test suite failures with cvs Maxima



Hello,

There are some failures in the test suite when running with
Clisp, CMUCL, SBCL, and GCL on Linux.
All 4 report failures in rtesthyp and CMUCL and Clisp report
some other errors as well. I've attached an abbreviated output
log from run_testsuite. Maybe someone can take a look at
these errors.

best

Robert Dodier

PS.
-----------------------------------------------------------------------
Using Lisp CMU Common Lisp 18e

Running tests in rtest_trig:
********************** Problem 60 ***************
Input:
block([buggy:[]],
      for f in alltrig do
          for p in pts do
              block([e,fop:op(f)],
                    e:buildq([p,fop],
                             lambda([],
                                    cabs(
                                     float(rectform(fop(p)))
                                      -fop(float(p))))),
                    if e() > 1.e-13 then buggy:cons(e,buggy)),
      buggy)


Result:
The number 0.5*%i+0.5 isn't in the domain of acot
?error\-catch

This differed from the expected result:
[]

Running tests in rtesthyp:
********************** Problem 13 ***************
Input:
ratsimp(hgfred([-4],[1/2],z^2/2)-hermite(8,z/sqrt(2))/1680)


Result:
-(16*z^8-448*z^6+3360*z^4-6720*z^2-hermite(8,z/sqrt(2))+1680)
 /1680

This differed from the expected result:
0

********************** Problem 14 ***************
Input:
ratsimp(hgfred([-4],[3/2],z^2/2)-sqrt(2)*hermite(9,z/sqrt(2))
                                 /30240
                                 /z)


Result:
-(16*sqrt(2)*z^9-576*sqrt(2)*z^7+6048*sqrt(2)*z^5
                -20160*sqrt(2)*z^3+15120*sqrt(2)*z
                -hermite(9,z/sqrt(2)))
 /(15120*sqrt(2)*z)

This differed from the expected result:
0

********************** Problem 66 ***************
Input:
ratsimp(hgfred([-2],[3/2],z)-hermite(5,sqrt(z))/(120*sqrt(z)))


Result:
-(sqrt(z)*(32*z^2-160*z+120)-hermite(5,sqrt(z)))/(120*sqrt(z))

This differed from the expected result:
0

Running tests in rtest8:
********************** Problem 98 ***************
Input:
ev(e4,foo(u) = u)


Result:
[2.0,0.0,25,0]

This differed from the expected result:
[1.999999999999999,2.220446049250313e-16,25,0]

********************** Problem 107 ***************
Input:
ev(e7,alfa = 2,vita = 1)


Result:
[.05296102778655729,4.85722573273506e-17,50,0]

This differed from the expected result:
[.05296102778655729,5.551115123125782e-17,50,0]

105/107 tests passed.

The following 2 problems failed: (98 107)
Running tests in rtest4:
********************** Problem 86 ***************
Input:
is(errcatch(rat(x^2^128)) = [])


Result:
true

This differed from the expected result:
false


-----------------------------------------------------------------------
Using Lisp SBCL 1.0

Running tests in rtesthyp:
********************** Problem 13 ***************
Input:
ratsimp(hgfred([-4],[1/2],z^2/2)-hermite(8,z/sqrt(2))/1680)


Result:
-(16*z^8-448*z^6+3360*z^4-6720*z^2-hermite(8,z/sqrt(2))+1680)
 /1680

This differed from the expected result:
0

********************** Problem 14 ***************
Input:
ratsimp(hgfred([-4],[3/2],z^2/2)-sqrt(2)*hermite(9,z/sqrt(2))
                                 /30240
                                 /z)


Result:
-(16*sqrt(2)*z^9-576*sqrt(2)*z^7+6048*sqrt(2)*z^5
                -20160*sqrt(2)*z^3+15120*sqrt(2)*z
                -hermite(9,z/sqrt(2)))
 /(15120*sqrt(2)*z)

This differed from the expected result:
0

********************** Problem 66 ***************
Input:
ratsimp(hgfred([-2],[3/2],z)-hermite(5,sqrt(z))/(120*sqrt(z)))


Result:
-(sqrt(z)*(32*z^2-160*z+120)-hermite(5,sqrt(z)))/(120*sqrt(z))

This differed from the expected result:
0


-----------------------------------------------------------------------
Using Lisp GNU Common Lisp (GCL) GCL 2.6.7 (aka GCL)

Running tests in rtesthyp:
********************** Problem 13 ***************
Input:
ratsimp(hgfred([-4],[1/2],z^2/2)-hermite(8,z/sqrt(2))/1680)


Result:
-(16*z^8-448*z^6+3360*z^4-6720*z^2-hermite(8,z/sqrt(2))+1680)
 /1680

This differed from the expected result:
0

********************** Problem 14 ***************
Input:
ratsimp(hgfred([-4],[3/2],z^2/2)-sqrt(2)*hermite(9,z/sqrt(2))
                                 /30240
                                 /z)


Result:
-(16*sqrt(2)*z^9-576*sqrt(2)*z^7+6048*sqrt(2)*z^5
                -20160*sqrt(2)*z^3+15120*sqrt(2)*z
                -hermite(9,z/sqrt(2)))
 /(15120*sqrt(2)*z)

This differed from the expected result:
0

********************** Problem 66 ***************
Input:
ratsimp(hgfred([-2],[3/2],z)-hermite(5,sqrt(z))/(120*sqrt(z)))


Result:
-(sqrt(z)*(32*z^2-160*z+120)-hermite(5,sqrt(z)))/(120*sqrt(z))

This differed from the expected result:
0


-----------------------------------------------------------------------
Using Lisp CLISP 2.38 (2006-01-24)

Running tests in rtest14:
********************** Problem 231 ***************
Input:
test_bessel(bessel_i(-2.5,-1.5),-.8015666610717216*%i,14)


Result:
0.234773439454848

This differed from the expected result:
true

********************** Problem 232 ***************
Input:
test_bessel(bessel_i(-2.5,1.5),.8015666610717216,14)


Result:
.2347734394548481

This differed from the expected result:
true

********************** Problem 242 ***************
Input:
test_bessel(bessel_i(2.5,-1.0),.05709890920304825*%i,15)


Result:
.01672388330721784

This differed from the expected result:
true

287/290 tests passed (not counting 2 expected errors).

The following 3 problems failed: (231 232 242)
Running tests in rtesthyp:
********************** Problem 13 ***************
Input:
ratsimp(hgfred([-4],[1/2],z^2/2)-hermite(8,z/sqrt(2))/1680)


Result:
-(16*z^8-448*z^6+3360*z^4-6720*z^2-hermite(8,z/sqrt(2))+1680)
 /1680

This differed from the expected result:
0

********************** Problem 14 ***************
Input:
ratsimp(hgfred([-4],[3/2],z^2/2)-sqrt(2)*hermite(9,z/sqrt(2))
                                 /30240
                                 /z)


Result:
-(16*sqrt(2)*z^9-576*sqrt(2)*z^7+6048*sqrt(2)*z^5
                -20160*sqrt(2)*z^3+15120*sqrt(2)*z
                -hermite(9,z/sqrt(2)))
 /(15120*sqrt(2)*z)

This differed from the expected result:
0

********************** Problem 66 ***************
Input:
ratsimp(hgfred([-2],[3/2],z)-hermite(5,sqrt(z))/(120*sqrt(z)))


Result:
-(sqrt(z)*(32*z^2-160*z+120)-hermite(5,sqrt(z)))/(120*sqrt(z))

This differed from the expected result:
0