Menu
▾
▴
[Octave-cvsupdate] SF.net SVN: octave:[9408] trunk/octave-forge/extra/control-devel/inst
|
From: <par...@us...> - 2011-12-16 10:00:19
|
Revision: 9408
http://octave.svn.sourceforge.net/octave/?rev=9408&view=rev
Author: paramaniac
Date: 2011-12-16 10:00:12 +0000 (Fri, 16 Dec 2011)
Log Message:
-----------
control-devel: use single quotes in texinfo strings
Modified Paths:
--------------
trunk/octave-forge/extra/control-devel/inst/bstmodred.m
trunk/octave-forge/extra/control-devel/inst/btaconred.m
trunk/octave-forge/extra/control-devel/inst/btamodred.m
trunk/octave-forge/extra/control-devel/inst/cfconred.m
trunk/octave-forge/extra/control-devel/inst/fwcfconred.m
trunk/octave-forge/extra/control-devel/inst/hnamodred.m
trunk/octave-forge/extra/control-devel/inst/spaconred.m
trunk/octave-forge/extra/control-devel/inst/spamodred.m
Modified: trunk/octave-forge/extra/control-devel/inst/bstmodred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/bstmodred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/bstmodred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -113,7 +113,7 @@
## @item nr
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -147,28 +147,28 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "nr"
+## @item 'order', 'nr'
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is the sum of NU and the number of
## Hankel singular values greater than @code{MAX(TOL1,NS*EPS)};
## @var{nr} can be further reduced to ensure that
## @code{HSV(NR-NU) > HSV(NR+1-NU)}.
##
-## @item "method"
+## @item 'method'
## Approximation method for the H-infinity norm.
## Valid values corresponding to this key are:
## @table @var
-## @item "sr-bta", "b"
+## @item 'sr-bta', 'b'
## Use the square-root Balance & Truncate method.
-## @item "bfsr-bta", "f"
+## @item 'bfsr-bta', 'f'
## Use the balancing-free square-root Balance & Truncate method. Default method.
-## @item "sr-spa", "s"
+## @item 'sr-spa', 's'
## Use the square-root Singular Perturbation Approximation method.
-## @item "bfsr-spa", "p"
+## @item 'bfsr-spa', 'p'
## Use the balancing-free square-root Singular Perturbation Approximation method.
## @end table
##
-## @item "alpha"
+## @item 'alpha'
## Specifies the ALPHA-stability boundary for the eigenvalues
## of the state dynamics matrix @var{G.A}. For a continuous-time
## system, ALPHA <= 0 is the boundary value for
@@ -179,7 +179,7 @@
## Default value is 0 for continuous-time systems and
## 1 for discrete-time systems.
##
-## @item "beta"
+## @item 'beta'
## Use @code{[G, beta*I]} as new system @var{G} to combine
## absolute and relative error methods.
## BETA > 0 specifies the absolute/relative error weighting
@@ -192,8 +192,8 @@
## the feedthrough matrice must not be rank-deficient.
## Default value is 0.
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of reduced system.
## For model reduction, the recommended value of @var{tol1} lies
## in the interval [0.00001, 0.001]. @var{tol1} < 1.
@@ -201,17 +201,17 @@
## @var{tol1} = NS*EPS, where NS is the number of
## ALPHA-stable eigenvalues of A and EPS is the machine
## precision.
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
##
-## @item "tol2"
+## @item 'tol2'
## The tolerance for determining the order of a minimal
## realization of the phase system (see METHOD) corresponding
## to the ALPHA-stable part of the given system.
## The recommended value is TOL2 = NS*EPS. TOL2 <= TOL1 < 1.
-## This value is used by default if @var{"tol2"} is not specified
+## This value is used by default if @var{'tol2'} is not specified
## or if TOL2 <= 0 on entry.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on system @var{G} prior to order reduction.
## Default value is true if @code{G.scaled == false} and
Modified: trunk/octave-forge/extra/control-devel/inst/btaconred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/btaconred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/btaconred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -34,7 +34,7 @@
## @item ncr
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -62,37 +62,37 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "ncr"
+## @item 'order', 'ncr'
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically.
