If you want to factor the code out so it's more reusable but a bit more
code, you could do this:
repeat for each line tLine in fld 1
appendArray tDataA,(item 2 of tLine),(item 1 of tLine)
end repeat
command appendArray @pArray,pKey,pValue
if pArray[pKey] is empty then
put pValue into pArr
Thanks. I will experiment with both. I knew there had to be a simple way.
It's funny how so many coding solutions require lots of experience before
you can look at the solution without getting a headache.
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Oh, might want to set the array to empty prior to the repeat so you
avoid duplicates if you run the conversion more than once.
On 11/1/10, Mike Bonner wrote:
> Can also do it as follows:
>
>repeat for each line tLine in field 1
> put the number of items in tdataA[(item 2 of tLine)] + 1
Can also do it as follows:
repeat for each line tLine in field 1
put the number of items in tdataA[(item 2 of tLine)] + 1 into tItemNum
put item 1 of tLine into item tItemNum of tDataA[(item 2 of tLine)]
end repeat
Can most likely combine the 2 lines of the repeat into a 1 liner
Hello William,
This will give you an array with four keys corresponding to [1] fruit, [2]
dances, [3] colours, and [4] animals.
repeat for each line thisLine in theList
put the first item of thisLine & comma after myArray[the second item of
thisLine]
end repeat
The contents of each has a trail
I was wondering. If you have a list:
apple,1
orange,1
grapefruit,1
tango,2
blue,3
green,3
yellow,3
zebra,9
And you want to convert it into an array:
(apple,orange,grapefruit[1])
(tango[2])
(blue,green,yellow[3])
(zebra,[9])
What would be the easiest way. I'm always a little confused by arrays b
