The AttributeSplitter with a space as delimiter character will have the desired result without having to use regular expressions.

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The AttributeSplitter with a space as delimiter character will have the desired result without having to use regular expressions.

I agree that the AttributeSplitter is a quick way in this case. However, if you want to learn about the usage of the StringSearcher too, try using this regex and setting Subexpression Matches List Name parameter.

 

(\w+)

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@redgeographics it works for me, however how can I set extracted single words into columns as output to later test this values? attributesplitter.png

 

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@redgeographics it works for me, however how can I set extracted single words into columns as output to later test this values? attributesplitter.png

 

You can use an AttributeCreator to create new attributes and fill them with the list elements

That does mean you'll need to know the max number of list elements. I'm sure there's some smart python code to achieve this dynamically but I'm not the right person to answer Python questions.

 

 

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You can use an AttributeCreator to create new attributes and fill them with the list elements

That does mean you'll need to know the max number of list elements. I'm sure there's some smart python code to achieve this dynamically but I'm not the right person to answer Python questions.

 

 

 

Thank you!

 

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@vid

Stringsearchers can nowadays get all matches. (previously only possible by using a tcl regexp in a creator and setting the -all switch.

As @takashi pointed out, you just have to set both parameters, All Matches ad Submatches.

Submatches.part{} wil hold a list of all matches.

Of course as this case is a simple regexp (strings separated by a space) a splitter is also ok.

But for more complex regexp the splitter is of no use quickly.

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^([A-Z]*)| ([A-Z]*)| ([A-Z]*)| ([A-Z]*)| ([A-Z]*)| ([A-Z]*)| ([A-Z]*)| ([A-Z]*) etc.. not sure how to get numbers to show yet

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