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Let Document$ contain the following data.
And there is a relation
ParseDocument# = PARSE#(Document$)
With the following information in the data slot.
Explanation
@TELITAB(OpenWater)
opens object "OpenWater":1
"OpenWater"
{
Then
@LIST(TestNr)
OPEN WATER TEST NO. vvvvv
makes a single Telitab value of parameter "TestNr" on the basis of the filter definition:
"TestNr" 37816
And then
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vvvv vvvvv vvvvvv vvvvv vvvvvv vvvvvvv vvvvvvv vvvvv vvvvv vvvvv vvvvvcreates a table header:
10 "VS" "VM" "NM" "FN" "KT" "KQ" "KQ-O" "J" "WT" "ETA-O" "ETA-R"
and the filter definition: vvvv vvvvv vvvvvv vvvvv vvvvvv vvvvvvv vvvvvvv vvvvv vvvvv vvvvv vvvvv
seeks lines in the source document that are containing values in ALL cells corresponding with the locations marked by v's and are added to the parsed result.
And finally the object is closest using:
@ENDTELITAB(OpenWater)
Creating}
The combined result is:
1
"OpenWater"
{
1
"TestNr" 37816
10 "VS" "VM" "NM" "FN" "KT" "KQ" "KQ-O" "J" "WT" "ETA-O" "ETA-R"
"1" 14.0 1.878 10.347 .237 .1390 .02643 .02590 .800 .101 .683 .980
"2" 15.0 2.013 11.141 .254 .1401 .02657 .02605 .798 .099 .683 .980
"3" 16.0 2.147 12.032 .271 .1445 .02717 .02666 .789 .097 .681 .981
"4" 17.0 2.281 12.978 .288 .1500 .02792 .02742 .779 .096 .678 .982
"5" 18.0 2.415 13.959 .305 .1557 .02870 .02820 .768 .094 .675 .983
"6" 19.0 2.549 14.977 .322 .1616 .02951 .02901 .756 .093 .671 .983
}
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