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Zen

Translation

In the previous levels the you've learned how to make a tic tac -tac-toe game had an annoying feature. After every move, you had to fill in yourself if you had. The game works, but is quite annoying as it keeps asking you if you've won yet.
Now that we have the {elif} command, we can let the game decide if someone has won or not.
This made the game playable, but also quite slowand it can stop asking us!

### Exercise
***Paste your code*** Paste your code from the previous level here and make it level 17 proof. In this level we hayou've learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.o use a colon everytime you create a block of code. Please add the colons in the correct spots.

***Create a function that detects if someone's won*** We have started the function for you, paste it under the function `print_field` and finish the function. You can see that this first piece of code checks to see if spot 1, 2 and 3 are the same, because if they are you have 3 in a row.
It also checks if they are not a dot, because if they are, the line might have the same symbols on them, but that's just because it's still empty.
If all these conditions are met, the game is over and the winner is printed.
Finish this function with all possible ways to win. This means you have to make this for the other 2 rows, 3 columns and 2 diagonals.
If you've finished all the other options, the function should return the variable `game_over` so we can use it in our game.

***Call the function in the game*** Go to the line `game_over = {ask} 'Did you win?'` and change it to `game_over = {call} detect_winner {with} field, sign`. Now the function will check if there's a winner and the game doesn't need to keep asking anymore!

***Enjoy your game!*** Great job! You have finished the game! Enjoy playing it!
adventures->tic->levels->17->story_text
English
In the previous level you've learned how to make a tic-tac-toe game. The game works, but is quite annoying as it keeps asking you if you've won yet.
Now that we have the {elif} command, we can let the game decide if someone has won and it can stop asking us!

### Exercise
***Paste your code*** Paste your code from the previous level here and make it level 17 proof. In this level you've learned to use a colon everytime you create a block of code. Please add the colons in the correct spots.

***Create a function that detects if someone's won*** We have started the function for you, paste it under the function `print_field` and finish the function. You can see that this first piece of code checks to see if spot 1, 2 and 3 are the same, because if they are you have 3 in a row.
It also checks if they are not a dot, because if they are, the line might have the same symbols on them, but that's just because it's still empty.
If all these conditions are met, the game is over and the winner is printed.
Finish this function with all possible ways to win. This means you have to make this for the other 2 rows, 3 columns and 2 diagonals.
If you've finished all the other options, the function should return the variable `game_over` so we can use it in our game.

***Call the function in the game*** Go to the line `game_over = {ask} 'Did you win?'` and change it to `game_over = {call} detect_winner {with} field, sign`. Now the function will check if there's a winner and the game doesn't need to keep asking anymore!

***Enjoy your game!*** Great job! You have finished the game! Enjoy playing it!
743/16040 · 1604

This translation is currently locked.

Key English Malay Actions
adventures->tic->name
Tic-Tac-Toe
Tic Tac Toe
adventures->tic->default_save_name
Tic
Tic
adventures->tic->description
Play a game of Tic Tac Toe!
Play a game of Tic Tac Toe!
adventures->tic->levels->16->story_text
Let's program a game of tic-tac-toe!

### Exercise
In this adventure we'll start with creating an empty field.

***Create a list called field*** This list will be our playing field. This list is filled with 9 dots, since there are no x's and o's yet at the start of our game.

***Create a function that prints the field*** Firstly, clear the screen so the old playing fields will be removed. Then we print the first line of our Tic Tac Toe field. This line constists of the first 3 spots in our list field.
We have already programmed this line for you. Now finish the field by printing spot 4, 5, and 6 on the second row and spot 7, 8 and 9 in the third row.

***Call the function that prints the field*** Now call the function.
<div class="w-full flex flex-row gap-2">
Run the code. Your output should look like this: <img src="https://github.com/hedyorg/hedy/assets/80678586/bcbd156e-4b48-4e82-84ae-f86d21b0cbcc" width="100">
</div>

***Continue in the next tab*** In the next tab you'll learn how to program the game itself.
Let's program a game of tic-tac-toe!

