Fix package and rename some functions to match m-files

octave_pkg/make_oct_pkg.sh

@@ -6,12 +6,13 @@
 A=chebfun-5.7.0+
 
 rm -rf $A
+rm -f $A.tar.gz
 mkdir $A
 cp NEWS DESCRIPTION $A
 cp ../LICENSE.txt $A/COPYING
 pushd $A
 mkdir inst
-cp -ra ../../ inst/
+cp -ra ../../* inst/
 rm -rf inst/.git
 rm -rf inst/.github
 popd

tests/chebfun/test_fracCalc.m

@@ -1,6 +1,6 @@
 % Test file for fractional calculus.
 
-function pass = test_fracInt(pref)
+function pass = test_fracCalc(pref)
 
 if ( nargin == 0 ) 
     pref = chebfunpref();

tests/chebop/test_scalarODE_damping.m

@@ -1,4 +1,4 @@
-function [pass, u1, u2, info1, info2] = test_scalarODEdamping(pref)
+function [pass, u1, u2, info1, info2] = test_scalarODE_damping(pref)
 % A nonlinear CHEBOP test. This test tests a scalar ODE, where no breakpoints
 % occur. It solves the problem using chebcolloc1, chebcolloc2 and ultraS
 % discretizations. The problem solved requires damping for the Newton iteration

tests/deltafun/test_imag.m

@@ -1,6 +1,6 @@
 % Test file for @deltafun/imag.m
 
-function pass = test_real(pref)
+function pass = test_imag(pref)
 
 if (nargin < 1)
     pref = chebfunpref();

tests/diskfun/test_coeffs2vals_vals2coeffs.m

@@ -1,4 +1,4 @@
-function pass = test_coeffs2vals( pref ) 
+function pass = test_coeffs2vals_vals2coeffs( pref )
 
 % Grab some preferences
 if ( nargin == 0 )

tests/linop/test_operarith.m

@@ -1,17 +1,17 @@
-function pass = linop_operarith
-% This test checks basic arithmetic operations of linops
-% Toby Driscoll, 3 Feb 2014
-
-d = [-1,4];
-[Z,I,D,C,M] = linop.primitiveOperators(d);
-f = chebfun(@(x) exp(sin(x).^2+2),d);
-
-%%
-F = M(f);
-A = -(2*D^2 - F*C + 3*I);
-Af = A*f;
-
-%%
-pass = norm( Af - (f.*cumsum(f)-2*diff(f,2)-3*f) ) < 1e4*eps;
-
+function pass = test_operarith
+% This test checks basic arithmetic operations of linops
+% Toby Driscoll, 3 Feb 2014
+
+d = [-1,4];
+[Z,I,D,C,M] = linop.primitiveOperators(d);
+f = chebfun(@(x) exp(sin(x).^2+2),d);
+
+%%
+F = M(f);
+A = -(2*D^2 - F*C + 3*I);
+Af = A*f;
+
+%%
+pass = norm( Af - (f.*cumsum(f)-2*diff(f,2)-3*f) ) < 1e4*eps;
+
 end

tests/spherefun/test_coeffs2vals_vals2coeffs.m

@@ -1,4 +1,4 @@
-function pass = test_coeffs2vals( pref ) 
+function pass = test_coeffs2vals_vals2coeffs( pref )
 
 % Grab some preferences
 if ( nargin == 0 )