##
-## @item "method"
+## @item 'method'
## Order reduction approach to be used as follows:
## @table @var
-## @item "sr", "b"
+## @item 'sr', 'b'
## Use the square-root Balance & Truncate method.
-## @item "bfsr", "f"
+## @item 'bfsr', 'f'
## Use the balancing-free square-root Balance & Truncate method. Default method.
## @end table
##
-## @item "weight"
+## @item 'weight'
## Specifies the type of frequency-weighting as follows:
## @table @var
-## @item "none"
+## @item 'none'
## No weightings are used (V = I, W = I). Default value.
-## @item "left", "output"
+## @item 'left', 'output'
## Use stability enforcing left (output) weighting
## @example
## -1
## V = (I-G*K) *G , (W = I)
## @end example
-## @item "right", "input"
+## @item 'right', 'input'
## Use stability enforcing right (input) weighting
## @example
## -1
## W = (I-G*K) *G , (V = I)
## @end example
-## @item "both", "performance"
+## @item 'both', 'performance'
## Use stability and performance enforcing weightings
## @example
## -1 -1
@@ -100,7 +100,7 @@
## @end example
## @end table
##
-## @item "alpha"
+## @item 'alpha'
## Specifies the ALPHA-stability boundary for the eigenvalues
## of the state dynamics matrix @var{K.A}. For a continuous-time
## controller, ALPHA <= 0 is the boundary value for
@@ -111,20 +111,20 @@
## Default value is 0 for continuous-time controllers and
## 1 for discrete-time controllers.
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of the reduced controller.
## For model reduction, the recommended value of @var{tol1} is
## c*info.hsvc(1), where c lies in the interval [0.00001, 0.001].
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
##
-## @item "tol2"
+## @item 'tol2'
## The tolerance for determining the order of a minimal
## realization of the ALPHA-stable part of the given
## controller. TOL2 <= TOL1.
## If not specified, ncs*eps*info.hsvc(1) is chosen.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on @var{G} and @var{K} prior to order reduction.
## Default value is false if both @code{G.scaled == true, K.scaled == true}
Modified: trunk/octave-forge/extra/control-devel/inst/btamodred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/btamodred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/btamodred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -70,7 +70,7 @@
## @item nr
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -104,28 +104,28 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "nr"
+## @item 'order', 'nr'
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is chosen automatically.
##
-## @item "left", "output"
+## @item 'left', 'output'
## LTI model of the left/output frequency weighting.
## Default value is an identity matrix.
##
-## @item "right", "input"
+## @item 'right', 'input'
## LTI model of the right/input frequency weighting.
## Default value is an identity matrix.
##
-## @item "method"
+## @item 'method'
## Order reduction approach to be used as follows:
## @table @var
-## @item "sr", "b"
+## @item 'sr', 'b'
## Use the square-root Balance & Truncate method.
-## @item "bfsr", "f"
+## @item 'bfsr', 'f'
## Use the balancing-free square-root Balance & Truncate method. Default method.
## @end table
##
-## @item "alpha"
+## @item 'alpha'
## Specifies the ALPHA-stability boundary for the eigenvalues
## of the state dynamics matrix @var{G.A}. For a continuous-time
## system, ALPHA <= 0 is the boundary value for
@@ -136,20 +136,20 @@
## Default value is 0 for continuous-time systems and
## 1 for discrete-time systems.
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of the reduced model.
## For model reduction, the recommended value of @var{tol1} is
## c*info.hsv(1), where c lies in the interval [0.00001, 0.001].
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
##
-## @item "tol2"
+## @item 'tol2'
## The tolerance for determining the order of a minimal
## realization of the ALPHA-stable part of the given
## model. TOL2 <= TOL1.
## If not specified, ns*eps*info.hsv(1) is chosen.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on system @var{G} prior to order reduction.
## Default value is true if @code{G.scaled == false} and
Modified: trunk/octave-forge/extra/control-devel/inst/cfconred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/cfconred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/cfconred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -35,7 +35,7 @@
## @item ncr
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -61,47 +61,47 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "ncr"
+## @item 'order', 'ncr'
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically.
##
-## @item "method"
+## @item 'method'
## Order reduction approach to be used as follows:
## @table @var
-## @item "sr-bta", "b"
+## @item 'sr-bta', 'b'
## Use the square-root Balance & Truncate method.
-## @item "bfsr-bta", "f"
+## @item 'bfsr-bta', 'f'
## Use the balancing-free square-root Balance & Truncate method. Default method.
-## @item "sr-spa", "s"
+## @item 'sr-spa', 's'
## Use the square-root Singular Perturbation Approximation method.
-## @item "bfsr-spa", "p"
+## @item 'bfsr-spa', 'p'
## Use the balancing-free square-root Singular Perturbation Approximation method.
## @end table
##
-## @item "cf"
+## @item 'cf'
## Specifies whether left or right coprime factorization is
## to be used as follows:
## @table @var
-## @item "left", "l"
+## @item 'left', 'l'
## Use left coprime factorization. Default method.
-## @item "right", "r"
+## @item 'right', 'r'
## Use right coprime factorization.
## @end table
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of the reduced system.
