think [Just look up a pen-saving tutorial?]

define PenSave
The code for the OTHER modes; Pen and Eraser
if <(Mode) = [3 (Stamp)]> then
Find (every (stamp) input)
Repeat (every (stamp) input)
 go to x: ( (X) of every (stamp) input) y: ( (Y) of every (stamp) input)
set [StampID v] to ( (StampID) of every (stamp) input)
stamp (StampID)
end

define ScreenSave
Get screen code
Set [ScreenCode v] to (Whatever goes here)
delete all of [SaveCode v]
add [↓↓↓ Code ↓↓↓] to [SaveCode v]
add (ScreenCode) to [SaveCode v]
add [Now save it somewhere or post it in the comments!] to [SaveCode v]

define Decode (Code)
Load (Code)

legendary34678 wrote:

(#2)
You would have to save the screen as the pen drawing is made because there's no way to save the entire screen's pixels (as far as I know) unless you do some insane color detection magic.

zappgame_version3 wrote:

(You know that point”)

Arzenist wrote:

You just record the color and position of each pixel into a list separated with a special character, and then with another special characters for the next pixel, then for the import process you measure the numbers color and stop at the special char 1, set the pen color to that, then measure the pixels x position and set the position of the pen to that

Dumb-behind me wrote:

Arzenist wrote:

You just record the color and position of each pixel into a list separated with a special character, and then with another special characters for the next pixel, then for the import process you measure the numbers color and stop at the special char 1, set the pen color to that, then measure the pixels x position and set the position of the pen to that

*reads that 99999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999 times and still doesn’t get it*

Arzenist wrote:

You just record the color and position of each pixel into a list separated by a special character, and then with another special character for the next pixel, then for the import process you measure the numbers color and stop at the special char 1, set the pen color to that, then measure the pixels x position and set the position of the pen to that (Grammarly got mad so I had to edit it)

forever
if <mouse down?> then
set [color v] effect to (color)
stamp
add (color) to [colors v]
add (x position) to [x-positions v]
add (y position) to [y-positions v]
wait until <not <mouse down?>>
end
end

Coder105024 wrote:

(#14)

forever
if <mouse down?> then
set [color v] effect to (color)
stamp
add (color) to [colors v]
add (x position) to [x-positions v]
add (y position) to [y-positions v]
wait until <not <mouse down?>>
end
end

zappgame_version3 wrote:

Coder105024 wrote:

(#14)

forever
if <mouse down?> then
set [color v] effect to (color)
stamp
add (color) to [colors v]
add (x position) to [x-positions v]
add (y position) to [y-positions v]
wait until <not <mouse down?>>
end
end

Yes but how would you LOAD It?

when I receive [load v]
set [item v] to [1]
repeat (length of [colors v] :: list)
go to x: (item (item) of [x-positions v] :: list) y: (item (item) of [y-positions] :: list)
set [color v] effect to (item (item) of [colors v] :: list)
stamp
change [item v] by (1)
end