- Add significantly better support in bsd.python.mk for working with
Python Eggs and the easy_install system
Tested by: pointyhat runs
Approved by: pav (portmgr)
Most work by: perky
Thanks to: pav
Changelog at <http://www.geuz.org/gmsh/doc/VERSIONS>
- Now we are allowed to package Gmsh built with Tetgen: thanks to Pedro
F. Giffuni, the author granted the FreeBSD project to redistribute it.
However, redistribution of Triangle has not yet been granted, then:
. build the default package with Tetgen and Triangle;
. set NO_CDROM if Triangle is not disabled;
. explain the conditions in post-installation message.
Suggested by: Pedro F. Giffuni <giffunip (at) yahoo.com>
supports them. This is determined by running ``configure --help'' in
do-configure target and set the shell variable _LATE_CONFIGURE_ARGS
which is then passed to CONFIGURE_ARGS.
- Remove --mandir and --infodir in ports' Makefile where applicable
Few ports use REINPLACE_CMD to achieve the same effect, remove them too.
- Correct some manual pages location from PREFIX/man to MANPREFIX/man
- Define INFO_PATH where necessary
- Document that .info files are installed in a subdirectory relative to
PREFIX/INFO_PATH and slightly change add-plist-info to use INFO_PATH and
subdirectory detection.
PR: ports/111470
Approved by: portmgr
Discussed with: stas (Mk/*), gerald (info related stuffs)
Tested by: pointyhat exp run
- OASIS files can be read as well now. The reader automatically
determines the kind of file. OASIS layer names are supported. Due to
the complexity of the OASIS specification, or more precisely the
effort required to test a reader for meeting the specification, OASIS
support currently is regarded to be in "beta" state.
- Layers can now be organized hierarchically. Layers can be grouped
which allows to control visibility and other properties for the group
as a whole. Layers can be removed from the layer view list or new
layer views can be created.
- The layout can be transformed (rotated, shifted, mirrored) now. This
transformation is specified in the layer panel as a part of the layer
source specification. An optional transformation can be applied per
layer or layer group. This way for example, different layouts can be
aligned over each other.
- Shape properties now are supported. Each shape may carry optional
properties that are read from GDS or OASIS files. A property selector
can be applied per layer view, so that a layer only shows these shapes
that match the given property selection.
- As an experimental feature, the inverse layout tree can be
visualised by allowing the minimum hierarchy level to go into the
negative range. The effect of this is, that a cell is shown in the
context of all of it's direct parents, if the first hierarchy level is
set to -1. If set to -2, the cell is shown in the context of all of
it's parents and grandparents and so on. Since there is no particular
optimiziation for this feature, performance may be poor, if a cell
must be painted in a huge number of contexts. In addition, the context
displayed does not participate in selection or ruler snapping.
It features some key concepts like macro recording, workbenches, ability to run
as a server and dynamically loadable application extensions and it is designed
to be platform independent.
Warning: FreeCAD is still in ALPHA state and not in shape for end user usage!
<http://juergen-riegel.net/FreeCAD/Docu/>
Suggested by: Pedro F. Giffuni <giffunip (at) yahoo.com>
---When you have a large number of or big layout/schematic/TeX files which
have possibly many top cells made by other people, how can you manage
those layout/schematic/TeXs? FH is written for that. It can be useful
up to your imagination or shell programming skill. FH analyses the
hidden hierarchies of those cells and shows you the hierarchy information.
