execute detailed syntax

Custom Operators

Type	Operator	Example
Numerical Operators	+-*/:basic operators % : Modulo operator ^ : Power operator	(-1 + 50*2 ) / ( 2^4 )
Boolean operators	~, xor : operators &&, and : And operators \|\|, or : Or operators !, not : Not operators < : less operator > : great operator <= : less or equal operator >= : great or equal operator ==, equals : equal operators !=, <> : not equal operators	!(A && (B < 10)) \| NOT ( A XOR ( B equals C ) ) A != 2 \|\| B > 2 "string1" == "string2" A or B A or ( B <> C )
String operators	== : 2 strings equals != : 2 strings not equals <> : 2 strings not equals < : The first string less lexically than the second one > : The first string great lexically than the second one <= :The first string less or equals lexically than the second one >= : The first string great or equals lexically than the second one + : Concat string	"string1" == "string2" : false "string1" + "a" : "string1a" "abc" > "aaa" : true "zyx" < "bcd" : false
List operators	+ : Concat two lists - : Substract a list to another one in : Test if an element is inside a list	(1,2)+(3,4) = (1,2,3,4) (1,2) + 3 = (1,2,3) 3+(1,2)=(1,2,3) (1,2,3,4)-(3,4)=(1,2) (1,2,3,4)-3=(1,2,4) 2 in (1,2,3)=true 4 in (1,2,3)=false
Other operators	= : set a variable operator [] : absolute value ² : power 2 operator % : Percent operators	A = [ 2 - A ] * 2 2² 10%=0.1
Conditional operators	if then if then else	if ( A > 2 ) then ("Ok") if ( A <=2 ) THEN (B=3) else (B=4)
Custom functions	Described below

Custom Functions

Name	Description	Function signature
format	Formats decimal number. Default format is #.##.	format (n) - returns the decimal number n in the format '#.##'.
number	Parses string to number (double).	number (s) - parses the string v as a double.
timeformat	Formats a number as date/time string. Default time format is "MM/dd/yyyy HH:mm:ss.SSS".	timeformat (n,f) - formats the double value n to the date/string f
mapput	Puts a key/value pain in a map. If the given map was not declared prior to this function, then this function creates it. Note: the function returns the result map.	mapput (m,k,v) - returns the new map m after putting the value v using the key k. mapput(m,m2) - Returns the new map m after putting the map m2 in it.
mapget	Returns a value from a map using a key.	mapget (m,k) - returns the value in m to which the key k is mapped.
mapkeys	Returns all the map's keys.	mapkeys (m) - returns all the keys of map m.
mapvalues	Returns all the map's values.	mapvalues (m) - returns all the values of map m.
mapremove	removes a mapping from a map using a key	mapremove (m,k) - removes from the map m the mapping for key k, if present.
listget	returns the element in a list at a specified position	listget (l,i) - returns the element at position i in list l.

Custom Aggregation Functions

Name	Description	Function Signature
aggAvg	returns the aggregated average value of a parameter.	aggAvg (p) - returns the aggregated average value of given parameter p.
aggSum	returns the aggregated sum value of a parameter.	aggSum (p) - returns the aggregated sum value of given parameter p.
aggSum	returns the aggregated sum value of a parameter.	aggSum (p) - returns the aggregated sum value of given parameter p.
aggMax	returns the aggregated max value of a parameter.	aggMax (p) - returns the aggregated max value of of given parameter p.
aggMin	returns the aggregated min value of a parameter.	aggMin (p) - returns the aggregated min value of given parameter p.
mapAggAvg	returns aggregated avg map	mapAggAvg (k,v) - returns map that each value v is aggregated avg result
for given key k.
mapAggSum	returns aggregated sum map	mapAggSum (k,v) - returns map that each value v is aggregated sum result for given key k.

Custom Basic Functions

random - A random value from 0 to 1.
strlen - Compute the length of a string.
sqrt - Square root .
avg - The average of the arguments.
cos - Cosine with a radian argument.
acos - Arc cosine with a radian argument.
asin - Arc sine with a radian argument.
atan - Arc tan with a radian argument.
exp - Compute the euler's number e raised to the power of the argument.
floor - the largest (closest to positive infinity) double value that is less than or equal to the argument and is equal to a mathematical integer.
int - Convert the double argument to integer.
logn - Natural logarithm in n base : logn( BASE, VAL).
log 10 - Natural logarithm in 10 base.
log - Natural logarithm in e base.
pow - The first argument power the second one.
prod - The product of the arguments.
round - The closest long to the argument.
sin - Sine with a radian argument.
tan - tan with a radian argument.
degTorad - Convert angle from degrees to radians.
radTodeg - Convert angle from radians to degrees.