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1. MATCHCASE(Pno%, Ndim%, "ColLab$_1",.., "ColLab$_Ndim%", Val_1,..,Val_Ndim%-1, [Mode%=0,1])
2. MATCHCASE(@ObjFn(..), Ndim%, @ObjColPar_1,.., @ObjColPar_Ndim%, Val_1,..,Val_Ndim%-1, [Mode%=0,1])
3. MATCHCASE(Telitab$, Ndim%, "ColLab$_1",.., "ColLab$_Ndim%", Val_1,..,Val_Ndim%-1, [Mode%=0,1])

Arguments

• Pno% is the number that refers to the TeLiTab sets in the Data slot. Pno% should be an integer value or a parameter which is assigned an integer value and is the number of theTeLiTab set in the expressions' data slot.
• @ObjFn() refers to the Object from which data will be used.
• TeLiTab$ refers to the string parameter that contains the TeLiTab.
• Ndim% is the number of dimensions (or columns in the table...).
• "ColLab$_1" and @ObjColPar_1 etc refer to the columns that will be used
• Val_1,..,Val_Ndim%-1 are the value that should be matched with the dataset
• Mode% determines the way of matching
• Mode%=1 full coincide (complete match of all values)
• Mode%=0 coincides the bset (best match of all values)

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A = MATCHCASE(1,3,"XC","YC","ZC",2,6,13,1)

With in the Dataslot:

|MATCHCASE1| 
0 
3 "XC" "YC" "ZC" 
"1" 1 9 10 
"2" 2 8 11 
"3" 3 7 12 
"4" 4 6 13 
"5" 5 5 14 
"6" 6 4 15|

Results in: A=3. This means that case three has the smallest Euclidian distance with the dataset: 2,6,13. 

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