Latest revision as of 15:48, 14 June 2020

Layers

layers - print material interfaces and integrated data field values

Synopsis

layers

[x=<n>][y=<n>][z=<n>]

Description

This command prints the material interfaces and integrates the selected data field in each region. It also reports zero crossings. It is most useful for examining doping, since it will give then the integrated doping in each layer. This command can be simulated with the interpolate and interface commands. The command returns a tcl list of each material.

x, y, z: These parameters specifies the constant values of a line to perform sectioning along in microns. In one dimension, these parameters are not necessary. In two dimensions, only one of x or y can be specified for a given device. Specifying x will produce a horizontal slice through the device and y will specify a vertical slice. An easy way to remember is that the cross section is taken at the constant value specified. For a three dimensional simulation, two of these three must be specified.

Examples

layers

In a one-dimensional simulation, this will list all of the material interfaces and zero crossings.

layers y=0.0

In a one-dimensional simulation, this will list all of the material interfaces and zero crossings at a lateral position of 0.0um.

Bugs and Missing Features

None.

@@ Line 8: / Line 8: @@
   [x=&lt;n&gt;][y=&lt;n&gt;][z=&lt;n&gt;]
- [[MaterialType | Material Description]]
 == Description ==
-This command prints the material interfaces and integrates the selected data field in each region. It also reports zero crossings. It is most useful for examining doping, since it will give then the integrated doping in each layer. This command can be simulated with the interpolate and interface commands. The command returns a tcl list of of each material.
+This command prints the material interfaces and integrates the selected data field in each region. It also reports zero crossings. It is most useful for examining doping, since it will give then the integrated doping in each layer. This command can be simulated with the interpolate and interface commands. The command returns a tcl list of each material.
-; [[MaterialType | Material Description]]
-: Please see the introduction for information on specifying materials. If a material is specified, the results for that material only will be reported. If no material is specified, all materials along the cut line will be reported.
 ; x, y, z
 : These parameters specifies the constant values of a line to perform sectioning along in microns. In one dimension, these parameters are not necessary. In two dimensions, only one of x or y can be specified for a given device. Specifying x will produce a horizontal slice through the device and y will specify a vertical slice. An easy way to remember is that the cross section is taken at the constant value specified. For a three dimensional simulation, two of these three must be specified.

LayersCmd: Difference between revisions