The Assette Data Object Editor supports a variety of expressions and functions that allow you to manipulate and calculate data effectively. One of the fundamental mathematical operations available is the “Multiply” expression, which is performed using the *
operator.
Mathematical Operators Overview #
Before diving into the “Multiply” expression, it’s beneficial to review the basic mathematical operators supported by the Data Object Editor:
- Addition (
+
): Adds two or more numbers together.- Example:
1 + 2 + 3
returns6
.
- Example:
- Subtraction (
-
): Subtracts one number from another.- Example:
10 - 9 - 8
returns-7
.
- Example:
- Multiplication (
*
): Multiplies two or more numbers.- Example:
1 * 2 * 3
returns6
.
- Example:
- Division (
/
): Divides one number by another.- Example:
1000 / 10 / 10
returns10
.
- Example:
The “Multiply” Expression Using the *
Operator #
In the Assette Data Object Editor, multiplication is performed using the *
operator. This operator allows you to multiply numerical values together to calculate products.
- The “Multiply” expression in the Assette Data Object Editor is performed using the
*
operator. - Use the
*
operator to multiply numerical values or variables. - Combine multiplication with other mathematical operations for complex calculations.
- Use parentheses to control the order of operations and ensure accurate results.
- Be mindful of zero multiplication and handle
null
orundefined
values appropriately.
Syntax #
value1, value2, value3: Numeric values or variables you wish to multiply together.
value1 * value2 * value3 * ...
How It Works #
- Left-to-Right Evaluation: Multiplication is performed from left to right.
- Associative Property: Multiplication is associative, so the grouping of operations does not affect the result.
Examples #
Multiplying Multiple Numbers
Multiply two numbers. Result: 100
5 * 10 *2
Multiplying Variables
Calculate the total revenue
unitPrice * quantitySold
Complex Calculations
Calculate compound interest. Use the Power(n1, n2)
function to raise a number to a power.
principal * Power((1 + (interestRate / periodsPerYear)), (periodsPerYear * years))