Info2: <<
Package: control%type_pkg[-blas]-oct%type_pkg[oct]
Version: 2.4.2
Type: oct (3.6.0 3.6.1 3.6.2 3.6.3 3.6.4), forge (control), -blas (-atlas -ref .), gcc (4.8), lapack (3.4.2)
Revision: 2
Architecture: <<
i386,
(%type_raw[-blas] != .) x86_64
<<
Maintainer: Alexander Hansen <alexkhansen@users.sourceforge.net>
# unfortunately, Homepage won't do types
Homepage: http://octave.sourceforge.net/control/index.html 
License: GPL3+

Description: Octave control tools
DescDetail: <<
Octave control systems package based on the proven SLICOT Fortran library

This package provides the following functions:
Examples:
	MDSSystem
	optiPID
	Anderson
	Madievski
Linear Time Invariant Models:
	dss
	filt
	frd
	ss
	tf
	zpk
Model Data Access:
	@lti/dssdata
	@lti/filtdata
	@lti/frdata
	@lti/get
	@lti/set
	@lti/ssdata
	@lti/tfdata
	@lti/zpkdata
Model Conversions:
	@lti/c2d
	@lti/d2c
	@lti/prescale
	@lti/xperm
Model Interconnections:
	@lti/append
	@lti/blkdiag
	@lti/connect
	@lti/feedback
	@lti/lft
	@lti/mconnect
	@lti/parallel
	@lti/series
Model Characteristics:
	ctrb
	ctrbf
	@lti/dcgain
	gram
	hsvd
	@lti/isct
	isctrb
	isdetectable
	@lti/isdt
	@lti/isminimumphase
	isobsv
	@lti/issiso
	isstabilizable
	@lti/isstable
	@lti/norm
	obsv
	obsvf
	@lti/pole
	pzmap
	@lti/size
	@lti/zero
Model Simplification:
	@lti/minreal
	@lti/sminreal
Time Domain Analysis:
	covar
	gensig
	impulse
	initial
	lsim
	ramp
	step
Frequency Domain Analysis:
	bode
	bodemag
	@lti/freqresp
	margin
	nichols
	nyquist
	sensitivity
	sigma
Pole Placement:
	place
	rlocus
Linear-Quadratic Control:
	dlqe
	dlqr
	estim
	kalman
	lqe
	lqr
Robust Control:
	augw
	fitfrd
	h2syn
	hinfsyn
	mixsyn
	ncfsyn
Matrix Equation Solvers:
	care
	dare
	dlyap
	dlyapchol
	lyap
	lyapchol
Model Reduction:
	bstmodred
	btamodred
	hnamodred
	spamodred
Controller Reduction:
	btaconred
	cfconred
	fwcfconred
	spaconred
Experimental Data Handling:
	iddata
	@iddata/cat
	@iddata/detrend
	@iddata/diff
	@iddata/fft
	@iddata/filter
	@iddata/get
	@iddata/ifft
	@iddata/merge
	@iddata/nkshift
	@iddata/plot
	@iddata/resample
	@iddata/set
	@iddata/size
System Identification:
	arx
	moen4
	moesp
	n4sid
Overloaded LTI Operators:
	@lti/ctranspose
	@lti/horzcat
	@lti/inv
	@lti/minus
	@lti/mldivide
	@lti/mpower
	@lti/mrdivide
	@lti/mtimes
	@lti/plus
	@lti/subsasgn
	@lti/subsref
	@lti/transpose
	@lti/uminus
	@lti/uplus
	@lti/vertcat
Overloaded IDDATA Operators:
	@iddata/horzcat
	@iddata/subsasgn
	@iddata/subsref
	@iddata/vertcat
Miscellaneous:
	options
	strseq
	test_control
	BMWengine
	Boeing707
	WestlandLynx
<<
DescUsage: <<
From discussions with package's author, it appears that using either 
atlas or Accelerate for lapack leads to numerical problems.  We therefore 
also can use the reference lapack implementation from Fink's 
lapack%type_pkg[lapack] package.  Install control-ref-oct%type_pkg[oct] 
to use it.

To see the numerical issues yourself either run

test_control

or look at the individual tests from 

%p/share/octave/%type_raw[oct]/packages/%type_pkg[forge]-%v/test_control.m
<<

BuildDepends: <<
  (%type_raw[-blas] = -atlas)	atlas (>= 3.10.1-1),
  (%type_raw[-blas] = -atlas)	liboctave%type_pkg[oct]-newatlas-dev,
  (%type_raw[-blas] = .)		liboctave%type_pkg[oct]-accelerate-dev, 
  (%type_raw[-blas] = -ref)		lapack%type_pkg[lapack],
  (%type_raw[-blas] = -ref)		liboctave%type_pkg[oct]-ref-dev,
  liboctave%type_pkg[oct]-gcc%type_pkg[gcc]-dev,
  fink-octave-scripts (>=0.1.1),
  fftw3,
  hdf5.8,
  (%type_raw[-blas] = -ref) pkgconfig
<<
Depends: <<
  (%type_raw[-blas] = -atlas)	atlas-shlibs (>= 3.10.1-1),
  (%type_raw[-blas] = -atlas)	octave%type_pkg[oct]-interpreter-newatlas, 
  (%type_raw[-blas] = .)		octave%type_pkg[oct]-interpreter-accelerate,
  (%type_raw[-blas] = -ref)		lapack%type_pkg[lapack]-shlibs,
  (%type_raw[-blas] = -ref)		octave%type_pkg[oct]-interpreter-ref,
  gcc%type_pkg[gcc]-shlibs
<<
Conflicts: <<
	octave-forge,
	%type_raw[forge]-atlas-oct%type_pkg[oct],
	%type_raw[forge]-ref-oct%type_pkg[oct],
	%type_raw[forge]-oct%type_pkg[oct]
<<
Replaces: <<
	%type_raw[forge]-atlas-oct%type_pkg[oct],
	%type_raw[forge]-ref-oct%type_pkg[oct],
	%type_raw[forge]-oct%type_pkg[oct]
<<

Source-MD5: e5baef56938883062f185077f2050db6
Source: mirror:sourceforge:octave/%type_raw[forge]-%v.tar.gz
SourceDirectory: %type_pkg[forge]

# Do not change anything from this point down, unless absolutely necessary,
# since the foo-oct%type_pkg[oct] packages are designed to be built/installed
# in the same way.

NoSetCPPFLAGS: true
NoSetLDFLAGS: true
SetLIBRARY_PATH: /usr/X11R6/lib:%p/lib
UseMaxBuildJobs: false
BuildAsNobody: false

CompileScript: <<
#!/bin/sh -ev

pkgsrc=%type_raw[forge]

##### Invariant stuff begins here #####
%p/share/fink-octave-scripts/octave-forge-patch.sh %type_raw[forge] %v %type_raw[oct] %b %i $pkgsrc
./octave-forge-compile.sh
<<

InstallScript: ./octave-forge-install.sh
PostInstScript:  %p/share/octave/%type_raw[oct]/%type_raw[forge]/octave-forge-postinst.sh
PreRmScript: %p/share/octave/%type_raw[oct]/%type_raw[forge]/octave-forge-prerm.sh

DescPackaging: <<
Common for all octave-forge packages:

We read in postinst and prerm template scripts installed by octaveN and modify
them to use the name of this package because Octave's package manager can't 
cope with non-literal arguments.

The Type: forge (pkgname) is used to minimize what needs to be changed when
using this .info file as a template.
<<
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