### Exercise
In this adventure we'll start with creating an empty field.

***Create a list called field*** This list will be our playing field. This list is filled with 9 dots, since there are no x's and o's yet at the start of our game.

***Create a function that prints the field*** Firstly, clear the screen so the old playing fields will be removed. Then we print the first line of our Tic Tac Toe field. This line constists of the first 3 spots in our list field.
We have already programmed this line for you. Now finish the field by printing spot 4, 5, and 6 on the second row and spot 7, 8 and 9 in the third row.

***Call the function that prints the field*** Now call the function.
<div class="w-full flex flex-row gap-2">
Run the code. Your output should look like this: <img src="https://github.com/hedyorg/hedy/assets/80678586/bcbd156e-4b48-4e82-84ae-f86d21b0cbcc" width="100">
</div>

***Continue in the next tab*** In the next tab you'll learn how to program the game itself.
adventures->tic->levels->16->example_code
```
# Create a list called field
_ = ['.', '.', '.', '.', '.', '.', '.', '.', '.']

# Create a function that prints the field
{define} print_field
_
{print} 'TIC TAC TOE'
{print} field[1] field[2] field[3]
_
_

# Call the function
```
```
# Create a list called field
_ = ['.', '.', '.', '.', '.', '.', '.', '.', '.']

# Create a function that prints the field
{define} print_field
_
{print} 'TIC TAC TOE'
{print} field[1] field[2] field[3]
_
_

# Call the function
```
adventures->tic->levels->17->story_text
In the previous level you've learned how to make a tic-tac-toe game. The game works, but is quite annoying as it keeps asking you if you've won yet.
Now that we have the {elif} command, we can let the game decide if someone has won and it can stop asking us!

### Exercise
***Paste your code*** Paste your code from the previous level here and make it level 17 proof. In this level you've learned to use a colon everytime you create a block of code. Please add the colons in the correct spots.

***Create a function that detects if someone's won*** We have started the function for you, paste it under the function `print_field` and finish the function. You can see that this first piece of code checks to see if spot 1, 2 and 3 are the same, because if they are you have 3 in a row.
It also checks if they are not a dot, because if they are, the line might have the same symbols on them, but that's just because it's still empty.
If all these conditions are met, the game is over and the winner is printed.
Finish this function with all possible ways to win. This means you have to make this for the other 2 rows, 3 columns and 2 diagonals.
If you've finished all the other options, the function should return the variable `game_over` so we can use it in our game.

***Call the function in the game*** Go to the line `game_over = {ask} 'Did you win?'` and change it to `game_over = {call} detect_winner {with} field, sign`. Now the function will check if there's a winner and the game doesn't need to keep asking anymore!

