The quaviver Reference Manual

Child Component

code (module).

Next: Files, Previous: Systems, Up: The quaviver Reference Manual [Contents][Index]

3 Modules

Modules are listed depth-first from the system components tree.

quaviver/code
quaviver/code/condition
quaviver/code/math

Next: quaviver/code/condition, Previous: Modules, Up: Modules [Contents][Index]

3.1 `quaviver/code`

Source

Parent Component

quaviver (system).

Child Components

packages.lisp (file).
condition (module).
interface.lisp (file).
traits.lisp (file).
external-traits.lisp (file).
math (module).
bits-primitive-triple-form.lisp (file).
bits-primitive-triple.lisp (file).
primitive-triple-bits-form.lisp (file).
primitive-triple-bits.lisp (file).
bits-float-form.lisp (file).
bits-float.lisp (file).
float-bits-form.lisp (file).
float-bits.lisp (file).
primitive-triple-float-form.lisp (file).
triple-float.lisp (file).
bits-float-late.lisp (file).
float-primitive-triple-form.lisp (file).
float-triple.lisp (file).
float-bits-late.lisp (file).
parse-digits.lisp (file).
compose-digits.lisp (file).
read-digits.lisp (file).
write-digits.lisp (file).
number-parser.lisp (file).

Next: quaviver/code/math, Previous: quaviver/code, Up: Modules [Contents][Index]

3.2 `quaviver/code/condition`

Dependency

packages.lisp (file).

Source

Parent Component

code (module).

Child Components

utility.lisp (file).
parse-error.lisp (file).

Previous: quaviver/code/condition, Up: Modules [Contents][Index]

3.3 `quaviver/code/math`

Dependency

external-traits.lisp (file).

Source

Parent Component

code (module).

Child Components

log-expt.lisp (file).
utility.lisp (file).
count-digits.lisp (file).
implementation.lisp (file).
expt.lisp (file).
round-to-odd.lisp (file).

Next: Packages, Previous: Modules, Up: The quaviver Reference Manual [Contents][Index]

4 Files

Files are sorted by type and then listed depth-first from the systems components trees.

Lisp

Previous: Files, Up: Files [Contents][Index]

4.1 Lisp

quaviver/quaviver.asd
quaviver/code/packages.lisp
quaviver/code/condition/utility.lisp
quaviver/code/condition/parse-error.lisp
quaviver/code/interface.lisp
quaviver/code/traits.lisp
quaviver/code/external-traits.lisp
quaviver/code/math/log-expt.lisp
quaviver/code/math/utility.lisp
quaviver/code/math/count-digits.lisp
quaviver/code/math/implementation.lisp
quaviver/code/math/expt.lisp
quaviver/code/math/round-to-odd.lisp
quaviver/code/bits-primitive-triple-form.lisp
quaviver/code/bits-primitive-triple.lisp
quaviver/code/primitive-triple-bits-form.lisp
quaviver/code/primitive-triple-bits.lisp
quaviver/code/bits-float-form.lisp
quaviver/code/bits-float.lisp
quaviver/code/float-bits-form.lisp
quaviver/code/float-bits.lisp
quaviver/code/primitive-triple-float-form.lisp
quaviver/code/triple-float.lisp
quaviver/code/bits-float-late.lisp
quaviver/code/float-primitive-triple-form.lisp
quaviver/code/float-triple.lisp
quaviver/code/float-bits-late.lisp
quaviver/code/parse-digits.lisp
quaviver/code/compose-digits.lisp
quaviver/code/read-digits.lisp
quaviver/code/write-digits.lisp
quaviver/code/number-parser.lisp

Next: quaviver/code/packages.lisp, Previous: Lisp, Up: Lisp [Contents][Index]

4.1.1 `quaviver/quaviver.asd`

Source: quaviver.asd.
Parent Component: quaviver (system).
ASDF Systems: quaviver.

Next: quaviver/code/condition/utility.lisp, Previous: quaviver/quaviver.asd, Up: Lisp [Contents][Index]

4.1.2 `quaviver/code/packages.lisp`

Source

Parent Component

code (module).

