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[ Identification | Description | Input parameters | Output parameters | Links ]
The Mirror Component
Perfectly flat mirror
Identification
- Site:
- Author: Erik B Knudsen
- Origin: DTU Physics
- Date: July 2016
Description
This is a simple implementation of a perfectly flat mirror. The mirror plane is in the XZ-plane. Reflectivity may be specified either as a number (R0) or by means of a material datafile. The material datafile may be specified as a coating or as relfectivity - either parameterized by q or E,theta. If the datafile is identified as a coating recipe, an ab-initio reflectivity calculation is triggered.
Input parameters
Parameters in boldface are required; the others are optional.| Name | Unit | Description | Default |
| reflectivity | Filename containing reflectivities (or coating). | "" | |
| zdepth | m | The length of the mirror | 0.1 |
| xwidth | m | The width of the mirror | 0.01 |
| yheight | m | The height of the mirror. This overrides xwidth and puts the mirror in the yz-plane. | 0 |
| R0 | Constant reflectivity | 0 |
Output parameters
Parameters in boldface are required; the others are optional.| Name | Unit | Description | Default |
Links
- Source code for
Mirror.comp.
[ Identification | Description | Input parameters | Output parameters | Links ]
Generated on 2022-02-07 20:46:44
