10274837 wrote:

1080GBA wrote:

<(a) is an integer?::operators>

Workaround:

<(a) = (round(a))>

D-ScratchNinja wrote:

I know a workaround for an XOR gate (only 1 of 2 conditions are true = the XOR is true).

<(<some condition :: grey> + <some condition :: grey>) = [1]>

So feel free to add it in.

if <(1) = (test)> then{
change [test v] by (1)::variables}::control

change [test v] by ((1)*<(1) = (test)>)::variables

1080GBA wrote:

hey nix i like single blocked workarounds more can you do it
example:
change

if <(1) = (test)> then{
change [test v] by (1)::variables}::control

into

change [test v] by ((1)*<(1) = (test)>)::variables

ScratchCat_50 wrote:

Sudgestion:
Where it mentions hacked blocks note the your project has a chance to be marked as NFE if used

yavuz61035 wrote:

congrats on the sticky!

also, there is another method for (# of costumes)

set [old costume v] to (costume [number v] :: looks)
set [costumes v] to [1]
switch costume to ((0) + (0))
repeat (2)
next costume
end
repeat until <(costume [number v] :: looks) = [1]>
next costume
change [count v] by (1)
end
switch costume to (old costume)

define dec to hex (input)
set [index v] to (-1)
set [output v] to () // blank
set [digit v] to (1)
repeat until <(digit) = (0)>
change [index v] by (1)
exponent (16) ::custom
set [digit v] to ([floor v] of ((input) / (tempvalue)) ::data // tempvalue is defined in "exponent (16)"
end
repeat (index)
change [index v] by (-1)
exponent (16) :: custom
set [digit v] to (([floor v] of ((input) / (tempvalue))) mod (16))
set [output v] to (join (output) (item ((digit) + (1)) of [hextable v] :: list)) // "hextable" is a list with 0-9, and a-f, in that order
end

define exponent (base)
set [tempvalue v] to (1)
repeat (index)
set [tempvalue v] to ((tempvalue) * (base))
end

graham3078 wrote:

Could you add a workaround for “when stop sign clicked”

when green flag clicked
forever
reset timer
end

when [timer v] > (0.1)
...

when green flag clicked
forever
set [timer v] to (timer)
end

when [timer v] > (timer:: variables)
...

<[] is an [ v]? ::operators>

define (thing) is an (type)?
set [actualType v] to []
if <(thing) < [0]> then 
if <(thing) = ((thing) * (1))> then 
if <(thing) = ([floor v] of (thing))> then 
set [actualType v] to [negative integer]
else
set [actualType v] to [negative decimal]
end
else
set [actualType v] to [string]
end
else
if <(thing) = [0]> then 
set [actualType v] to [zero]
else
if <(thing) = ([floor v] of (thing))> then 
set [actualType v] to [positive integer]
else
set [actualType v] to [positive decimal]
end
end
end
if <(type) = [positive number]> then 
if <<(actualType) = [positive decimal]> or <(actualType) = [positive integer]>> then 
set [result v] to [true]
else
set [result v] to [false]
end
else
if <(type) = [negative number]> then 
if <<(actualType) = [negative decimal]> or <(actualType) = [negative integer]>> then 
set [result v] to [true]
else
set [result v] to [false]
end
else
if <(type) = [integer]> then 
if <<(actualType) = [positive integer]> or <(actualType) = [negative integer]>> then 
set [result v] to [true]
else
set [result v] to [false]
end
else
if <(type) = [decimal]> then 
if <<(actualType) = [positive decimal]> or <(actualType) = [negative decimal]>> then 
set [result v] to [true]
else
set [result v] to [false]
end
else
if <(type) = (actualType)> then 
set [result v] to [true]
else
set [result v] to [false]
end
end
end
end
end

<key [enter v] pressed?>

<key (join [enter] []) pressed?>

<pointing towards [Sprite1 v]? :: sensing>

define Pause
set volume to (0) %
set [pitch v] effect to (-360) :: sound

define Play
set [pitch v] effect to (0) :: sound
set volume to (100) %

WindowsMeRules2000 wrote:

Can I make the 8th workaround guide?