Basilikos wrote:

Bump

cookieclickerer33 wrote:

Basilikos wrote:

Bump

you cant bump stikies

MythosLore wrote:

cookieclickerer33 wrote:

Basilikos wrote:

Bump

you cant bump stikies

I’m guessing they did this to bring it above all of the closed ones.

cookieclickerer33 wrote:

MythosLore wrote:

cookieclickerer33 wrote:

Basilikos wrote:

Bump

you cant bump stikies

I’m guessing they did this to bring it above all of the closed ones.

stikeys dont get bumped they always stay at the same position

1080GBA wrote:

super dead forum?

_nix wrote:

✽ wait until I receive message1

Use a variable to keep track of whether or not you’ve received the broadcast. (Choose “for this sprite only” when you create it.) The important thing is that you reset it right when you start waiting - that way you’ll only stop waiting once you receive the broadcast again, if you’ve received it before!

set [have I received message1? v] to [false]
wait until <(have I received message1?) = [true]>
say [I received it!] for (1) secs
 when I receive [message1 v]
set [have I received message1? v] to [true]

<(have I received message1?) = [true]>

set [sublist v] to (item (sublist 1 v) of [2d list v] :: list)
hide list [2d list v]
show list (sublist)
do what you want with the other list

<key [ v] pressed?>

<key (join [] [special character]) pressed?>

define random costume
repeat (pick random (1) to (55))
next costume
end

TP2222 wrote:

define random costume
repeat (pick random (1) to (55))
next costume
end

Hee hee

_nix wrote:

…
✽ boolean: “I receive (message)”
…

when gf clicked::cat // Whatever sprite you want
set [message1 v] to [0] // In computing, 0 means it's a false condition
broadcast[message1 v]

when I receive[message1 v]:: cat // In the same sprite or another sprite
set [message1 v] to [1] // In computing, 1 means it's a true condition

when gf clicked:: cat
forever
...
.	.	.{

}::grey
.	.	.{

}::grey
.	.	.{

} .	.	.{

}::grey
if<(message1)=(1)>then
...
else
if<<not<(message1)=(1)>>and<(message1)=(0)>>then
...
end
end
...
...
end

define shown?
set [ v] to [1]
create clone of [myself v]
set [result v] to <touching [myself v] ?>
set [ v] to [0]

when I start as a clone
if <(‌) = [1]> then
delete this clone
else
. . . 
end

undeterminstic wrote:

TP2222 wrote:

define random costume
repeat (pick random (1) to (55))
next costume
end

Hee hee

stop spamming

_nix wrote:

(#3)
…

✽ rotate around sprite: (thanks, @hill_walker123!)

Use the basic trigonometry blocks “sin” and “cos” to follow the path a circle would make around the target sprite. (You can get those by dragging out the “abs of” block at the bottom of Operators and changing its dropdown menu.)

define rotate (degrees) degrees around (sprite)
set [distance v] to (distance to (sprite))
set [direction before custom block ran v] to (direction)
point towards (sprite)
set x to (([x position v] of (sprite)) + ((distance :: variables) * ([sin v] of (((direction) + (180)) + (degrees)))
set y to (([y position v] of (sprite)) + ((distance :: variables) * ([cos v] of (((direction) + (180)) + (degrees)))
point in direction (direction before custom block ran)

…

define rotate (degrees) degrees around x:[x] y:[y]
set [distance v] to ([sqrt v] of ((((x)-(x position))*((x)-(x position)))+(((y)-(y position))*((y)-(y position))))
set [original direction v] to (direction) //i just call it 'od'
point in direction (([atan v] of (((x) - (x position)) / ((y) - (y position))))+(<(y) < (y position)>*[180]))
set x to ((x) + ((distance :: variables) * ([sin v] of (((direction) + (180)) + (degrees)))
set y to ((y) + ((distance :: variables) * ([cos v] of (((direction) + (180)) + (degrees)))
point in direction ((original direction)+(degrees)) //add (degrees)-> also rotate sprite

define rotate (degrees) degrees around x:[x] y:[y]
set [distance v] to (distance to x:(x) y:(y)::sensing)
set [original direction v] to (direction) //i just call it 'od'
point towards x:(x) y:(y)::motion
set x to ((x) + ((distance :: variables) * ([sin v] of (((direction) + (180)) + (degrees)))
set y to ((y) + ((distance :: variables) * ([cos v] of (((direction) + (180)) + (degrees)))
point in direction ((original direction)+(degrees)) //add (degrees)-> also rotate sprite

define wait until next second

define wait until next second
set [second of last frame v] to (current [second v])
repeat until <not<(second of last frame)=(current [second v])>> j{
set [second of last frame v] to (current [second v])}::control loop n//no wait until screen refresh

when this sprite not clicked :: events hat

when green flag clicked
forever
if <not <touching [mouse-pointer v] ?>> then
say [YOU DID NOT CLICK ME] for (2) secs
end
end

zeer121 wrote:

Workaround for the:

when this sprite not clicked :: events hat

Block:

Snipped block!

when green flag clicked
forever
if <not <<touching [mouse-pointer v] ?> and <mouse down?>>> then
say [YOU DID NOT CLICK ME] for (0.1) secs // tells the computer to check everytime if the sprite is not being clicked
end
end

JelliBeens-1 wrote:

Another workaround:

define shown?
set [ v] to [1]
create clone of [myself v]
set [result v] to <touching [myself v] ?>
set [ v] to [0]

when I start as a clone
if <(‌) = [1]> then
delete this clone
else
say [Hi] for (2) secs
end

zeer121 wrote:

JelliBeens-1 wrote:

-snip-