Packages

quaviver.condition.
quaviver.
quaviver.math.

Next: quaviver/code/condition/parse-error.lisp, Previous: quaviver/code/packages.lisp, Up: Lisp [Contents][Index]

4.1.3 `quaviver/code/condition/utility.lisp`

Source

Parent Component

condition (module).

Public Interface

floating-point-overflow (function).
floating-point-underflow (function).

Next: quaviver/code/interface.lisp, Previous: quaviver/code/condition/utility.lisp, Up: Lisp [Contents][Index]

4.1.4 `quaviver/code/condition/parse-error.lisp`

Dependency

utility.lisp (file).

Source

Parent Component

condition (module).

Public Interface

assertion-failed-error (condition).
invalid-character-error (condition).
invalid-leading-zeros-error (condition).
invalid-property-error (condition).
missing-digits-error (condition).

Internals

assertion-failed-error-message (reader method).
invalid-character-error-expected (reader method).
invalid-character-error-found (reader method).
invalid-leading-zeros-error-count (reader method).
invalid-leading-zeros-error-part (reader method).
invalid-property-error-expected (reader method).
invalid-property-error-name (reader method).
invalid-property-error-value (reader method).
missing-digits-error-found (reader method).
missing-digits-error-part (reader method).

Next: quaviver/code/traits.lisp, Previous: quaviver/code/condition/parse-error.lisp, Up: Lisp [Contents][Index]

4.1.5 `quaviver/code/interface.lisp`

Dependency

condition (module).

Source

Parent Component

code (module).

Public Interface

arithmetic-size (generic function).
bits-float (generic function).
bits-float-form (generic function).
bits-primitive-triple (generic function).
bits-primitive-triple-form (generic function).
exact-implementation-type-p (generic function).
exponent-bias (generic function).
exponent-byte-form (generic function).
exponent-bytespec (generic function).
exponent-size (generic function).
exponent-word (type).
external-type (generic function).
float-bits (generic function).
float-bits-form (generic function).
float-primitive-triple-form (generic function).
float-triple (generic function).
hidden-bit-p (generic function).
implementation-type (generic function).
infinityp (generic function).
max-exponent (generic function).
min-exponent (generic function).
nan-payload-byte-form (generic function).
nan-payload-bytespec (generic function).
nan-type-byte-form (generic function).
nan-type-bytespec (generic function).
non-number-p (generic function).
parse-number (generic function).
primitive-base (generic function).
primitive-triple-bits (generic function).
primitive-triple-bits-form (generic function).
primitive-triple-float-form (generic function).
read-number (generic function).
sign-byte-form (generic function).
sign-bytespec (generic function).
sign-size (generic function).
significand-byte-form (generic function).
significand-bytespec (generic function).
significand-size (generic function).
significand-word (type).
storage-size (generic function).
subnormalp (generic function).
triple-float (generic function).
write-number (generic function).

Next: quaviver/code/external-traits.lisp, Previous: quaviver/code/interface.lisp, Up: Lisp [Contents][Index]

4.1.6 `quaviver/code/traits.lisp`

Dependency

interface.lisp (file).

Source

Parent Component

code (module).

Public Interface

arithmetic-size (method).
arithmetic-size (method).
exponent-bias (method).
exponent-bias (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-size (method).
exponent-size (method).
hidden-bit-p (method).
hidden-bit-p (method).
max-exponent (method).
max-exponent (method).
min-exponent (method).
min-exponent (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
non-number-p (method).
non-number-p (method).
sign-byte-form (method).
sign-byte-form (method).
sign-bytespec (method).
sign-bytespec (method).
sign-size (method).
sign-size (method).
significand-byte-form (method).
significand-byte-form (method).
significand-bytespec (method).
significand-bytespec (method).
significand-size (method).
significand-size (method).
storage-size (method).
storage-size (method).
subnormalp (method).
subnormalp (method).

Internals

%traits (macro).
internal-base (method).
internal-base (method).

