#591 (floatp #C(1.2 0)) --> T is wrong.

[Pascal J. Bourguignon]

(floatp #C(1.2 0)) --> T
but the standard specifies that when the real part is floating point, the imaginary part must become floating point, and #c(1.2 0.0) is complexp, not floatp.

12.1.5.3 Rule of Canonical Representation for Complex Rationals
12.1.5.3.1 Examples of Rule of Canonical Representation for Complex Rationals

[Sam Steingold]

This bug report is now marked as "pending"/"invalid".
This means that we think that the problem you report is not a problem with CLISP.
Unless you - the reporter - act within 2 weeks, the bug will be permanently closed.
Sorry about the inconvenience - we hope your silence means that you agree that this is not a bug in CLISP.

[Sam Steingold]

this is a clisp extension: complex numbers with different types of real and imaginary parts.
http://clisp.org/impnotes/num-concepts.html#complex-comp

[SourceForge Robot]

This Tracker item was closed automatically by the system. It was
previously set to a Pending status, and the original submitter
did not respond within 14 days (the time period specified by
the administrator of this Tracker).