## For model reduction, the recommended value of @var{tol1} is
## c*info.hsv(1), where c lies in the interval [0.00001, 0.001].
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
##
-## @item "tol2"
+## @item 'tol2'
## The tolerance for determining the order of a minimal
## realization of the coprime factorization controller.
## TOL2 <= TOL1.
## If not specified, n*eps*info.hsv(1) is chosen.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on system @var{G} prior to order reduction.
## Default value is true if @code{G.scaled == false} and
Modified: trunk/octave-forge/extra/control-devel/inst/fwcfconred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/fwcfconred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/fwcfconred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -35,7 +35,7 @@
## @item ncr
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -61,35 +61,35 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "ncr"
+## @item 'order', 'ncr'
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically.
##
-## @item "method"
+## @item 'method'
## Order reduction approach to be used as follows:
## @table @var
-## @item "sr", "b"
+## @item 'sr', 'b'
## Use the square-root Balance & Truncate method.
-## @item "bfsr", "f"
+## @item 'bfsr', 'f'
## Use the balancing-free square-root Balance & Truncate method. Default method.
## @end table
##
-## @item "cf"
+## @item 'cf'
## Specifies whether left or right coprime factorization is
## to be used as follows:
## @table @var
-## @item "left", "l"
+## @item 'left', 'l'
## Use left coprime factorization. Default method.
-## @item "right", "r"
+## @item 'right', 'r'
## Use right coprime factorization.
## @end table
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of the reduced system.
## For model reduction, the recommended value of @var{tol1} is
## c*info.hsv(1), where c lies in the interval [0.00001, 0.001].
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
## @end table
##
## @strong{Algorithm}@*
Modified: trunk/octave-forge/extra/control-devel/inst/hnamodred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/hnamodred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/hnamodred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -106,26 +106,34 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "nr"
+## @item 'order', 'nr'
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is the sum of NU and the number of
## Hankel singular values greater than @code{MAX(TOL1,NS*EPS*HNORM(As,Bs,Cs))};
##
-## @item "method"
+## @item 'method'
## Specifies the computational approach to be used.
## Valid values corresponding to this key are:
## @table @var
-## @item "descriptor"
+## @item 'descriptor'
## Use the inverse free descriptor system approach.
-## @item "standard"
+## @item 'standard'
## Use the inversion based standard approach.
-## @item "auto"
+## @item 'auto'
## Switch automatically to the inverse free
## descriptor approach in case of badly conditioned
## feedthrough matrices in V or W. Default method.
## @end table
##
-## @item "alpha"
+## @item 'left', 'output'
+## LTI model of the left/output frequency weighting.
+## Default value is an identity matrix.
+##
+## @item 'right', 'input'
+## LTI model of the right/input frequency weighting.
+## Default value is an identity matrix.
+##
+## @item 'alpha'
## Specifies the ALPHA-stability boundary for the eigenvalues
## of the state dynamics matrix @var{G.A}. For a continuous-time
## system, ALPHA <= 0 is the boundary value for
@@ -136,7 +144,7 @@
## Default value is 0 for continuous-time systems and
## 1 for discrete-time systems.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on system @var{G} prior to order reduction.
## Default value is true if @code{G.scaled == false} and
Modified: trunk/octave-forge/extra/control-devel/inst/spaconred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/spaconred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/spaconred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -34,7 +34,7 @@
## @item ncr
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -62,37 +62,37 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "ncr"
+## @item 'order', 'ncr'
## The desired order of the resulting reduced order controller @var{Kr}.
## If not specified, @var{ncr} is chosen automatically.
##
-## @item "method"
+## @item 'method'
## Order reduction approach to be used as follows:
## @table @var
-## @item "sr", "s"
+## @item 'sr', 's'
## Use the square-root Singular Perturbation Approximation method.
-## @item "bfsr", "p"
+## @item 'bfsr', 'p'
## Use the balancing-free square-root Singular Perturbation Approximation method. Default method.
## @end table
##
-## @item "weight"
+## @item 'weight'
## Specifies the type of frequency-weighting as follows:
## @table @var
-## @item "none"
+## @item 'none'
