matrix.exp

GNU Octave is a high-level language, primarily intended for numerical computations. It provides a c

set test all-1
set prog_output "ans = 1"
do_test all-1.m

set test all-2
set prog_output "\n... all:.*"
do_test all-2.m

set test all-3
set prog_output "\n... all:.*"
do_test all-3.m

set test any-1
set prog_output "ans = 1"
do_test any-1.m

set test any-2
set prog_output "\n... any:.*"
do_test any-2.m

set test any-3
set prog_output "\n... any:.*"
do_test any-3.m

set test diff-1
set prog_output "ans = 1"
do_test diff-1.m

set test diff-2
set prog_output "error:.*"
do_test diff-2.m

set test diff-3
set prog_output "error:.*"
do_test diff-3.m

set test diff-4
set prog_output "usage:.*"
do_test diff-4.m

set test diff-5
set prog_output "usage:.*"
do_test diff-5.m

set test find-1
set prog_output "ans = 1"
do_test find-1.m

set test find-2
set prog_output "ans = 1"
do_test find-2.m

set test find-3
set prog_output "\n... find:.*"
do_test find-3.m

set test find-4
set prog_output "\n... find:.*"
do_test find-4.m

set test fliplr-1
set prog_output "ans = 1"
do_test fliplr-1.m

set test fliplr-2
set prog_output "usage:.*"
do_test fliplr-2.m

set test fliplr-3
set prog_output "usage:.*"
do_test fliplr-3.m

set test flipud-1
set prog_output "ans = 1"
do_test flipud-1.m

set test flipud-2
set prog_output "usage:.*"
do_test flipud-2.m

set test flipud-3
set prog_output "usage:.*"
do_test flipud-3.m

set test rot90-1
set prog_output "ans = 1"
do_test rot90-1.m

set test rot90-2
set prog_output "usage:.*"
do_test rot90-2.m

set test rot90-3
set prog_output "usage:.*"
do_test rot90-3.m

set test reshape-1
set prog_output "ans = 1"
do_test reshape-1.m

set test reshape-2
set prog_output "error:.*"
do_test reshape-2.m

set test reshape-3
set prog_output "usage:.*"
do_test reshape-3.m

set test reshape-4
set prog_output "usage:.*"
do_test reshape-4.m

set test shift-1
set prog_output "ans = 1"
do_test shift-1.m

set test shift-2
set prog_output "usage:.*"
do_test shift-2.m

set test shift-3
set prog_output "usage:.*"
do_test shift-3.m

set test sort-1
set prog_output "ans = 1"
do_test sort-1.m

set test sort-2
set prog_output "\n... sort:.*"
do_test sort-2.m

set test sort-3
set prog_output "\n... sort:.*"
do_test sort-3.m

set test tril-1
set prog_output "ans = 1"
do_test tril-1.m

set test tril-2
set prog_output "usage:.*"
do_test tril-2.m

set test tril-3
set prog_output "usage:.*"
do_test tril-3.m

set test triu-1
set prog_output "ans = 1"
do_test triu-1.m

set test triu-2
set prog_output "usage:.*"
do_test triu-2.m

set test triu-3
set prog_output "usage:.*"
do_test triu-3.m

set test vec-1
set prog_output "ans = 1"
do_test vec-1.m

set test vec-2
set prog_output "usage:.*"
do_test vec-2.m

set test vec-3
set prog_output "usage:.*"
do_test vec-3.m

set test vech-1
set prog_output "ans = 1"
do_test vech-1.m

set test vech-2
set prog_output "usage:.*"
do_test vech-2.m

set test vech-3
set prog_output "usage:.*"
do_test vech-3.m

set test eye-1
set prog_output "ans = 1"
do_test eye-1.m

set test eye-2
set prog_output "\n... eye:.*"
do_test eye-2.m

set test ones-1
set prog_output "ans = 1"
do_test ones-1.m

set test ones-2
set prog_output "\n... ones:.*"
do_test ones-2.m

set test zeros-1
set prog_output "ans = 1"
do_test zeros-1.m

set test zeros-2
set prog_output "\n... zeros:.*"
do_test zeros-2.m

set test rand-1
set prog_output "ans = 1"
do_test rand-1.m

set test rand-2
set prog_output "\n... rand:.*"
do_test rand-2.m

set test randn-1
set prog_output "ans = 1"
do_test randn-1.m

set test randn-2
set prog_output "\n... randn:.*"
do_test randn-2.m

set test diag-1
set prog_output "ans = 1"
do_test diag-1.m

set test diag-2
set prog_output "\n... diag:.*"
do_test diag-2.m

set test diag-3
set prog_output "\n... diag:.*"
do_test diag-3.m

set test linspace-1
set prog_output "ans = 1"
do_test linspace-1.m

set test linspace-2
set prog_output "error:.*"
do_test linspace-2.m

set test linspace-3
set prog_output "\n... linspace:.*"
do_test linspace-3.m

set test linspace-4
set prog_output "\n... linspace:.*"
do_test linspace-4.m

set test logspace-1
set prog_output "ans = 1"
do_test logspace-1.m

set test logspace-2
set prog_output "error:.*"
do_test logspace-2.m

set test logspace-3
set prog_output "usage:.*"
do_test logspace-3.m

set test logspace-4
set prog_output "usage:.*"
do_test logspace-4.m

set test sylvester_matrix-1
set prog_output "ans = 1"
do_test sylvester_matrix-1.m

set test sylvester_matrix-2
set prog_output "error:.*"
do_test sylvester_matrix-2.m

set test sylvester_matrix-3
set prog_output "usage:.*"
do_test sylvester_matrix-3.m

set test sylvester_matrix-4
set prog_output "usage:.*"
do_test sylvester_matrix-4.m

set test hankel-1
set prog_output "ans = 1"
do_test hankel-1.m

set test hankel-2
set prog_output "error:.*"
do_test hankel-2.m

set test hankel-3
set prog_output "usage:.*"
do_test hankel-3.m

set test hankel-4
set prog_output "usage:.*"
do_test hankel-4.m

set test hilb-1
set prog_output "ans = 1"
do_test hilb-1.m

set test hilb-2
set prog_output "usage:.*"
do_test hilb-2.m

set test hilb-3
set prog_output "usage:.*"
do_test hilb-3.m

set test invhilb-1
set prog_output "ans = 1"
do_test invhilb-1.m

set test invhilb-2
set prog_output "error:.*"
do_test invhilb-2.m

set test invhilb-3
set prog_output "usage:.*"
do_test invhilb-3.m

set test invhilb-4
set prog_output "usage:.*"
do_test invhilb-4.m

set test toeplitz-1
set prog_output "ans = 1"
do_test toeplitz-1.m

set test toeplitz-2
set prog_output "error:.*"
do_test toeplitz-2.m

set test toeplitz-3
set prog_output "usage:.*"
do_test toeplitz-3.m

set test toeplitz-4
set prog_output "usage:.*"
do_test toeplitz-4.m

set test vander-1
set prog_output "ans = 1"
do_test vander-1.m

set test vander-2
set prog_output "error:.*"
do_test vander-2.m

set test vander-3
set prog_output "usage:.*"
do_test vander-3.m

set test vander-4
set prog_output "usage:.*"
do_test vander-4.m