Analog To Quaternion: Difference between revisions
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Created page with "Image:TArduinoAnalogToQuaternion.png == Summary == Converts four analog inputs (X, Y, Z, and Real) into a single Quaternion value. == Description == The Analog To Quaternion component combines four analog values into a quaternion structure, where X, Y, and Z form the imaginary part, and Real represents the real part. This allows quaternion-based processing or transmission from simple analog sources. <b>Diagram:</b> Image:TArduinoAnalogToQuaternion.Preview.png..." |
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Latest revision as of 07:33, 16 August 2025
File:TArduinoAnalogToQuaternion.png
Summary
Converts four analog inputs (X, Y, Z, and Real) into a single Quaternion value.
Description
The Analog To Quaternion component combines four analog values into a quaternion structure, where X, Y, and Z form the imaginary part, and Real represents the real part. This allows quaternion-based processing or transmission from simple analog sources.
Diagram:
Categories
- File:TArduinoConversionCategory.png Category Converters – Data conversion between types.
- File:TArduinoQuaternionCategory.png Category Quaternion – Quaternion data handling and transformation.
Pins
- X – Analog input for the X (imaginary) component.
- Y – Analog input for the Y (imaginary) component.
- Z – Analog input for the Z (imaginary) component.
- Real – Analog input for the Real component.
Output Pins
- Out – Quaternion output.