***Enjoy your game!*** Great job! You have finished the game! Enjoy playing it!
In the previous levels the tic tac toe game had an annoying feature. After every move, you had to fill in yourself if you had won or not.
This made the game playable, but also quite slow. In this level we have learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.
adventures->tic->levels->17->example_code
```
# Paste your code here and make it level 17 proof

# Create a function that detects if someone has won
{define} detect_winner {with} field, sign:
{if} field[1] == field[2] {and} field[2] == field[3] {and} field[1] != '.':
game_over = 'yes'
{print} 'Player ' sign 'wins!'
{elif}:
_
{else}:
game_over = 'no'
{return} _
```
```
sign = 'x'
open_spots = [1, 2, 3, 4, 5, 6, 7, 8, 9]
game = 'on'
spot_1 = '.'
spot_2 = '.'
spot_3 = '.'
spot_4 = '.'
spot_5 = '.'
spot_6 = '.'
spot_7 = '.'
spot_8 = '.'
spot_9 = '.'
{print} 'TIC TAC TOE!'
{print} spot_1 spot_2 spot_3
{print} spot_4 spot_5 spot_6
{print} spot_7 spot_8 spot_9
{print} ' '
{while} game != 'over':
choice = {ask} 'Player ' sign ', which spot?'
{if} choice {in} open_spots:
{remove} choice {from} open_spots
{if} choice == 1:
spot_1 = sign
{if} choice == 2:
spot_2 = sign
{if} choice == 3:
spot_3 = sign
{if} choice == 4:
spot_4 = sign
{if} choice == 5:
spot_5 = sign
{if} choice == 6:
spot_6 = sign
{if} choice == 7:
spot_7 = sign
{if} choice == 8:
spot_8 = sign
{if} choice == 9:
spot_9 = sign
{else}:
{print} 'That spot was already taken'
{print} spot_1 spot_2 spot_3
{print} spot_4 spot_5 spot_6
{print} spot_7 spot_8 spot_9
{print} ' '
{if} spot_1 == spot_2 {and} spot_2 == spot_3 {and} spot_1 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_4 == spot_5 {and} spot_5 == spot_6 {and} spot_4 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_7 == spot_8 {and} spot_8 == spot_9 {and} spot_7 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_1 == spot_4 {and} spot_4 == spot_7 {and} spot_1 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_2 == spot_5 {and} spot_5 == spot_8 {and} spot_2 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_3 == spot_6 {and} spot_6 == spot_9 {and} spot_3 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_1 == spot_5 {and} spot_5 == spot_9 {and} spot_1 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_3 == spot_5 {and} spot_5 == spot_7 {and} spot_3 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{else}:
{if} sign == 'x':
sign = 'o'
{else}:
sign = 'x'
```
adventures->tic_2->name
Tic-Tac-Toe 2
Tic-Tac-Toe 2
adventures->tic_2->default_save_name
Tic
Tic
adventures->tic_2->description
Play a game of Tic Tac Toe!
Play a game of Tic Tac Toe!
adventures->tic_2->levels->16->story_text
In the previous adventure you've learned how to create a playing field. Now you'll learn how to create the game!

### Exercise
***Paste your code*** Start by pasting your code from the previous adventure here.

***Add variables*** Underneath your list called `field` we'll add 2 more variables that we'll need to program the game.
The variable `game_over` tells us if the game is over, and should be 'no' at the start of the game.
The variable `sign` tells us if it's the turn of player x or player o. Set the variable to 'x'.

***The game*** First use a {while} command, to make sure the game keeps on playing the variable while game_over is set to no.
During the game, we first ask the player which spot they choose. Then we change the field with the number they chose into their sign.
Then we print the field again and we ask the player if they've won yet. Lastly we want to switch whose turn it is, so if the sign is 'x' it should be 'o' and the other way around.

***Test your game*** Does your game work? Great, have fun playing the game! If not, use the ladybug button to debug your code.
You might have noticed one mistake in the code though, you can steal the other player's spot! If the other person chose spot 1, you could simply enter 1 after them and steal their spot.
That's not fair! Go to the next tab to learn how to fix this problem.
In the previous adventure you've learned how to create a playing field. Now you'll learn how to create the game!

### Exercise
***Paste your code*** Start by pasting your code from the previous adventure here.

***Add variables*** Underneath your list called `field` we'll add 2 more variables that we'll need to program the game.
The variable `game_over` tells us if the game is over, and should be 'no' at the start of the game.
The variable `sign` tells us if it's the turn of player x or player o. Set the variable to 'x'.

***The game*** First use a {while} command, to make sure the game keeps on playing the variable while game_over is set to no.
During the game, we first ask the player which spot they choose. Then we change the field with the number they chose into their sign.
Then we print the field again and we ask the player if they've won yet. Lastly we want to switch whose turn it is, so if the sign is 'x' it should be 'o' and the other way around.

