when green flag clicked
set [odd v] to [1]
set [even v] to [2]
repeat ([half v] of (...)::operators)
add (even) to [even2 v]
change [even v] by (2)
end
repeat (...)
add (odd) to [odd2 v]
change [odd v] by (1)
end

RholanT3344 wrote:

when green flag clicked
set [odd v] to [1]
set [even v] to [2]
repeat ([half v] of (...)::operators)
add (even) to [even2 v]
change [even v] by (2)
end
repeat (...)
add (odd) to [odd2 v]
change [odd v] by (1)
end

asivi wrote:

Maybe change odd by 2.

scratch14236749 wrote:

How do you make the numbers touch the wrong bowl and it explodes???

Dtown10 wrote:

I am working on a project where scratch generates ten random numbers and puts them in a list. Whenever you press s the numbers are supposed to be sorted into 2 different lists even and odd. How do i sort the numbers.
this is what i have so far
https://scratch.mit.edu/projects/178918750/

when green flag clicked
repeat until <(length of [list v] :: list) < [1]>
if <((item (1 v) of [list v] :: list) mod (2)) = [0]> then
add (item (1 v) of [list v] :: list) to [even v]
else
add (item (1 v) of [list v] :: list) to [odd v]
end
delete (1 v) of [list v]
end

when I receive [ sort numbers]
repeat (10)
if <[(((item (1) of [numbers] :: list)) / (2))] contains [.] ?> then 

  
add (item (1) of [numbers] :: list) to [odd numbers]

else
add (item (1) of [numbers] :: list) to [even numbers]
end
delete (1) of [numbers]
end


My way of doing it. I would normally use the operator contains though, not the list one (I couldn't find the green one).

ethmah01 wrote:

Well I can't get the scratch blocks to work but what I normally do is divide the number by two, and if it contains a period/dot, then it must be odd. Then you just go from there

deck26 wrote:

RholanT3344 wrote:

when green flag clicked
set [odd v] to [1]
set [even v] to [2]
repeat ([half v] of (...)::operators)
add (even) to [even2 v]
change [even v] by (2)
end
repeat (...)
add (odd) to [odd2 v]
change [odd v] by (1)
end

Doesn't match the question which was about 10 random numbers - otherwise a good method to create odd and even lists.

FatCatOn1Mat wrote:

deck26 wrote:

RholanT3344 wrote:

when green flag clicked
set [odd v] to [1]
set [even v] to [2]
repeat ([half v] of (...)::operators)
add (even) to [even2 v]
change [even v] by (2)
end
repeat (...)
add (odd) to [odd2 v]
change [odd v] by (1)
end

Doesn't match the question which was about 10 random numbers - otherwise a good method to create odd and even lists.

define Sort(numberList :: custom-arg)
set [counter v] to [0]
delete (all v) of [odd v] :: list
delete (all v) of [even v] :: list
repeat (length of (numberList :: custom-arg))
change [counter v] by (1)
if <((letter (counter) of (numberList :: custom-arg))/(2)) contains [.]? :: operators> then
add (letter (counter) of (numberList :: custom-arg)) to [odd v]
else
add (letter (counter) of (numberList :: custom-arg)) to [even v]
end
end

grandforks wrote:

An even and odd number sorter can work like this(WARNING! THIS ONLY WORKS IN SCRATCH 3.0):

define Sort(numberList :: custom-arg)
set [counter v] to [0]
delete (all v) of [odd v] :: list
delete (all v) of [even v] :: list
repeat (length of (numberList :: custom-arg))
change [counter v] by (1)
if <((letter (counter) of (numberList :: custom-arg))/(2)) contains [.]? :: operators> then
add (letter (counter) of (numberList :: custom-arg)) to [odd v]
else
add (letter (counter) of (numberList :: custom-arg)) to [even v]
end
end

Because if you divide 3 by 2, you get a result of 1.5. 1.5 has a decimal point which this code is built to detect. This only works for strings though.