2009-04-09 02:41:53 +02:00
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# $NetBSD: Makefile,v 1.9 2009/04/09 00:41:53 joerg Exp $
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import wcalc-0.9
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.
2005-11-01 04:54:44 +01:00
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#
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2009-04-09 02:41:53 +02:00
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META_PACKAGE= # empty
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import wcalc-0.9
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.
2005-11-01 04:54:44 +01:00
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.include "../../cad/wcalc/Makefile.common"
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2007-05-21 12:04:40 +02:00
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PKGREVISION= 3
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import wcalc-0.9
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.
2005-11-01 04:54:44 +01:00
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COMMENT= Meta-pkg for the Wcalc Transmission Line Analysis/Synthesis Calculator
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VER= ${DISTNAME:S/wcalc-//}
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2007-05-21 12:04:40 +02:00
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DEPENDS+= libwcalc-${VER}{,nb*}:../../cad/libwcalc
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DEPENDS+= cgi-wcalc-${VER}{,nb*}:../../cad/cgi-wcalc
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DEPENDS+= sci-wcalc-${VER}{,nb*}:../../cad/sci-wcalc
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DEPENDS+= stdio-wcalc-${VER}{,nb*}:../../cad/stdio-wcalc
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DEPENDS+= wcalc-docs-${VER}{,nb*}:../../cad/wcalc-docs
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import wcalc-0.9
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.
2005-11-01 04:54:44 +01:00
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PKG_OPTIONS_VAR= PKG_OPTIONS.wcalc
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PKG_SUPPORTED_OPTIONS= mex wcalc-gtk1
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.include "../../mk/bsd.prefs.mk"
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.include "../../mk/bsd.options.mk"
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.if !empty(PKG_OPTIONS:Mmex-gtk1)
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DEPENDS+= gtk1-wcalc-${VER}*:../../cad/gtk1-wcalc
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.else
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DEPENDS+= gtk2-wcalc-${VER}*:../../cad/gtk2-wcalc
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.endif
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.if !empty(PKG_OPTIONS:Mmex)
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# mex-wcalc needs a matlab installation. In addition, mex-wcalc
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# will not currently build correctly if you are using a
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# non-native matlab (i.e. linux or solaris matlab on NetBSD)
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ONLY_FOR_PLATFORM= Linux-*-i386 SunOS-*-sparc*
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DEPENDS+= mex-wcalc-${VER}*:../../cad/mex-wcalc
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.endif
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.include "../../mk/bsd.pkg.mk"
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