## No weightings are used (V = I, W = I). Default value.
-## @item "left", "output"
+## @item 'left', 'output'
## Use stability enforcing left (output) weighting
## @example
## -1
## V = (I-G*K) *G , (W = I)
## @end example
-## @item "right", "input"
+## @item 'right', 'input'
## Use stability enforcing right (input) weighting
## @example
## -1
## W = (I-G*K) *G , (V = I)
## @end example
-## @item "both", "performance"
+## @item 'both', 'performance'
## Use stability and performance enforcing weightings
## @example
## -1 -1
@@ -100,7 +100,7 @@
## @end example
## @end table
##
-## @item "alpha"
+## @item 'alpha'
## Specifies the ALPHA-stability boundary for the eigenvalues
## of the state dynamics matrix @var{K.A}. For a continuous-time
## controller, ALPHA <= 0 is the boundary value for
@@ -111,20 +111,20 @@
## Default value is 0 for continuous-time controllers and
## 1 for discrete-time controllers.
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of the reduced controller.
## For model reduction, the recommended value of @var{tol1} is
## c*info.hsvc(1), where c lies in the interval [0.00001, 0.001].
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
##
-## @item "tol2"
+## @item 'tol2'
## The tolerance for determining the order of a minimal
## realization of the ALPHA-stable part of the given
## controller. TOL2 <= TOL1.
## If not specified, ncs*eps*info.hsvc(1) is chosen.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on @var{G} and @var{K} prior to order reduction.
## Default value is false if both @code{G.scaled == true, K.scaled == true}
Modified: trunk/octave-forge/extra/control-devel/inst/spamodred.m
===================================================================
--- trunk/octave-forge/extra/control-devel/inst/spamodred.m 2011-12-16 07:21:08 UTC (rev 9407)
+++ trunk/octave-forge/extra/control-devel/inst/spamodred.m 2011-12-16 10:00:12 UTC (rev 9408)
@@ -30,7 +30,7 @@
## @item nr
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is chosen automatically according
-## to the description of key @var{"order"}.
+## to the description of key @var{'order'}.
## @item @dots{}
## Optional pairs of keys and values. @code{"key1", value1, "key2", value2}.
## @item opt
@@ -64,28 +64,28 @@
##
## @strong{Option Keys and Values}
## @table @var
-## @item "order", "nr"
+## @item 'order', 'nr'
## The desired order of the resulting reduced order system @var{Gr}.
## If not specified, @var{nr} is chosen automatically.
##
-## @item "left", "output"
+## @item 'left', 'output'
## LTI model of the left/output frequency weighting.
## Default value is an identity matrix.
##
-## @item "right", "input"
+## @item 'right', 'input'
## LTI model of the right/input frequency weighting.
## Default value is an identity matrix.
##
-## @item "method"
+## @item 'method'
## Order reduction approach to be used as follows:
## @table @var
-## @item "sr", "s"
+## @item 'sr', 's'
## Use the square-root Singular Perturbation Approximation method.
-## @item "bfsr", "p"
+## @item 'bfsr', 'p'
## Use the balancing-free square-root Singular Perturbation Approximation method. Default method.
## @end table
##
-## @item "alpha"
+## @item 'alpha'
## Specifies the ALPHA-stability boundary for the eigenvalues
## of the state dynamics matrix @var{G.A}. For a continuous-time
## system, ALPHA <= 0 is the boundary value for
@@ -96,20 +96,20 @@
## Default value is 0 for continuous-time systems and
## 1 for discrete-time systems.
##
-## @item "tol1"
-## If @var{"order"} is not specified, @var{tol1} contains the tolerance for
+## @item 'tol1'
+## If @var{'order'} is not specified, @var{tol1} contains the tolerance for
## determining the order of the reduced model.
## For model reduction, the recommended value of @var{tol1} is
## c*info.hsv(1), where c lies in the interval [0.00001, 0.001].
-## If @var{"order"} is specified, the value of @var{tol1} is ignored.
+## If @var{'order'} is specified, the value of @var{tol1} is ignored.
##
-## @item "tol2"
+## @item 'tol2'
## The tolerance for determining the order of a minimal
## realization of the ALPHA-stable part of the given
## model. TOL2 <= TOL1.
## If not specified, ns*eps*info.hsv(1) is chosen.
##
-## @item "equil", "scale"
+## @item 'equil', 'scale'
## Boolean indicating whether equilibration (scaling) should be
## performed on system @var{G} prior to order reduction.
## Default value is true if @code{G.scaled == false} and
This was sent by the SourceForge.net collaborative development platform, the world's largest Open Source development site.
|
