Minor fixes to help texts for Chebfun overloads of built-in ODE solvers.

chebfun · Aug 3, 2023 · acf1128 · acf1128
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diff --git a/@chebfun/ode113.m b/@chebfun/ode113.m
@@ -1,5 +1,5 @@
 function varargout = ode113(varargin)
-%ODE113   Solve stiff differential equations and DAEs. Output a CHEBFUN.
+%ODE113   Solve non-stiff differential equations. Output a CHEBFUN.
 %   Y = CHEBFUN.ODE113(ODEFUN, D, ...) applies the standard ODE113 method to
 %   solve an initial-value problem on the domain D. The result is then converted
 %   to a piecewise-defined CHEBFUN with one column per solution component.

diff --git a/@chebfun/ode45.m b/@chebfun/ode45.m
@@ -1,5 +1,5 @@
 function varargout = ode45(varargin)
-%ODE45   Solve stiff differential equations and DAEs. Output a CHEBFUN.
+%ODE45   Solve non-stiff differential equations. Output a CHEBFUN.
 %   Y = CHEBFUN.ODE45(ODEFUN, D, ...) applies the standard ODE45 method to
 %   solve an initial-value problem on the domain D. The result is then converted
 %   to a piecewise-defined CHEBFUN with one column per solution component.

diff --git a/@chebfun/ode78.m b/@chebfun/ode78.m
@@ -1,10 +1,10 @@
 function varargout = ode78(varargin)
-%ODE78   Solve stiff differential equations and DAEs. Output a CHEBFUN.
+%ODE78   Solve non-stiff differential equations. Output a CHEBFUN.
 %   Y = CHEBFUN.ODE78(ODEFUN, D, ...) applies the standard ODE78 method to
 %   solve an initial-value problem on the domain D. The result is then converted
 %   to a piecewise-defined CHEBFUN with one column per solution component.
 %
-%   CHEBFUN.ODE78 has the same calling sequence as Matlab's standard ODE45. 
+%   CHEBFUN.ODE78 has the same calling sequence as Matlab's standard ODE78.
 %
 %   One can also write [T, Y] = ODE78(...), in which case T is a linear CHEBFUN
 %   on the domain D.

diff --git a/@chebfun/ode89.m b/@chebfun/ode89.m
@@ -1,10 +1,10 @@
 function varargout = ode89(varargin)
-%ODE89   Solve stiff differential equations and DAEs. Output a CHEBFUN.
+%ODE89   Solve non-stiff differential equations. Output a CHEBFUN.
 %   Y = CHEBFUN.ODE89(ODEFUN, D, ...) applies the standard ODE89 method to
 %   solve an initial-value problem on the domain D. The result is then converted
 %   to a piecewise-defined CHEBFUN with one column per solution component.
 %
-%   CHEBFUN.ODE89 has the same calling sequence as Matlab's standard ODE45. 
+%   CHEBFUN.ODE89 has the same calling sequence as Matlab's standard ODE89.
 %
 %   One can also write [T, Y] = ODE89(...), in which case T is a linear CHEBFUN
 %   on the domain D.