列表打印
#binary to decimaldef bin2int(binary_number):
number = len(binary_number) - 1
decimal_number = 0
for i in binary_number:
i = int(i)
decimal_number += i * 2 ** (i * number)
number -= 1
return decimal_number
#decimal to binary
def int2bin(decimal_number):
binary = []
while decimal_number != 0:
binary_number = decimal_number % 2
decimal_number //= 2
binary_number = str(binary_number)
binary.append(binary_number)
binary.reverse()
binary = list(map(int, binary))
return binary
#octal number to decimal
def oct2int(octal_number):
number = len(octal_number) - 1
decimal_number = 0
for i in octal_number:
i = int(i)
decimal_number += i * 8 ** (i * number)
number -= 1
return decimal_number
#decimal to octal
def int2oct(decimal_number):
octal_number = []
while decimal_number != 0:
oct_number = decimal_number % 8
decimal_number //= 8
oct_number = str(oct_number)
octal_number.append(oct_number)
octal_number.reverse()
octal_number = list(map(int, octal_number))
return octal_number
#hexadecimal to decimal
def hex2int(hex_number):
length = len(hex_number)
hex_number = hex_number.upper()
decimal = 0
hex_accord = {'A': 10, 'B': 11, 'C': 12, 'D': 13, 'E': 14, 'F': 15}
n = 0
for i in hex_number:
n += 1
if '0' <= i <= '9':
i = int(i)
decimal += i * 16 ** (length - n)
else:
decimal += hex_accord * 16 ** (length - n)
return decimal
#decimal to hexadecimal
def int2hex(decimal_number):
hexadecimal = ''
if 0 <= decimal_number <= 9:
hexadecimal = str(decimal_number)
elif decimal_number == 10:
hexadecimal = 'A'
elif decimal_number == 11:
hexadecimal = 'B'
elif decimal_number == 12:
hexadecimal = 'C'
elif decimal_number == 13:
hexadecimal = 'D'
elif decimal_number == 14:
hexadecimal = 'E'
elif decimal_number == 15:
hexadecimal = 'F'
return hexadecimal
def int2hexadecimal(decimal_number):
hexadecimal_number = []
while decimal_number != 0:
hex_number = decimal_number % 16
decimal_number //= 16
hex_number = int2hex(hex_number)
hexadecimal_number.append(hex_number)
hexadecimal_number.reverse()
return hexadecimal_number
def transmission(execution_start, execution_aim, number):
if execution_start == 2:
number = bin2int(number)
elif execution_start == 8:
number = oct2int(number)
elif execution_start == 10:
number = number
elif execution_start == 16:
number = hex2int(number)
else:
print('please enter a true system!')
return False
if execution_aim == 2:
number = int2bin(number)
elif execution_aim == 8:
number = int2oct(number)
elif execution_aim == 10:
number = number
elif execution_aim == 16:
number = int2hexadecimal(number)
else:
return False
return number
def main():
number = str(input('please input a number:'))
execution_start = int(input('Which system you want to start:'))
execution_aim = int(input('Which system you want to reach:'))
if transmission(execution_start, execution_aim, number):
print('The number you want to transfer is:', transmission(execution_start, execution_aim, number), sep='')
else:
print('please enter a true system!')
if __name__ == '__main__':
main()
想问一下列表中的内容怎么连续打印看不出列表的中括号和引号，参考这个程序的使用 本帖最后由 jackz007 于 2021-10-21 23:10 编辑
这一句：
print('The number you want to transfer is:', transmission(execution_start, execution_aim, number), sep='')
改为：
print('The number you want to transfer is : ' , end = ' ')
print(* transmission(execution_start, execution_aim, number) , sep = ' , ') jackz007 发表于 2021-10-21 23:06
这一句：
改为：
TypeError: not all arguments converted during string formatting 1005663861 发表于 2021-10-22 00:05
TypeError: not all arguments converted during string formatting
用没修改的程序给出一个输入输出的样例看看呢。
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