when green flag clicked
play sound [Please help! v] until done
forever
if <key [REMIX v] pressed?> then
set [Help v] to [Done]
end
end

set [Save Code v] to []
set [Save Code v] to (join (Save Code) (Hat))
if <(Shirt) > [9]> then 
set [Save Code v] to (join (Save Code) (Shirt))
  

else
set [Save Code v] to (join (Save Code)(join (0) (Shirt)))
end
set [Save Code v] to (join (Save Code) (Shoe))

ask [Code?] and wait
set [Code v] to (answer)
set [Hat v] to (letter (1) of (Code))
set [Shirt v] to (join (letter (2) of (Code))(letter (3) of (Code)))
set [Shoe v] to (letter (4) of (Code))

XretroperX wrote:

I made a project that utilizes this very well: https://scratch.mit.edu/272276019.

It's a clicker game, so I made it multiply some of the variables I wanted to save, then combined the number into codes that could be loaded in, then divided them by what they were multiplied by to give back the exact number. You can analyze the project above if you need a visual.

CamG777 wrote:

The way a save code works, is it assigns a value to each part of you project and puts them all together. Lets say with your dress a dog, you had

4 Hat options
11 Shirt options
7 Shoe options

You would store the value of each in a variable. The first costume would be named 1. This code could make the save code.

set [Save Code v] to []
set [Save Code v] to (join (Save Code) (Hat))
if <(Shirt) > [9]> then 
set [Save Code v] to (join (Save Code) (Shirt))
  

else
set [Save Code v] to (join (Save Code)(join (0) (Shirt)))
end
set [Save Code v] to (join (Save Code) (Shoe))

This will give you a save code. With shirt since it has 2 digits of options, we need to make sure it's always a 2 digit number in the save code. So if it's a 1 digit number(Less then 10), we need to add a zero in front of it.

Now to decode

ask [Code?] and wait
set [Code v] to (answer)
set [Hat v] to (letter (1) of (Code))
set [Shirt v] to (join (letter (2) of (Code))(letter (3) of (Code)))
set [Shoe v] to (letter (4) of (Code))

This works by taking the save code and putting it back to the variables that it was made from!
Hopes this helps!

FriesAndKetchup123 wrote:

XretroperX wrote:

I made a project that utilizes this very well: https://scratch.mit.edu/272276019.

It's a clicker game, so I made it multiply some of the variables I wanted to save, then combined the number into codes that could be loaded in, then divided them by what they were multiplied by to give back the exact number. You can analyze the project above if you need a visual.

Hi, XretroperX! Thanks, but maybe check that your project there is shared, because when I use the link, it says it is not shared, so could you check that it is shared please! Thank you!

CamG777 wrote:

The way a save code works, is it assigns a value to each part of you project and puts them all together. Lets say with your dress a dog, you had

4 Hat options
11 Shirt options
7 Shoe options

You would store the value of each in a variable. The first costume would be named 1. This code could make the save code.

set [Save Code v] to []
set [Save Code v] to (join (Save Code) (Hat))
if <(Shirt) > [9]> then 
set [Save Code v] to (join (Save Code) (Shirt))
  

else
set [Save Code v] to (join (Save Code)(join (0) (Shirt)))
end
set [Save Code v] to (join (Save Code) (Shoe))

This will give you a save code. With shirt since it has 2 digits of options, we need to make sure it's always a 2 digit number in the save code. So if it's a 1 digit number(Less then 10), we need to add a zero in front of it.

Now to decode

ask [Code?] and wait
set [Code v] to (answer)
set [Hat v] to (letter (1) of (Code))
set [Shirt v] to (join (letter (2) of (Code))(letter (3) of (Code)))
set [Shoe v] to (letter (4) of (Code))

This works by taking the save code and putting it back to the variables that it was made from!
Hopes this helps!

FriesAndKetchup123 wrote:

CamG777 wrote:

The way a save code works, is it assigns a value to each part of you project and puts them all together. Lets say with your dress a dog, you had

4 Hat options
11 Shirt options
7 Shoe options

You would store the value of each in a variable. The first costume would be named 1. This code could make the save code.

set [Save Code v] to []
set [Save Code v] to (join (Save Code) (Hat))
if <(Shirt) > [9]> then 
set [Save Code v] to (join (Save Code) (Shirt))
  

else
set [Save Code v] to (join (Save Code)(join (0) (Shirt)))
end
set [Save Code v] to (join (Save Code) (Shoe))

This will give you a save code. With shirt since it has 2 digits of options, we need to make sure it's always a 2 digit number in the save code. So if it's a 1 digit number(Less then 10), we need to add a zero in front of it.

Now to decode

ask [Code?] and wait
set [Code v] to (answer)
set [Hat v] to (letter (1) of (Code))
set [Shirt v] to (join (letter (2) of (Code))(letter (3) of (Code)))
set [Shoe v] to (letter (4) of (Code))

This works by taking the save code and putting it back to the variables that it was made from!
Hopes this helps!

Thank you CamG777! I am very sorry, as I didn't understand that thoroughly! If you try making a project using that code and posting the link on this forum, I will look at that and get an idea of what it should be like! Thx again!

CamG777 wrote:

https://scratch.mit.edu/projects/628579767/

CamG777 wrote:

https://scratch.mit.edu/projects/628579767/

FriesAndKetchup123 wrote:

XretroperX wrote:

I made a project that utilizes this very well: https://scratch.mit.edu/272276019.

It's a clicker game, so I made it multiply some of the variables I wanted to save, then combined the number into codes that could be loaded in, then divided them by what they were multiplied by to give back the exact number. You can analyze the project above if you need a visual.

Hi, XretroperX! Thanks, but maybe check that your project there is shared, because when I use the link, it says it is not shared, so could you check that it is shared please! Thank you!

NanoBug_ wrote:

FriesAndKetchup123 wrote:

XretroperX wrote:

I made a project that utilizes this very well: https://scratch.mit.edu/272276019.

It's a clicker game, so I made it multiply some of the variables I wanted to save, then combined the number into codes that could be loaded in, then divided them by what they were multiplied by to give back the exact number. You can analyze the project above if you need a visual.

Hi, XretroperX! Thanks, but maybe check that your project there is shared, because when I use the link, it says it is not shared, so could you check that it is shared please! Thank you!

The link that he should have put is : https://scratch.mit.edu/projects/272276019

define