Version 23.4.8843

• abs()
• add([value])
• and(value)
• ceiling()
• div([value])
• divide([value])
• floor()
• greaterthan(value[, ifgreater][, ifnotgreater])
• isbetween(integer_lowvalue, integer_highvalue[, ifbetween][, ifnotbetween])
• isequal(value[, ifequal][, ifnotequal])
• isgreater(value[, ifgreater][, ifnotgreater])
• isless(value[, ifless][, ifnotless])
• lessthan(value[, ifless][, ifnotless])
• mathadd([value])
• mathmod(value)
• mathpow([value])
• mathround([integer_value])
• mathsub([value])
• modulus(value)
• multiply([value])
• or(value)
• pow([value])
• rand([integer_value])
• random([integer_value])
• round([integer_value])
• sqrt()
• subtract([value])

The list of formatters on this page perform mathematical operations. The syntax for all formatters is the same, as shown below:

[attr | formatter1() | formatter2()]

Attributes (variables) are piped in (using a vertical pipe character - |) to formatters from left to right. The attribute that is piped into math formatters should always be a number or a boolean value (true/false, yes/no, or 1/0). For example, if the attribute myNum is set to 5, then the following line returns a value of 15:

[myNum | multiply(3)]

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abs()

Returns the absolute value of the numeric attribute value.

add([value])

Returns the sum of the numeric attribute value and the value that is specified by the parameter.

• value: The optional numeric value to add to the specified attribute value. The default value is 1.

and(value)

Returns the AND of two values. The values that are provided on each side must be 1/0, yes/no, or true/false.

• value: The boolean value by which to compare.

ceiling()

Returns the smallest integer that is greater than or equal to a numeric attribute value.

div([value])

Returns the result of dividing the numeric attribute value by the specified value of the parameter.

• value: The optional numeric value by which to divide the numeric attribute value. The default value is 2.

divide([value])

Returns the result of dividing the numeric attribute value by the specified value of the parameter.

• value: The optional numeric value by which to divide the numeric attribute value. The default value is 2.

floor()

Returns the largest integer that is less than or equal to the numeric attribute value.

greaterthan(value[, ifgreater][, ifnotgreater])

Returns a value of true (or ifgreater) if the attribute value is greater than the parameter value; otherwise, a value of false (or ifnotgreater) is returned.

• value: The numeric value to compare with the attribute value.

• ifgreater: The optional value that is returned if the attribute value is greater than the parameter value.

• ifnotgreater: The optional value that is returned if the attribute value is not greater than the parameter value.

isbetween(integer_lowvalue, integer_highvalue[, ifbetween][, ifnotbetween])

Returns a value of true (or ifbetween) if the attribute value is greater than or equal to the first parameter value and less than or equal to the second parameter value. Otherwise, a value of false (or ifnotbetween) is returned.

• lowvalue: The lower bound of the range to check.

• highvalue: The higher bound of the range to check.

• ifbetween: The optional value that is returned if the attribute value is greater than or equal to the first parameter value and less than or equal to the second parameter value.

• ifnotbetween: The optional value that is returned if the attribute value is less than the first parameter value or greater than the second parameter value.

isequal(value[, ifequal][, ifnotequal])

Returns a value of true (or ifequal) if the attribute value is equal to the parameter value; otherwise, a value of false (or ifnotequal) is returned.

• value: The numeric value to compare with the attribute value.

• ifequal: The optional value that is returned if the attribute value is equal to the parameter value.

• ifnotequal: The optional value that is returned if the attribute value is not equal to the parameter value.

isgreater(value[, ifgreater][, ifnotgreater])

Returns a value of true (or 1ifgreater1) if the attribute value is greater than the parameter value; otherwise, a value of false (or ifnotgreater) is returned.

• value: The numeric value to compare with the attribute value.

• ifgreater: The optional value that is returned if the attribute value is greater than the parameter value.

• ifnotgreater: The optional value that is returned if the attribute value is not greater than the parameter value.

isless(value[, ifless][, ifnotless])

Returns a value of true (or ifless) if the attribute value is less than the parameter value; otherwise, a value of false (or ifnotless) is returned.

• value: The numeric value to compare with the attribute value.

• ifless: The optional value that is returned if the attribute value is less than the parameter value.

• ifnotless: The optional value that is returned if the attribute value is not less than the parameter value.

lessthan(value[, ifless][, ifnotless])

Returns a value of true (or ifless) if the attribute value is less than the parameter value; otherwise, a value of false (or ifnotless) is returned.

• value: The numeric value to compare with the attribute value.

• ifless: The optional value that is returned if the attribute value is less than the parameter value.

• ifnotless: The optional value that is returned if the attribute value is not less than the parameter value.

mathadd([value])

Returns the sum of the numeric attribute value and the value that is specified by the parameter.

• value: The optional numeric value to add to the specified attribute value. The default value is 1.

mathmod(value)

Returns the modulus of the numeric attribute value divided by the specified parameter value.

• value: The number by which to divide the attribute value.

mathpow([value])

Returns the numeric attribute value raised to the power that is specified by the parameter value.

• value: The optional power to which to raise the attribute value. The default value is 2.

mathround([integer_value])

Returns the numeric attribute value rounded to the number of decimal places specified by the parameter; additionally inserts comma separators for thousands, millions, and so on.

• value: The optional number of decimal places. The default value is 2.

mathsub([value])

Returns the difference between the numeric attribute value and the value specified by the parameter.

• value: The optional numeric value by which to subtract the attribute value.

modulus(value)

Returns the modulus of the numeric attribute value divided by the specified parameter value.

• value: The number by which to divide the attribute value.

multiply([value])

Returns the result of multiplying the numeric attribute value with the specified value of the parameter.

• value: The optional numeric value by which to multiply the numeric attribute value. The default value is 2.

or(value)

Returns the OR of two values. The values provided on each side must be 1/0, yes/no, or true/false.

• value: The boolean value to compare by.

pow([value])

Returns the numeric attribute value that is raised to the power specified by the parameter value.

• value: The optional power by which to raise the attribute value. The default value is 2.

rand([integer_value])

Returns a random integer between 0 and the parameter value.

• value: The optional value that limits the highest possible random integer. The default value is 100.

random([integer_value])

Returns a random integer between 0 and the parameter value.

• value: The optional value that limits the highest possible random integer. The default value is 100.

round([integer_value])

Returns the numeric attribute value rounded to the number of decimal places that are specified by the parameter.

• value: The optional number of decimal places. The default value is 2.

sqrt()

Returns the square root of the numeric attribute value.

subtract([value])

Returns the difference between the numeric attribute value and the value that is specified by the parameter.

• value: The optional numeric value by which to subtract the attribute value.