| def printDown(x): |
| printDown(8) |
| printDown(x) |
| x = x - 1 |
| print(x) |
| if x != 0: |
| def printDown(x): |
| printDown(8) |
| printDown(x) |
| x = x - 1 |
| print(x) |
| if x != 0: |
| 1 | def printDown(x): |
| 2 | print(x) |
| 3 | x = x - 1 |
| 4 | if x != 0: |
| 5 | printDown(x) |
| 6 | printDown(8) |
| def doubleNumber(a,b): |
| doubleNumber(10,4) |
| if b != 0: |
| b = b - 1 |
| a = a * 2 |
| print(a) |
| doubleNumber(a,b) |
| def doubleNumber(a,b): |
| doubleNumber(10,4) |
| if b != 0: |
| b = b - 1 |
| a = a * 2 |
| print(a) |
| doubleNumber(a,b) |
| 1 | def doubleNumber(a,b): |
| 2 | a = a * 2 |
| 3 | print(a) |
| 4 | b = b - 1 |
| 5 | if b != 0: |
| 6 | doubleNumber(a,b) |
| 7 | doubleNumber(10,4) |
| def doubleNumber(a,b): |
| else: |
| print(a) |
| a = a * 2 |
| if b != 0: |
| doubleNumber(10,4) |
| doubleNumber(a,b) |
| b = b - 1 |
| def doubleNumber(a,b): |
| else: |
| print(a) |
| a = a * 2 |
| if b != 0: |
| doubleNumber(10,4) |
| doubleNumber(a,b) |
| b = b - 1 |
| 1 | def doubleNumber(a,b): |
| 2 | a = a * 2 |
| 3 | b = b - 1 |
| 4 | if b != 0: |
| 5 | doubleNumber(a,b) |
| 6 | else: |
| 7 | print(a) |
| 8 | doubleNumber(10,4) |
| print(a) |
| if a < b: |
| def doublingUntil(a,b): |
| doublingUntil(a,b) |
| a = a * 2 |
| doublingUntil(5,200) |
| print(a) |
| if a < b: |
| def doublingUntil(a,b): |
| doublingUntil(a,b) |
| a = a * 2 |
| doublingUntil(5,200) |
| 1 | def doublingUntil(a,b): |
| 2 | a = a * 2 |
| 3 | if a < b: |
| 4 | print(a) |
| 5 | doublingUntil(a,b) |
| 6 | doublingUntil(5,200) |
| if arr != []: |
| printArrayItems([1,2,3]) |
| arr.pop(0) |
| print(arr[0]) |
| printArrayItems(arr) |
| def printArrayItems(arr): |
| if arr != []: |
| printArrayItems([1,2,3]) |
| arr.pop(0) |
| print(arr[0]) |
| printArrayItems(arr) |
| def printArrayItems(arr): |
| 1 | def printArrayItems(arr): |
| 2 | print(arr[0]) |
| 3 | arr.pop(0) |
| 4 | if arr != []: |
| 5 | printArrayItems(arr) |
| 6 | printArrayItems([1,2,3]) |
| print(t) |
| arr.pop(0) |
| else: |
| t = t + arr[0] |
| totalItems(arr,t) |
| totalItems([1,2,3]) |
| if arr != []: |
| def totalItems(arr,t=0): |
| print(t) |
| arr.pop(0) |
| else: |
| t = t + arr[0] |
| totalItems(arr,t) |
| totalItems([1,2,3]) |
| if arr != []: |
| def totalItems(arr,t=0): |
| 1 | def totalItems(arr,t=0): |
| 2 | t = t + arr[0] |
| 3 | arr.pop(0) |
| 4 | if arr != []: |
| 5 | totalItems(arr,t) |
| 6 | else: |
| 7 | print(t) |
| 8 | totalItems([1,2,3]) |
| def binaryConvert(num, t=0): |
| if num != "": |
| else: |
| binaryConvert("10101111") |
| binaryConvert(num,t) |
| if num[0] == "1": |
| num = num[1:] |
| print(t) |
| t = t + 2 ** (len(num) - 1) |
| def binaryConvert(num, t=0): |
| if num != "": |
| else: |
| binaryConvert("10101111") |
| binaryConvert(num,t) |
| if num[0] == "1": |
| num = num[1:] |
| print(t) |
| t = t + 2 ** (len(num) - 1) |
| 1 | def binaryConvert(num, t=0): |
| 2 | if num[0] == "1": |
| 3 | t = t + 2 ** (len(num) - 1) |
| 4 | num = num[1:] |
| 5 | if num != "": |
| 6 | binaryConvert(num,t) |
| 7 | else: |
| 8 | print(t) |
| 9 | binaryConvert("10101111") |
| else: |
| denaryConvert(new,a) |
| denaryConvert(6) |
| a = str(rem) + a |
| print(a) |
| def denaryConvert(num,a=""): |
| new = num //2 |
| rem = num % 2 |
| if new != 0: |
| else: |
| denaryConvert(new,a) |
| denaryConvert(6) |
| a = str(rem) + a |
| print(a) |
| def denaryConvert(num,a=""): |
| new = num //2 |
| rem = num % 2 |
| if new != 0: |
| 1 | def denaryConvert(num,a=""): |
| 2 | new = num //2 |
| 3 | rem = num % 2 |
| 4 | a = str(rem) + a |
| 5 | if new != 0: |
| 6 | denaryConvert(new,a) |
| 7 | else: |
| 8 | print(a) |
| 9 | |
| 10 | denaryConvert(6) |
| 11 |