1| Overview
The N-Precision Monobehavior base-class allows you to quickly create a new Unity3D Monobehavior that manages transformations for Double- or Single Precision automatically, and allows the end user to switch between double- and single precision mode in both editor and runtime.
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As an end-user you rarely care about how your transformations are applied onto the Game-object, however you do want them to be applied properly, and without breaking the different transformation systems that exist inside unity - the NPrecisionMonobehavior serves this particular interface function. |
2| Inspector Fields Exposed by the NPrecisionMonobehavior
If you implement the NPrecisionMonobehavior the following fields will be added to your Inspector
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Inspector Field | Description |
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Use Rigidbody | Toggles Whether you want the transformations on this NPrecision Monobehavior to run via the Rigidbody (Unity Physics) |
Rigidbody | The Rigidbody component instance currently used for assigning transformations when ‘Use Rigidbody’ is active |
Transform Precision | The current transform precision you want to use for this gameobject - default is floating point (32-bits) which will force the use of the regular ‘Transform’ component, if you set it to ‘Double’ (64-bits) the DTransform component will be automatically assigned |
3| Creating a script that inherits NPrecisionMonobehavior
The following sample code explains how you can your own inheritant NPrecision Monobehavior Class:
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