***Test your game*** Does your game work? Great, have fun playing the game! If not, use the ladybug button to debug your code.
You might have noticed one mistake in the code though, you can steal the other player's spot! If the other person chose spot 1, you could simply enter 1 after them and steal their spot.
That's not fair! Go to the next tab to learn how to fix this problem.
Key English Malay Actions
adventures->tic->default_save_name
Tic
Tic
adventures->tic->description
Play a game of Tic Tac Toe!
Play a game of Tic Tac Toe!
adventures->tic->levels->16->example_code
```
# Create a list called field
_ = ['.', '.', '.', '.', '.', '.', '.', '.', '.']

# Create a function that prints the field
{define} print_field
_
{print} 'TIC TAC TOE'
{print} field[1] field[2] field[3]
_
_

# Call the function
```
```
# Create a list called field
_ = ['.', '.', '.', '.', '.', '.', '.', '.', '.']

# Create a function that prints the field
{define} print_field
_
{print} 'TIC TAC TOE'
{print} field[1] field[2] field[3]
_
_

# Call the function
```
adventures->tic->levels->16->story_text
Let's program a game of tic-tac-toe!

### Exercise
In this adventure we'll start with creating an empty field.

***Create a list called field*** This list will be our playing field. This list is filled with 9 dots, since there are no x's and o's yet at the start of our game.

***Create a function that prints the field*** Firstly, clear the screen so the old playing fields will be removed. Then we print the first line of our Tic Tac Toe field. This line constists of the first 3 spots in our list field.
We have already programmed this line for you. Now finish the field by printing spot 4, 5, and 6 on the second row and spot 7, 8 and 9 in the third row.

***Call the function that prints the field*** Now call the function.
<div class="w-full flex flex-row gap-2">
Run the code. Your output should look like this: <img src="https://github.com/hedyorg/hedy/assets/80678586/bcbd156e-4b48-4e82-84ae-f86d21b0cbcc" width="100">
</div>

***Continue in the next tab*** In the next tab you'll learn how to program the game itself.
Let's program a game of tic-tac-toe!

### Exercise
In this adventure we'll start with creating an empty field.

***Create a list called field*** This list will be our playing field. This list is filled with 9 dots, since there are no x's and o's yet at the start of our game.

***Create a function that prints the field*** Firstly, clear the screen so the old playing fields will be removed. Then we print the first line of our Tic Tac Toe field. This line constists of the first 3 spots in our list field.
We have already programmed this line for you. Now finish the field by printing spot 4, 5, and 6 on the second row and spot 7, 8 and 9 in the third row.

***Call the function that prints the field*** Now call the function.
<div class="w-full flex flex-row gap-2">
Run the code. Your output should look like this: <img src="https://github.com/hedyorg/hedy/assets/80678586/bcbd156e-4b48-4e82-84ae-f86d21b0cbcc" width="100">
</div>

***Continue in the next tab*** In the next tab you'll learn how to program the game itself.
adventures->tic->levels->17->example_code
```
# Paste your code here and make it level 17 proof

# Create a function that detects if someone has won
{define} detect_winner {with} field, sign:
{if} field[1] == field[2] {and} field[2] == field[3] {and} field[1] != '.':
game_over = 'yes'
{print} 'Player ' sign 'wins!'
{elif}:
_
{else}:
game_over = 'no'
{return} _
```
```
sign = 'x'
open_spots = [1, 2, 3, 4, 5, 6, 7, 8, 9]
game = 'on'
spot_1 = '.'
spot_2 = '.'
spot_3 = '.'
spot_4 = '.'
spot_5 = '.'
spot_6 = '.'
spot_7 = '.'
spot_8 = '.'
spot_9 = '.'
{print} 'TIC TAC TOE!'
{print} spot_1 spot_2 spot_3
{print} spot_4 spot_5 spot_6
{print} spot_7 spot_8 spot_9
{print} ' '
{while} game != 'over':
choice = {ask} 'Player ' sign ', which spot?'
{if} choice {in} open_spots:
{remove} choice {from} open_spots
{if} choice == 1:
spot_1 = sign
{if} choice == 2:
spot_2 = sign
{if} choice == 3:
spot_3 = sign
{if} choice == 4:
spot_4 = sign
{if} choice == 5:
spot_5 = sign
{if} choice == 6:
spot_6 = sign
{if} choice == 7:
spot_7 = sign
{if} choice == 8:
spot_8 = sign
{if} choice == 9:
spot_9 = sign
{else}:
{print} 'That spot was already taken'
{print} spot_1 spot_2 spot_3
{print} spot_4 spot_5 spot_6
{print} spot_7 spot_8 spot_9
{print} ' '
{if} spot_1 == spot_2 {and} spot_2 == spot_3 {and} spot_1 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_4 == spot_5 {and} spot_5 == spot_6 {and} spot_4 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_7 == spot_8 {and} spot_8 == spot_9 {and} spot_7 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_1 == spot_4 {and} spot_4 == spot_7 {and} spot_1 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_2 == spot_5 {and} spot_5 == spot_8 {and} spot_2 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_3 == spot_6 {and} spot_6 == spot_9 {and} spot_3 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_1 == spot_5 {and} spot_5 == spot_9 {and} spot_1 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{elif} spot_3 == spot_5 {and} spot_5 == spot_7 {and} spot_3 != '.':
{print} 'Player ' sign ' wins!'
game = 'over'
{else}:
{if} sign == 'x':
sign = 'o'
{else}:
sign = 'x'
```
adventures->tic->levels->17->story_text
In the previous level you've learned how to make a tic-tac-toe game. The game works, but is quite annoying as it keeps asking you if you've won yet.
Now that we have the {elif} command, we can let the game decide if someone has won and it can stop asking us!