Next: quaviver/code/math/log-expt.lisp, Previous: quaviver/code/traits.lisp, Up: Lisp [Contents][Index]

4.1.7 `quaviver/code/external-traits.lisp`

Dependency

traits.lisp (file).

Source

Parent Component

code (module).

Public Interface

arithmetic-size (method).
arithmetic-size (method).
arithmetic-size (method).
arithmetic-size (method).
arithmetic-size (method).
arithmetic-size (method).
arithmetic-size (method).
exact-implementation-type-p (method).
exact-implementation-type-p (method).
exact-implementation-type-p (method).
exact-implementation-type-p (method).
exact-implementation-type-p (method).
exact-implementation-type-p (method).
exact-implementation-type-p (method).
exponent-bias (method).
exponent-bias (method).
exponent-bias (method).
exponent-bias (method).
exponent-bias (method).
exponent-bias (method).
exponent-bias (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-byte-form (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-bytespec (method).
exponent-size (method).
exponent-size (method).
exponent-size (method).
exponent-size (method).
exponent-size (method).
exponent-size (method).
exponent-size (method).
external-type (method).
external-type (method).
external-type (method).
external-type (method).
external-type (method).
external-type (method).
external-type (method).
external-type (method).
external-type (method).
hidden-bit-p (method).
hidden-bit-p (method).
hidden-bit-p (method).
hidden-bit-p (method).
hidden-bit-p (method).
hidden-bit-p (method).
hidden-bit-p (method).
implementation-type (method).
implementation-type (method).
implementation-type (method).
implementation-type (method).
implementation-type (method).
implementation-type (method).
implementation-type (method).
max-exponent (method).
max-exponent (method).
max-exponent (method).
max-exponent (method).
max-exponent (method).
max-exponent (method).
max-exponent (method).
min-exponent (method).
min-exponent (method).
min-exponent (method).
min-exponent (method).
min-exponent (method).
min-exponent (method).
min-exponent (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-byte-form (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-payload-bytespec (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-byte-form (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
nan-type-bytespec (method).
non-number-p (method).
non-number-p (method).
non-number-p (method).
non-number-p (method).
non-number-p (method).
non-number-p (method).
non-number-p (method).
sign-byte-form (method).
sign-byte-form (method).
sign-byte-form (method).
sign-byte-form (method).
sign-byte-form (method).
sign-byte-form (method).
sign-byte-form (method).
sign-bytespec (method).
sign-bytespec (method).
sign-bytespec (method).
sign-bytespec (method).
sign-bytespec (method).
sign-bytespec (method).
sign-bytespec (method).
sign-size (method).
sign-size (method).
sign-size (method).
sign-size (method).
sign-size (method).
sign-size (method).
sign-size (method).
significand-byte-form (method).
significand-byte-form (method).
significand-byte-form (method).
significand-byte-form (method).
significand-byte-form (method).
significand-byte-form (method).
significand-byte-form (method).
significand-bytespec (method).
significand-bytespec (method).
significand-bytespec (method).
significand-bytespec (method).
significand-bytespec (method).
significand-bytespec (method).
significand-bytespec (method).
significand-size (method).
significand-size (method).
significand-size (method).
significand-size (method).
significand-size (method).
significand-size (method).
significand-size (method).
storage-size (method).
storage-size (method).
storage-size (method).
storage-size (method).
storage-size (method).
storage-size (method).
storage-size (method).
subnormalp (method).
subnormalp (method).
subnormalp (method).
subnormalp (method).
subnormalp (method).
subnormalp (method).
subnormalp (method).

Internals

%external-traits (macro).
internal-base (method).
internal-base (method).
internal-base (method).
internal-base (method).
internal-base (method).
internal-base (method).
internal-base (method).

Next: quaviver/code/math/utility.lisp, Previous: quaviver/code/external-traits.lisp, Up: Lisp [Contents][Index]

4.1.8 `quaviver/code/math/log-expt.lisp`

Source

Parent Component

math (module).

Public Interface

ceiling-log-expt (compiler macro).
ceiling-log-expt (function).
floor-log-expt (compiler macro).
floor-log-expt (function).

