# smoothstep~

## Examples

## Arguments

### y [auto]

The value of the left edge is the end value of the fade transition. The transition of the left edge ends when a = y, or when the left edge (y) is equal to the value of the signal input (a).

### a [auto]

The phase input to be smoothed. When the value of the left the (x) is less that (y), a fade transition will start with the left edge value being 1 and fall to the right edge value of . When the value of the left edge the (x) is greater that the right edge (y), a fade transition will start with the right edge value being 0 and rise to the right edge value of 1.

## Inlets

### x [auto]

The value of the left edge is the starting value of the fade. The fade transition of the left edge begins when a = x, or when the left edge (x) is equal to the value of the signal input (a).

### y [auto]

The value of the left edge is the end value of the fade transition. The transition of the left edge ends when a = y, or when the left edge (y) is equal to the value of the signal input (a).

### a [auto]

The phase input to be smoothed. When the value of the left the (x) is less that (y), a fade transition will start with the left edge value being 1 and fall to the right edge value of . When the value of the left edge the (x) is greater that the right edge (y), a fade transition will start with the right edge value being 0 and rise to the right edge value of 1.

## Outlets

### out1 [signal]

out1## Dynamic Attributes

*
These attributes can be modified in the code during execution using the
set
object
*

### a [auto]

The phase input to be smoothed. When the value of the left the (x) is less that (y), a fade transition will start with the left edge value being 1 and fall to the right edge value of . When the value of the left edge the (x) is greater that the right edge (y), a fade transition will start with the right edge value being 0 and rise to the right edge value of 1.

### reset [bang] (default: 0)

Banging this attribute will reset the object to its default state.

### x [auto]

The value of the left edge is the starting value of the fade. The fade transition of the left edge begins when a = x, or when the left edge (x) is equal to the value of the signal input (a).

### y [auto]

The value of the left edge is the end value of the fade transition. The transition of the left edge ends when a = y, or when the left edge (y) is equal to the value of the signal input (a).

## See Also

Name | Description |
---|---|

smoothstep | Smoothed fade of inputs |

linearinterp | Linear interpolation |

slide | The discrete derivative of the input |