Formula and Conditions
Familiarize yourself with the use of formulas in Momen, mastering various data manipulation techniques such as mathematical operations, data counting, data format conversion, text processing, time pro
Formulas and Conditional Judgments
In addition to being directly used by actions and components, data is also used for formula calculations and conditional judgments.
Formulas
Formulas are functions used to calculate data. Momen provides various formulas that can perform operations on different types of data such as text, numbers, arrays, and time.
Text Processing
STRING_LEN
Returns the length of the text, with Chinese characters, letters, numbers, and symbols all counting as one character.
Text: "Hello World!">> 12
REPLACE_PART
Replaces part of the text with new text based on the specified position (first character is 0) and number of characters.
Text: "Hello World!" Start position: 1 Number of characters to replace: 4 New text: "ola">> "Hola World!"
REPLACE_TEXT
Finds the specified text and replaces it with new text based on the number of occurrences.
Text: "Hello World!" Old text: "o" New text: "" Number of replacements: 1>> "Hell World"
FIND
Returns the position of the first occurrence of the specified text. The position of the first character is 0, returns -1 if not found.
Text: "Hello World!" Text to locate: "o">> 4
CONTAIN
Determines whether the specified text exists, returning a boolean value true if it does; otherwise, false.
Text: "Hello World!" Text to find: "ello">> true
SUBSTRING
Extracts a substring. Includes the start position but not the end position; the position of the first character is 0.
Text: "Hello World!" Start position: 0 End position: 5>> "Hello"
LEFT
Returns a specified number of characters from the start of the text.
Text: "Hello World!" Number of characters: 5>> "Hello"
RIGHT
Returns a specified number of characters from the end of the text.
Text: "Hello World!" Number of characters: 5>> "World"
LOWER
Converts all letters in the text to lowercase.
Text: "Hello World!">> "hello world!"
UPPER
Converts all letters in the text to uppercase.
Text: "Hello World!">> "HELLO WORLD!"
RANDOM_STRING
Generates random text. Note that since random characters are generated on the front end, they are easily controlled and not recommended for use in scenarios such as generating coupon codes.
Minimum length: 5 Maximum length: 10 Lowercase: true Uppercase: true Numbers: true>> "seXr3aoRD"
SPLIT
Splits the text into an array using the specified character.
Text: "2024/01/08" Separator: "/">> ["2024", "01", "08"]
Mathematical Operations
+
Addition between numbers.
Number 1: 5 Number 2: 10>> 15
-
Subtraction between numbers.
Number 1: 5 Number 2: 10>> -5
*
Multiplication between numbers.
Number 1: 5 Number 2: 10>> 50
/
Division between numbers.
Number 1: 5 Number 2: 10>> 0.5
%
Returns the remainder after division, with the same sign as the dividend.
Dividend: -5 Divisor: 10>> -5
MIN
Returns the minimum value.
Number 1: 5 Number 2: 10>> 5
MAX
Returns the maximum value.
Number 1: 5 Number 2: 10>> 10
ROUND_UP
Returns the nearest integer upwards.
Number: 3.5>> 4
ROUND_DOWN
Returns the nearest integer downwards.
Number: -3.5>> -4
INT
Rounds to the nearest integer.
Number: -3.5>> 3
ABS
Returns the absolute value.
Number: -3.5>> 3.5
RANDOM_NUMBER
Returns a random integer between specified numbers. Note that since random numbers are generated on the front end, they are easily controlled and not recommended for use in scenarios such as lotteries.
Minimum value: 1 Maximum value: 10>> 6
POWER
Exponentiation operation
Base: 2 Exponent: 3>> 8
DECIMAL_FORMAT
Decimal formatting. Note that if "Remove all trailing zeros" is selected, it will return data of text type.
Decimal: 3.1415926 Precision: 2 Rounding mode: HALF_EVEN Remove all trailing zeros: true>> 3.14
Array Processing
GET_ITEM
Retrieves an item from an array, with the index starting from 0.
Array: ["2024", "01", "08"] Index: 1>> "01"
ARRAY_TO_ITEM
Retrieves an item from an array (to be deprecated, recommended to use GET_ITEM).
Input array: ["2024", "01", "08"] Index: 1 Output: "01"
ARR_LEN
Gets the length of the array.
Input array: ["2024", "01", "08"] Output: 3
FIRST
Returns the first item of the array.
Input array: ["2024", "01", "08"] Output: "2024"
LAST
Returns the last item of the array.
Input array: ["2024", "01", "08"] Output: "08"
RANDOM_ITEM
Returns a random item from the array.
Input array: ["2024", "01", "08"] Output: "01"
SLICE
Extracts a section of the array.
Input array: ["2024", "01", "08"] Start position: 1 Quantity: 2 Output: ["01", "08"]
JOIN
Joins an array of text type into a string.
Array: ["2024", "01", "08"] Separator: "-">> "2024-01-08"
INDEX_OF
Returns the index of the first occurrence of the specified item.
Input array: ["2024", "01", "08"] Specified item: "08" Output: 2
Time Operations
GET_DATE_TIME
Gets a point in time.
Type: DateTime Configuration: Custom Year: 2024 Month: 1 Day: 8 Hour: 13 Minute: 14 Second: 0>> 2024-01-08T13:14:00.000+08:00 Note: 1. Date: 2024-01-08 represents year-month-day. 2. T is the separator between date and time. 3. Time: 13:14:00.246046 represents hour:minute:second.millisecond. 4. Timezone: +08:00 represents this time is in a timezone that is 8 hours ahead of UTC, which usually corresponds to China Standard Time (CST).
DELTA
Addition/subtraction operation on time.
Time: 13:38:00.000+08:00 Operation type: Add Hour: 1 Minute: 12 Second: 0>> 14:50:00.000+08:00
DURATION
Calculates the interval between two points in time.
Start: 2019-12-01 End: 2024-01-08 Time difference converted to: Year>> 5
EXTRACT
Retrieves a specified part of the time.
Time: 13:38:00.000+08:00 Unit: Hour>> 13
TO_DATETIME
Converts date and time into DateTime type (timestamp). For example, merging and converting the date and time selected in a Data Selector.
Date: 2024-01-08 Time: 13:38:00.000+08:00>> 2024-01-08T13:38:00.000+08:00
TO_DATE_TIME
Retrieves the date or time from a DateTime (timestamp).
DateTime: 2024-01-08 13:38:00.000+08:00 Extract: Date>> 2024-01-08
Geographical Location
DISTANCE
Calculates the distance between two geographical locations. The unit can be selected as: meters, kilometers, miles
Location 1: [120.2934,30.3150] Location 2: [120.2934,31.3150] Unit: kilometers>> 866
GET_VALUE_FROM_GEO_POINT
Retrieves the longitude or latitude from a geographical location (latitude and longitude).
Location: [120.2934,30.3150] Type: Latitude>> 30.3150
JSON Processing Methods
JSON_EXTRACT_PATH
Retrieves data from JSON.
Input JSON: {"data": {"foo": "bar"}} Path: data.foo Output: "bar"
Conditions
Logical operations on data are used in Conditional View, Conditional data, and conditional branches of Actionflow. For detailed usage, please refer to the relevant documentation.
Last updated