Internals

*log-3/4* (special variable).
*log-expt* (special variable).
+log-expt-shift+ (constant).
+max-base+ (constant).
+min-base+ (constant).
ceiling-log-expt/far (compiler macro).
ceiling-log-expt/far (function).
compute-log-constant (function).
compute-log-expt (function).

Next: quaviver/code/math/count-digits.lisp, Previous: quaviver/code/math/log-expt.lisp, Up: Lisp [Contents][Index]

4.1.9 `quaviver/code/math/utility.lisp`

Dependency

log-expt.lisp (file).

Source

Parent Component

math (module).

Internals

compute-count-digits (function).
compute-expt (function).
compute-expt-bounds (function).
make-arithmetic-word (function).

Next: quaviver/code/math/implementation.lisp, Previous: quaviver/code/math/utility.lisp, Up: Lisp [Contents][Index]

4.1.10 `quaviver/code/math/count-digits.lisp`

Dependency

utility.lisp (file).

Source

Parent Component

math (module).

Public Interface

count-digits (compiler macro).
count-digits (function).

Internals

*count-digits-table* (special variable).

Next: quaviver/code/math/expt.lisp, Previous: quaviver/code/math/count-digits.lisp, Up: Lisp [Contents][Index]

4.1.11 `quaviver/code/math/implementation.lisp`

Dependency

count-digits.lisp (file).

Source

Parent Component

math (module).

Public Interface

arithmetic-word (type).
floor-multiply/32-64q64 (function).
floor-multiply/64-128q128 (function).
floor-multiply/evenp/32-64q64 (function).
floor-multiply/evenp/64-128q128 (function).
hi/64 (compiler macro).
hi/64 (function).
hi/hi64/128 (compiler macro).
hi/hi64/128 (function).

Internals

%floor-multiply/evenp/n-2nq2n (macro).
%floor-multiply/n-2nq2n (macro).
*/32-64/hi64 (function).
*/32-64/lo64 (function).
*/64-128/hi128 (function).
*/64-128/lo128 (function).
*/64-64 (function).
*/64-64/hi64 (function).
*/64-64/lo64 (function).
+/128-64 (function).
+/64-64 (function).

Next: quaviver/code/math/round-to-odd.lisp, Previous: quaviver/code/math/implementation.lisp, Up: Lisp [Contents][Index]

4.1.12 `quaviver/code/math/expt.lisp`

Dependency

implementation.lisp (file).

Source

Parent Component

math (module).

Public Interface

expt (compiler macro).
expt (function).
expt/128-10 (function).
expt/256-10 (function).
expt/32-10 (function).
expt/64-10 (function).

Internals

+expt/128-10/bound+ (constant).
+expt/256-10/bound+ (constant).
+expt/32-10/bound+ (constant).
+expt/64-10/bound+ (constant).
define-expt (macro).

Next: quaviver/code/bits-primitive-triple-form.lisp, Previous: quaviver/code/math/expt.lisp, Up: Lisp [Contents][Index]

4.1.13 `quaviver/code/math/round-to-odd.lisp`

Dependency

expt.lisp (file).

Source

Parent Component

math (module).

Public Interface

round-to-odd (compiler macro).
round-to-odd (function).
round-to-odd/128 (function).
round-to-odd/256 (function).
round-to-odd/32 (function).
round-to-odd/64 (function).

Internals

%round-to-odd-1 (macro).
%round-to-odd-2 (macro).

Next: quaviver/code/bits-primitive-triple.lisp, Previous: quaviver/code/math/round-to-odd.lisp, Up: Lisp [Contents][Index]

4.1.14 `quaviver/code/bits-primitive-triple-form.lisp`

Dependency: math (module).
Source: quaviver.asd.
Parent Component: code (module).
Public Interface: bits-primitive-triple-form (method).

Next: quaviver/code/primitive-triple-bits-form.lisp, Previous: quaviver/code/bits-primitive-triple-form.lisp, Up: Lisp [Contents][Index]

4.1.15 `quaviver/code/bits-primitive-triple.lisp`

Dependency

bits-primitive-triple-form.lisp (file).

