn[2] == '->'):
try:
a = int(splitIn[1])
b = int(splitIn[3])
fin = random.randint(a, b)
variables[splited[1]] = fin
except:
print('Please specify two integers')
else:
print(
'Syntax Error : Did you mean "let <var> rand() <number> -> <number>" ?'
)
elif (splited[2] != '' and splited[2] != 'scan()'):
variables[splited[1]] = splited[2]
print('Val \'' + str(splited[2]) + '\' assigned to ' +
str(splited[1]))
elif (splited[2] == ''):
variables[splited[1]] = splited[2]
print('Variable \'' + str(splited[1] + '\' initialized'))
# Comparaison de variables
if (splited[0] == 'comp'):
if ((splited[1]) in variables.keys()
and splited[2] in variables.keys()):
if (variables[splited[1]] == variables[splited[2]]):
print(splited[1] + '==' + splited[2])
if (variables[splited[1]] != variables[splited[2]]):
print(splited[1] + '!=' + splited[2])
# Calcul de racine carrée
if (splited[0] == 'sqrt'):
try:
nombre = int(splited[1])
print(rc(nombre))
except:
print(
'You cannot calculate the square root of a string litteral !')
if (splited[0] == 'sc'):
print(variables[splited[1]] + variables[splited[2]])
# Commandes système
if (splited[0] == 'sys'):
if (splited[1] == '->'):
os.system(splited[2])
else:
print('Syntax Error : Try out "sys -> <command>"')
# Exit function
if (splited[0] == 'quit'):
exit()
# Wipe function
if (splited[0] == 'wipe'):
print('All variables erased !')
variables.clear()
# Opérations mathématiques
elif (splited[0] != 'println!' and splited[0] != 'let'
and splited[0] != 'comp' and splited[0] != 'sqrt'
and splited[0] != 'file' and splited[0] != 'sc'
and splited[0] != 'sys' and splited[0] != 'quit'
and splited[0] != 'wipe'):
if (int(splited[0]) > -32768 and int(splited[0]) < 32768
and int(splited[2]) > -32768 and int(splited[2]) < 32768):
arg1 = int(splited[0])
arg2 = int(splited[2])
if (splited[1] == '+'):
print(arg1 + arg2)
if (splited[1] == '-'):
print(arg1 - arg2)
if (splited[1] == '*'):
print(arg1 * arg2)
if (splited[1] == '/'):
print(arg1 / arg2)
if (splited[1] == '**'):
origin = arg1
for i in range(1, arg2):
arg1 *= origin
print(arg1)
else:
print('Error, "' + splited[0] + '" doesn\'t exists')
def code():
saisie = input('>>> $ ')
splited = saisie.split(' ', 2)
# Conditions
if (saisie.startswith('if')):
splited = saisie.split(' ', 4)
if (splited[1] in variables.keys() and splited[3] in variables.keys()):
if (splited[2] == '==' and splited[4] == '{'):
if (variables[splited[1]] == variables[splited[2]]):
conditions.con()
else:
pass
else:
print('Syntax Error')
else:
print('No variable found !')
# Affichage
if (splited[0] == 'println!'):
if (splited[1] == 'str'):
toShow = splited[2]
print(toShow)
if (splited[1] == 'var'):
instruct = splited[2]
if (instruct in variables.keys()):
print(variables[instruct])
else:
print('No variable named "' + splited[2] + '"')
if (splited[1] == 'arr'):
instruct = splited[2]
if (instruct in arrays.keys()):
print(arrays[instruct])
# Change array or var
if (splited[0] == 'chng'):
# Change array
if (splited[1] == 'arr'):
arr_name = splited[2]
print(arrays[arr_name])
new_value = input('enter new array value\n> ')
new_value = new_value.split(';')
arrays[arr_name] = new_value
# Change var
if (splited[1] == 'let'):
var_name = splited[2]
print(variables[var_name])
new_value = input('enter new variable value\n> ')
variables[var_name] = new_value
# Comments
if (splited[0] == '#'):
pass
# Arrays
if (splited[0] == 'array'):
if (splited[2] == 'scan()'):
print(
'Enter the characters you want to add to the array.\nuse the separation sign - ";"'
)
array = input('> ')
array = array.split(';')
arrays[splited[1]] = array
# Variables
if (splited[0] == 'let'):
# Input
if (splited[2] == 'scan()'):
var = input("> ")
variables[splited[1]] = var
# Random
if (splited[2].startswith('rand()')):
splitIn = splited[2].split(' ')
if (splitIn[2] == '->'):
try:
a = int(splitIn[1])
b = int(splitIn[3])
fin = random.randint(a, b)
variables[splited[1]] = fin
except:
print('Please specify two integers')
else:
print(
'Syntax Error : Did you mean "let <var> rand() <number> -> <number>" ?'
)
elif (splited[2] != '' and splited[2] != 'scan()'):
variables[splited[1]] = splited[2]
print('Val \'' + str(splited[2]) + '\' assigned to ' +
str(splited[1]))
elif (splited[2] == ''):
variables[splited[1]] = splited[2]
print('Variable \'' + str(splited[1] + '\' initialized'))
# Comparaison de variables
if (splited[0] == 'comp'):
if ((splited[1]) in variables.keys()
and splited[2] in variables.keys()):
if (variables[splited[1]] == variables[splited[2]]):
print(splited[1] + '==' + splited[2])
if (variables[splited[1]] != variables[splited[2]]):
print(splited[1] + '!=' + splited[2])
# Calcul de racine carrée
if (splited[0] == 'sqrt'):
try:
nombre = int(splited[1])
print(rc(nombre))
except:
print(
'You cannot calculate the square root of a string litteral !')
if (splited[0] == 'sc'):
print(variables[splited[1]] + variables[splited[2]])
# Commandes système
if (splited[0] == 'sys'):
if (splited[1] == '->'):
os.system(splited[2])
else:
print('Syntax Error : Try out "sys -> <command>"')
# Exit function
if (splited[0] == 'quit'):
exit()
# Wipe function
if (splited[0] == 'wipe'):
print('All variables erased !')
variables.clear()
# Opérations mathématiques
elif (splited[0] != 'println!' and splited[0] != 'let'
and splited[0] != 'comp' and splited[0] != 'sqrt'
and splited[0] != 'file' and splited[0] != 'sc'
and splited[0] != 'sys' and splited[0] != 'quit'
and splited[0] != 'wipe' and splited[0] != '#'
and splited[0] != 'array' and splited[0] != 'chng'):
if (int(splited[0]) > -32768 and int(splited[0]) < 32768
and int(splited[2]) > -32768 and int(splited[2]) < 32768):
arg1 = int(splited[0])
arg2 = int(splited[2])
if (splited[1] == '+'):
print(arg1 + arg2)
if (splited[1] == '-'):
print(arg1 - arg2)
if (splited[1] == '*'):
print(arg1 * arg2)
if (splited[1] == '/'):
print(arg1 / arg2)
if (splited[1] == '**'):
origin = arg1
for _ in range(1, arg2):
arg1 *= origin
print(arg1)
else:
print('Error, "' + splited[0] + '" doesn\'t exists')
def Fib(n):
while n > 0:
n = ((1 + rc(5))**n - (1 - rc(5))**n) / (2**n * rc(5))
return (n)