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Returns the distance between Rotation1 and Rotation2. The result will be between:
0.0, representing equivalent rotations and1.0representing rotations which are 180 degrees apart (i.e., the shortest rotation between them is 180 degrees around some axis).
Verse using statement |
using { /Verse.org/SpatialMath } |
Distance<public><native>(Rotation1:rotation, Rotation2:rotation)<reads>:float
Parameters
Distance takes the following parameters:
| Name | Type | Description |
|---|---|---|
Rotation1 |
rotation |
|
Rotation2 |
rotation |
Attributes, Specifiers, and Effects
Specifiers
The following specifiers determine how you can interact with Distance in your programs. For the complete list of specifiers, see the Specifiers Page.
| Specifier | Meaning |
|---|---|
public |
The identifier is universally accessible. You can use this on modules, classes, interfaces, structs, enums, methods, and data. |
native |
Indicates that the definition details of the element are implemented in C++. Verse definitions with the native specifier auto-generate C++ definitions that a developer can then fill out its implementation. You can use this specifier on classes, interfaces, enums, methods, and data. |
Effects
The following effects determine how Distance behaves in your programs. For the complete list of effects, see the Effect Specifers section of the Specifiers Page.
| Effect | Meaning |
|---|---|
reads |
This effect indicates that the same inputs to the function may not always produce the same output. The behavior depends on factors external to the specified inputs, such as memory or the containing package version. |