LabTalk Improvements

//Import a sample data into a new book
fname$=system.path.program$ + "\Samples\Matrix Conversion and Gridding\DirectXY.dat"; 
newbook;
impasc;
//Define the first row (from column B to E) as the first block
range -v r1=B[1]:E[1];
//Define the first column (from row 2 to 6) as the second block
range -v r2=A[2:6];
//Assign the values in the first block to the second block
r2=r1;

range r1 = 1!; //First sheet in the activated workbook
range r2 = "1!"; //Column with long name "1!"

//Plot a graph with 1st row of worksheet as X, 2nd row of worksheet as Y
create myvsx -nrs 1 "[Book1]Sheet1![1]:[1]";//Create a virtual dataset myvsx from 1st row of Book1 Sheet1

create myvsy -nrs 1 "[Book1]Sheet1![2]:[2]";//Create a virtual dataset myvsy from 2nd row of Book1 Sheet1
plotxy (myvsx, myvsy);//Plot a graph, using myvsx as X and myvsy as Y

//Plot a box chart from a block of cells
create myvsbox -nrs 1 "[Book1]Sheet1!1[2]:3[4]"; //Create a virtual dataset myvsbox from a block of cells
win -t p box; //Create a black graph window with box chart template
layer -i206 myvsbox;//Add virtual dataset myvsbox to the graph

execute_operation(operation_uid);

type -gb [[e][f][r/n]] fileName;

[Main]
Function int aa(int nn)
{
	ty "inside function";
	sdf;//error
	return 1;
}

int nErr = aa(0);
ty "after function";

set %C -cue bval;  //set custom list enable
get %C -cue bval;  //get custom list enable

newbook;
col(A) = data(1,12);
col(B) = col(A);
plotxy (1,2);
set %c -ci 1;
set %c -cue 1;
set %c -cu 2 4 6 8;
dataset ds;
get %c -cu ds;

col(A)=pattern(1,10,2,2,3); // from, to, inc, value repeat count, sequence repeat count

stringarray sa;
sa.Add("NY");
sa.Add("MA");
col(B)=pattern(sa, 2, 3); // string sources, value repeat count, sequence repeat count
//can also allow quoted string separated by pipe, comma, or space
col(B)=pattern("NY|MA", 2, 3);
col(B)=pattern("NY,MA", 2, 3);
col(B)=pattern("NY MA", 2, 3);

col(B)=pattern(col(c), 2, 3); //data source, value repeat count, sequence repeat count
col(B)=uniform(30, col(A)); //randomly choose 30 elements from col(A) to fill col(B)

range rr = wcol(2)[ 1:10 ]; win -t plot; layer -i rr; // Plot rows 1 to 10

doc.rangescount()=; /// all ranges
doc.rangescount(16)=; /// all empty ranges
doc.rangescount(32)=; /// all "AutoFill" ranges