### Exercise
***Paste your code*** Paste your code from the previous level here and make it level 17 proof. In this level you've learned to use a colon everytime you create a block of code. Please add the colons in the correct spots.

***Create a function that detects if someone's won*** We have started the function for you, paste it under the function `print_field` and finish the function. You can see that this first piece of code checks to see if spot 1, 2 and 3 are the same, because if they are you have 3 in a row.
It also checks if they are not a dot, because if they are, the line might have the same symbols on them, but that's just because it's still empty.
If all these conditions are met, the game is over and the winner is printed.
Finish this function with all possible ways to win. This means you have to make this for the other 2 rows, 3 columns and 2 diagonals.
If you've finished all the other options, the function should return the variable `game_over` so we can use it in our game.

***Call the function in the game*** Go to the line `game_over = {ask} 'Did you win?'` and change it to `game_over = {call} detect_winner {with} field, sign`. Now the function will check if there's a winner and the game doesn't need to keep asking anymore!

***Enjoy your game!*** Great job! You have finished the game! Enjoy playing it!
In the previous levels the tic tac toe game had an annoying feature. After every move, you had to fill in yourself if you had won or not.
This made the game playable, but also quite slow. In this level we have learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.
adventures->tic->name
Tic-Tac-Toe
Tic Tac Toe
adventures->turtle->default_save_name
Turtle
Turtle
adventures->turtle->description
Make your own drawing
Make your own drawing
adventures->turtle_draw_it->default_save_name
Draw it
Draw it

Loading…

User avatar None

String updated in the repository

  1. Hedy
  2. Adventures
  3. Malay
In the previous level you've learned how to make a tic-tac-toe game. The game works, but is quite annoying as it keeps asking you if you've won yet.
Now that we have the {elif} command, we can let the game decide if someone has won and it can stop asking us!

### Exercise
***Paste your code*** Paste your code from the previous level here and make it level 17 proof. In this level you've learned to use a colon everytime you create a block of code. Please add the colons in the correct spots.

***Create a function that detects if someone's won*** We have started the function for you, paste it under the function `print_field` and finish the function. You can see that this first piece of code checks to see if spot 1, 2 and 3 are the same, because if they are you have 3 in a row.
It also checks if they are not a dot, because if they are, the line might have the same symbols on them, but that's just because it's still empty.
If all these conditions are met, the game is over and the winner is printed.
Finish this function with all possible ways to win. This means you have to make this for the other 2 rows, 3 columns and 2 diagonals.
If you've finished all the other options, the function should return the variable `game_over` so we can use it in our game.

***Call the function in the game*** Go to the line `game_over = {ask} 'Did you win?'` and change it to `game_over = {call} detect_winner {with} field, sign`. Now the function will check if there's a winner and the game doesn't need to keep asking anymore!

