delete the old cad/pcb package. The package which has lived in cad/pcb
for the last few years was horribly out of date and pcb is not making
a distinction right now between -current snapshots and normal releases.
the appropriate tool via USE_TOOLS (usually "gs:run"), and remove
ghostscript.mk. This change removes a rather out-dated file from
pkgsrc and switches packages to use the more compact implementation
of the Ghostcript-handling inside the tools framework.
- Replaced #defined with #none for EXTRACT_ONLY.
- Replaced #defined with yes for NO_BUILD, NO_CONFIGURE, NO_MTREE.
- Removed NO_CHECKSUM completely, as a distinfo file exists, it has the
correct checksums, and I couldn't find even a hint to why NO_CHECKSUM
was set.
Revision history for Dinotrace
The contributors that suggested a given feature are shown in [].
* Dinotrace 9.3a 06/13/2005
*** Fix too small buttons under openmotif.
*** Fix missing keyboard accelerators under openmotif.
* Dinotrace 9.2b 05/03/2005
*** The default extension for Verilog dumps is now .vcd instead of .dmp.
**** Fix traces containing only real numbers. [Vitor Antunes]
**** Fix segfault when doing signal adds. [Guy Hutchinson]
Revision history for Dinotrace
The contributors that suggested a given feature are shown in [].
* Dinotrace 9.3a 06/13/2005
*** Fix too small buttons under openmotif.
*** Fix missing keyboard accelerators under openmotif.
* Dinotrace 9.2b 05/03/2005
*** The default extension for Verilog dumps is now .vcd instead of .dmp.
**** Fix traces containing only real numbers. [Vitor Antunes]
**** Fix segfault when doing signal adds. [Guy Hutchinson]
Changes are:
Ng-spice-rework-17
============
This is a bug fix release. Previous release tarball did not included
an include file necessary for compiling numparam library.
Ng-spice-rework-16
============
Rework-16 comes out after almost one year of CVS development (from
15-fixedRC3). This release improves ngspice in three ways:
- Bug fixing: most of the bugs that affected rework-15 have been fixed,
thus ngspice is more stable, especially the xspice extension, the
subcircuit (X devices) handling and the numparam library.
- New features: netlist syntax has been expandend allowing for end-of-line
comments. A ".global" card has beed added to define global nodes, i.e.
nodes that are not expanded in subcircuits. It is possible to define TC
for resistors on the instance line. The editline library can be used
instead of readline (no more GPL license violation).
- Porting: ngspice now works (with xspice extension) on Windows using
MINGW/MSYS.
It is more consistent with the tex.buildlink3.mk name. Also, if a package
really needs latex, it just has to set TEX_ACCEPTED to latex distributions
altough today, all TEX_ACCEPTED possibilities are latex distributions
This is the Matlab frontend for the Wcalc transmission
line analysis/synthesis calculator. You will need a working
matlab installed on your system. In addition, currently
only a native (non-emulation) matlab is supported.
Wcalc is a transmission line analysis and synthesis tool. Several
structures including air core solenoid inductors, coaxial cable,
single and coupled microstrip, stripline, and metal-insulator-
semiconductor microstrip are included.
Wcalc can analyze the electrical parameters for a given physical
description of the structure or synthesize the required dimensions
to meet certain desired electrical characteristics.
Wcalc provides several different frontends for accessing the numeric
engine. Currently, there is a GTK based standalone graphical
user interface, a common gateway interface (CGI) for web access,
Scilab, Octave, and Matlab interfaces for maximum flexibility within
a scientific programming environment, and a standard input/output
(stdio) interface which allows a simple interface to other 3rd
party tools which can communicate via a pipe.
The different frontends are installed as different packages for
flexibility in deployment.
This is the library for wcalc which contains all of the numerical
backend routines and models.
Wcalc is a tool for the analysis and synthesis of transmission
line structures and related components. Wcalc provides the
ability to analyze the electrical parameters of a particular
structure based on the physical dimensions and material parameters.
The synthesis portion calculates the required physical parameters
to meet desired electrical specifications. Wcalc includes several
models and places an emphasis on accuracy. Several frontends
provide the user with several options for its use.
1) Simplify the way how an emacs version is picked when no emacs
is installed, but a user try to install an Emacs Lisp package.
Just pick up the version set as EMACS_TYPE than searching for
versions already installed etc. If the EMACS_TYPE version is
not supported by the Emacs Lisp Package, just fail. EMACS_TYPE
be default to GNU Emacs 21.
(In other words, users should set EMACS_TYPE as they want.
Otherwise GNU Emacs 21 is used.)
2) All Emacs Lisp Packages *must* prepend EMACS_PKGNAME_PREFIX to
a) the PKGNAME itself, and b) PKGNAME in its dependency lines.
EMACS_PKGNAME_PREFIX is expanded to "xemacs-" when XEmacs is
used. This keeps dependency graph of Emacs-Lisp-packages-
installed-for-XEmacs consistent.
3) Document EMACS_* variables as much as possible.
4) Provide more cookies for PLIST. Maybe utilized later.
Note that the 2) change doesn't affect the default, GNU Emacs 21
behaviour. So no version / revision bumps in this commit.
