kpriv/pkgsrc
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity
pkgsrc/cad/gdsreader/PLIST

12 lines
370 B
Text
Raw Normal View History

(pkgsrc) - Convert MASTER_SITES to distcache of FreeBSD - Delete patch-aa, taking care by Makefile of pkgsrc side (upstream) - Update GDSreader 0.3 to 0.3.2 ------------------------------- New feature for gdsreader-0.3.2 Generation of POVRAY scene files. Quick Overview: GDS2, (or "Calma"), files contain 2D shape data, and each shape has a specific layer number, (gdsno), and a datatype number. To make any sort of 3D model, these two integer numbers must be "mapped" to a corresponding thickness and depth parameter, and also to a color specification. This is handled by the user-created "layers.config" file. A layers.config file needs to be made for each technology you wish to convert. A process which differs only in the number of metal layers used is considered a different technology. The layers.config file is also used in the generation of postscript and HPGL output, so several of the parameters in a layers.config file do not necessarily apply to POVRAY output. .. (more to read) share/examples/gdsreader/README.povray
2014-10-22 00:38:44 +02:00
@comment $NetBSD: PLIST,v 1.3 2014/10/21 22:38:44 mef Exp $
import gdsreader-0.3 GDSreader - simple Calma (GDSii) parser/printer tool. This software has as target the printing/plotting/displaying of Calma (GDSii) files without using true layout editors. I had once to visualize an unknown Calma file and customizing LEdit or Magic (the two layout editors I had access to) was so difficult that I decided to write this program. Current status: - gdsreader is in an alpha stage and you should not expect too much from it; - the Calma files are almost completely parsed (had no layout example that makes use of BOX/NODE elements); - given a Calma structure name, a PostScript file and a HPGL/2 file are generated. The way each layer is handled is controlled by an ASCII configuration file. The properties that can be set are color, fill (only solid is supported), hatch (simple or cross, the angle and spacing are user customizable too). In order to produce an useful PostScript output, you need to write a configuration file (default is .layers.config). The one you'll find with the distribution is suitable for the Calma example test.gds (an actual Bandgap reference).
2002-12-14 03:18:25 +01:00
bin/gdsreader
(pkgsrc) - Convert MASTER_SITES to distcache of FreeBSD - Delete patch-aa, taking care by Makefile of pkgsrc side (upstream) - Update GDSreader 0.3 to 0.3.2 ------------------------------- New feature for gdsreader-0.3.2 Generation of POVRAY scene files. Quick Overview: GDS2, (or "Calma"), files contain 2D shape data, and each shape has a specific layer number, (gdsno), and a datatype number. To make any sort of 3D model, these two integer numbers must be "mapped" to a corresponding thickness and depth parameter, and also to a color specification. This is handled by the user-created "layers.config" file. A layers.config file needs to be made for each technology you wish to convert. A process which differs only in the number of metal layers used is considered a different technology. The layers.config file is also used in the generation of postscript and HPGL output, so several of the parameters in a layers.config file do not necessarily apply to POVRAY output. .. (more to read) share/examples/gdsreader/README.povray
2014-10-22 00:38:44 +02:00
bin/maptolayer
man/man1/gdsreader.1
man/man1/maptolayer.1
share/examples/gdsreader/README
share/examples/gdsreader/README.povray
share/examples/gdsreader/layers.config
share/examples/gdsreader/layers.config.5AM.4ML
share/examples/gdsreader/layers.config.7HP.5ML
share/examples/gdsreader/test.gds
Reference in a new issue Copy permalink