# Flow > Conditions

## Conditionals

### If Checks whether the condition is `true` or `false`. If the condition is `true`, the blocks wrapped inside will execute.

``````if([BOOLEAN]) {
[ACTIONS]
}``````

### Otherwise Use directly below an "If" block. If the condition in the preceding "If" block is `false`, the blocks wrapped inside the "Otherwise" block will execute.

``````else {
[ACTIONS]
}``````

### Otherwise If Use directly below an "If" block. If the condition in the preceding "If" block is `false`, and the condition of this wrapper is `true`, the blocks wrapped inside the "Otherwise If" block will execute. Equivalent to doing the following: ``````else if([BOOLEAN]) {
[ACTIONS]
}``````

## Booleans

Booleans (denoted by a hexagon shape) are conditions that resolve to `true` or `false`.

### And Returns `true` if both of the provided conditions are `true`. If the first condition is `false`, the second condition will not be evaluated.

``[BOOLEAN] && [BOOLEAN]``

### Or Returns `true` if at least one of the provided conditions is `true`. If the first condition is `true`, the second condition will not be evaluated.

``[BOOLEAN] || [BOOLEAN]``

### Not Returns `true` if the condition resolves to `false`. Testing `if not [CONDITION]` is equivalent to `if [CONDITION] = false`.

``![BOOLEAN]``

### True / False  Literal values of `true` and `false`.

``````true
false``````

## Equality

### Equals Returns `true` if both values are equal.

``[VALUE] == [VALUE]``

### Not Equal Returns `true` if the values are not equal.

``[VALUE] != [VALUE]``

### Comparators

Returns `true` if...

Operator Description First number is smaller than second number. First number is smaller than or equal to than second number. First number is larger than second number. First number is larger than or equal to second number.
``````[NUMBER] < [NUMBER]
[NUMBER] <= [NUMBER]
[NUMBER] > [NUMBER]
[NUMBER] >= [NUMBER]``````

## Conversion

### Boolean Conversion Converts the given value (typically text) into a Boolean. May throw a compile-time or runtime error if conversion is not possible.

``asBoolean([VALUE])``

## Stop

### Stop Skips the rest of the code in this event for the current step/frame.

``return;``