Source

Parent Component

code (module).

Public Interface

bits-primitive-triple (method).
bits-primitive-triple (method).
bits-primitive-triple (method).
bits-primitive-triple (method).
bits-primitive-triple (method).
bits-primitive-triple (method).
bits-primitive-triple (method).

Internals

%bits-primitive-triple (macro).

Next: quaviver/code/primitive-triple-bits.lisp, Previous: quaviver/code/bits-primitive-triple.lisp, Up: Lisp [Contents][Index]

4.1.16 `quaviver/code/primitive-triple-bits-form.lisp`

Dependency: bits-primitive-triple.lisp (file).
Source: quaviver.asd.
Parent Component: code (module).
Public Interface: primitive-triple-bits-form (method).

Next: quaviver/code/bits-float-form.lisp, Previous: quaviver/code/primitive-triple-bits-form.lisp, Up: Lisp [Contents][Index]

4.1.17 `quaviver/code/primitive-triple-bits.lisp`

Dependency

primitive-triple-bits-form.lisp (file).

Source

Parent Component

code (module).

Public Interface

primitive-triple-bits (method).
primitive-triple-bits (method).
primitive-triple-bits (method).
primitive-triple-bits (method).
primitive-triple-bits (method).
primitive-triple-bits (method).
primitive-triple-bits (method).

Internals

%primitive-triple-bits (macro).

Next: quaviver/code/bits-float.lisp, Previous: quaviver/code/primitive-triple-bits.lisp, Up: Lisp [Contents][Index]

4.1.18 `quaviver/code/bits-float-form.lisp`

Dependency

primitive-triple-bits.lisp (file).

Source

Parent Component

code (module).

Public Interface

bits-float-form (method).
bits-float-form (method).
bits-float-form (method).
bits-float-form (method).

Internals

ub32-sb32 (function).

Next: quaviver/code/float-bits-form.lisp, Previous: quaviver/code/bits-float-form.lisp, Up: Lisp [Contents][Index]

4.1.19 `quaviver/code/bits-float.lisp`

Dependency

bits-float-form.lisp (file).

Source

Parent Component

code (module).

Public Interface

bits-float (method).
bits-float (method).
bits-float (method).
bits-float (method).

Internals

%bits-float (macro).

Next: quaviver/code/float-bits.lisp, Previous: quaviver/code/bits-float.lisp, Up: Lisp [Contents][Index]

4.1.20 `quaviver/code/float-bits-form.lisp`

Dependency

bits-float.lisp (file).

Source

Parent Component

code (module).

Public Interface

float-bits-form (method).
float-bits-form (method).
float-bits-form (method).
float-bits-form (method).

Next: quaviver/code/primitive-triple-float-form.lisp, Previous: quaviver/code/float-bits-form.lisp, Up: Lisp [Contents][Index]

4.1.21 `quaviver/code/float-bits.lisp`

Dependency

float-bits-form.lisp (file).

Source

Parent Component

code (module).

Public Interface

float-bits (method).
float-bits (method).
float-bits (method).
float-bits (method).

Internals

%float-bits (macro).

Next: quaviver/code/triple-float.lisp, Previous: quaviver/code/float-bits.lisp, Up: Lisp [Contents][Index]

4.1.22 `quaviver/code/primitive-triple-float-form.lisp`

Dependency

float-bits.lisp (file).

Source

Parent Component

code (module).

Public Interface

primitive-triple-float-form (method).
primitive-triple-float-form (method).
primitive-triple-float-form (method).
primitive-triple-float-form (method).

Internals

%primitive-triple-float-form (macro).
primitive-triple-float/double-float (function).
primitive-triple-float/single-float (function).

Next: quaviver/code/bits-float-late.lisp, Previous: quaviver/code/primitive-triple-float-form.lisp, Up: Lisp [Contents][Index]

4.1.23 `quaviver/code/triple-float.lisp`

Dependency

primitive-triple-float-form.lisp (file).

Source

Parent Component

code (module).