***Enjoy your game!*** Great job! You have finished the game! Enjoy playing it!
In the previous levels the tic tac toe game had an annoying feature. After every move, you had to fill in yourself if you had won or not.
This made the game playable, but also quite slow. In this level we have learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.
a month ago
User avatar None

Source string changed

  1. Hedy
  2. Adventures
  3. Malay
In the previous levels the you've learned how to make a tic tac -tac-toe game had an annoying feature. After every move, you had to fill in yourself if you had. The game works, but is quite annoying as it keeps asking you if you've won yet.
Now that we have the {elif} command, we can let the game decide if someone has won or not.
This made the game playable, but also quite slowand it can stop asking us!

### Exercise
***Paste your code*** Paste your code from the previous level here and make it level 17 proof. In this level we hayou've learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.o use a colon everytime you create a block of code. Please add the colons in the correct spots.

***Create a function that detects if someone's won*** We have started the function for you, paste it under the function `print_field` and finish the function. You can see that this first piece of code checks to see if spot 1, 2 and 3 are the same, because if they are you have 3 in a row.
It also checks if they are not a dot, because if they are, the line might have the same symbols on them, but that's just because it's still empty.
If all these conditions are met, the game is over and the winner is printed.
Finish this function with all possible ways to win. This means you have to make this for the other 2 rows, 3 columns and 2 diagonals.
If you've finished all the other options, the function should return the variable `game_over` so we can use it in our game.

***Call the function in the game*** Go to the line `game_over = {ask} 'Did you win?'` and change it to `game_over = {call} detect_winner {with} field, sign`. Now the function will check if there's a winner and the game doesn't need to keep asking anymore!

***Enjoy your game!*** Great job! You have finished the game! Enjoy playing it!
a month ago
User avatar addon:prefill

Automatically translated

  1. Hedy
  2. Adventures
  3. Malay
In the previous levels the tic tac toe game had an annoying feature. After every move, you had to fill in yourself if you had won or not.
This made the game playable, but also quite slow. In this level we have learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.
In the previous levels the tic tac toe game had an annoying feature. After every move, you had to fill in yourself if you had won or not.
This made the game playable, but also quite slow. In this level we have learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.
a month ago
User avatar None

String added in the repository

  1. Hedy
  2. Adventures
  3. Malay
In the previous levels the tic tac toe game had an annoying feature. After every move, you had to fill in yourself if you had won or not.
This made the game playable, but also quite slow. In this level we have learned the `{elif}` command, that could solve that problem.
To use the `{elif}` to let Hedy check whether or not a player has won is fun, but it also requires a fair amount of extra lines.

In the example code you see that we added the requirements to win (3 spots in a row horizontally, vertically or diagonally).
You can find them in line 46 to 69. You can see that each time the requirement is met (so if a player has won) the variable game is set to 'over'.
This means that the `{while}` loop will be stopped and the game ends.
 
a month ago
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The following format strings are missing: ## , The following format strings are missing: `game_over = {ask} 'Did you win?'`, The following format strings are missing: `game_over = {call} detect_winner {with} field, sign`, The following format strings are missing: `game_over`, The following format strings are missing: `print_field`
The following format strings are extra: `{elif}`, The following format strings are extra: `{while}`

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Python brace format Enforced

The following format strings are missing: {ask}, The following format strings are missing: {call}, The following format strings are missing: {with}
The following format strings are extra: {elif}, The following format strings are extra: {while}

Glossary

English Malay
level Hedy

String information

Key
adventures->tic->levels->17->story_text
Labels
Automatically translated
Flags
ignore-double-space, ignore-ellipsis, ignore-inconsistent, ignore-long-untranslated, ignore-same, ignore-translated, placeholders:r"`([^`\n\r]+)`|## ", python-brace-format
String age
a month ago
Last updated
a month ago
Source string age
2 years ago
Translation file
content/adventures/ms.yaml, string 654