Public Interface

triple-float (method).
triple-float (method).
triple-float (method).
triple-float (method).

Next: quaviver/code/float-primitive-triple-form.lisp, Previous: quaviver/code/triple-float.lisp, Up: Lisp [Contents][Index]

4.1.24 `quaviver/code/bits-float-late.lisp`

Dependency

triple-float.lisp (file).

Source

Parent Component

code (module).

Public Interface

bits-float (method).
bits-float (method).
bits-float (method).
bits-float (method).
bits-float (method).
bits-float (method).
bits-float (method).

Internals

%external-float (macro).

Next: quaviver/code/float-triple.lisp, Previous: quaviver/code/bits-float-late.lisp, Up: Lisp [Contents][Index]

4.1.25 `quaviver/code/float-primitive-triple-form.lisp`

Dependency

bits-float-late.lisp (file).

Source

Parent Component

code (module).

Public Interface

float-primitive-triple-form (method).
float-primitive-triple-form (method).
float-primitive-triple-form (method).
float-primitive-triple-form (method).
float-primitive-triple-form (method).

Internals

%float-primitive-triple-form (macro).
float-primitive-triple/double-float (function).
float-primitive-triple/single-float (function).

Next: quaviver/code/float-bits-late.lisp, Previous: quaviver/code/float-primitive-triple-form.lisp, Up: Lisp [Contents][Index]

4.1.26 `quaviver/code/float-triple.lisp`

Dependency

float-primitive-triple-form.lisp (file).

Source

Parent Component

code (module).

Public Interface

float-triple (method).
float-triple (method).

Next: quaviver/code/parse-digits.lisp, Previous: quaviver/code/float-triple.lisp, Up: Lisp [Contents][Index]

4.1.27 `quaviver/code/float-bits-late.lisp`

Dependency

float-triple.lisp (file).

Source

Parent Component

code (module).

Public Interface

float-bits (method).
float-bits (method).
float-bits (method).
float-bits (method).
float-bits (method).
float-bits (method).
float-bits (method).

Internals

%float-external (macro).

Next: quaviver/code/compose-digits.lisp, Previous: quaviver/code/float-bits-late.lisp, Up: Lisp [Contents][Index]

4.1.28 `quaviver/code/parse-digits.lisp`

Dependency: float-bits-late.lisp (file).
Source: quaviver.asd.
Parent Component: code (module).
Public Interface: parse-digits (function).

Next: quaviver/code/read-digits.lisp, Previous: quaviver/code/parse-digits.lisp, Up: Lisp [Contents][Index]

4.1.29 `quaviver/code/compose-digits.lisp`

Dependency

parse-digits.lisp (file).

Source

Parent Component

code (module).

Public Interface

compose-digits (method).

Internals

%compose-digits/base-string (function).
%compose-digits/list (function).
%compose-digits/string (function).
%compose-digits/vector (function).

Next: quaviver/code/write-digits.lisp, Previous: quaviver/code/compose-digits.lisp, Up: Lisp [Contents][Index]

4.1.30 `quaviver/code/read-digits.lisp`

Dependency: compose-digits.lisp (file).
Source: quaviver.asd.
Parent Component: code (module).
Public Interface: read-digits (function).

Next: quaviver/code/number-parser.lisp, Previous: quaviver/code/read-digits.lisp, Up: Lisp [Contents][Index]

4.1.31 `quaviver/code/write-digits.lisp`

Dependency

read-digits.lisp (file).

Source

Parent Component

code (module).

Public Interface

write-digits (function).

Internals

%write-bignum-digits (function).
%write-pow2-digits (function).
%write-smallnum-digits (function).
group-marker-p (function).

Previous: quaviver/code/write-digits.lisp, Up: Lisp [Contents][Index]

4.1.32 `quaviver/code/number-parser.lisp`

Dependency

write-digits.lisp (file).

Source

Parent Component

code (module).

Public Interface

define-number-parser (macro).

Internals

*back-tag* (special variable).
*bindings* (special variable).
*character-test* (special variable).
*current-backp* (special variable).
*definitions* (special variable).
*next-tag* (special variable).
*variable-map* (special variable).
expand-clause (generic function).
expand-parser (function).
expand-ref (function).
expand-set (function).

Next: Definitions, Previous: Files, Up: The quaviver Reference Manual [Contents][Index]

5 Packages

Packages are listed by definition order.

quaviver.condition
quaviver
quaviver.math

Next: quaviver, Previous: Packages, Up: Packages [Contents][Index]

5.1 `quaviver.condition`

Source

packages.lisp.

Use List

common-lisp.

Public Interface

assertion-failed-error (condition).
floating-point-overflow (function).
floating-point-underflow (function).
invalid-character-error (condition).
invalid-leading-zeros-error (condition).
invalid-property-error (condition).
missing-digits-error (condition).

Internals

assertion-failed-error-message (generic reader).
invalid-character-error-expected (generic reader).
invalid-character-error-found (generic reader).
invalid-leading-zeros-error-count (generic reader).
invalid-leading-zeros-error-part (generic reader).
invalid-property-error-expected (generic reader).
invalid-property-error-name (generic reader).
invalid-property-error-value (generic reader).
missing-digits-error-found (generic reader).
missing-digits-error-part (generic reader).

Next: quaviver.math, Previous: quaviver.condition, Up: Packages [Contents][Index]

5.2 `quaviver`

Source

packages.lisp.

Use List

common-lisp.

Public Interface

arithmetic-size (generic function).
bits-float (generic function).
bits-float-form (generic function).
bits-primitive-triple (generic function).
bits-primitive-triple-form (generic function).
compose-digits (generic function).
define-number-parser (macro).
exact-implementation-type-p (generic function).
exponent-bias (generic function).
exponent-byte-form (generic function).
exponent-bytespec (generic function).
exponent-size (generic function).
exponent-word (type).
external-type (generic function).
float-bits (generic function).
float-bits-form (generic function).
float-primitive-triple-form (generic function).
float-triple (generic function).
hidden-bit-p (generic function).
implementation-type (generic function).
infinityp (generic function).
max-exponent (generic function).
min-exponent (generic function).
nan-payload-byte-form (generic function).
nan-payload-bytespec (generic function).
nan-type-byte-form (generic function).
nan-type-bytespec (generic function).
non-number-p (generic function).
parse-digits (function).
parse-number (generic function).
primitive-base (generic function).
primitive-triple-bits (generic function).
primitive-triple-bits-form (generic function).
primitive-triple-float-form (generic function).
read-digits (function).
read-number (generic function).
sign-byte-form (generic function).
sign-bytespec (generic function).
sign-size (generic function).
significand-byte-form (generic function).
significand-bytespec (generic function).
significand-size (generic function).
significand-word (type).
storage-size (generic function).
subnormalp (generic function).
triple-float (generic function).
write-digits (function).
write-number (generic function).

Internals

%bits-float (macro).
%bits-primitive-triple (macro).
%compose-digits/base-string (function).
%compose-digits/list (function).
%compose-digits/string (function).
%compose-digits/vector (function).
%external-float (macro).
%external-traits (macro).
%float-bits (macro).
%float-external (macro).
%float-primitive-triple-form (macro).
%primitive-triple-bits (macro).
%primitive-triple-float-form (macro).
%traits (macro).
%write-bignum-digits (function).
%write-pow2-digits (function).
%write-smallnum-digits (function).
*back-tag* (special variable).
*bindings* (special variable).
*character-test* (special variable).
*current-backp* (special variable).
*definitions* (special variable).
*next-tag* (special variable).
*variable-map* (special variable).
expand-clause (generic function).
expand-parser (function).
expand-ref (function).
expand-set (function).
float-primitive-triple/double-float (function).
float-primitive-triple/single-float (function).
group-marker-p (function).
internal-base (generic function).
primitive-triple-float/double-float (function).
primitive-triple-float/single-float (function).
ub32-sb32 (function).

Previous: quaviver, Up: Packages [Contents][Index]

5.3 `quaviver.math`

Source

packages.lisp.

Use List

common-lisp.

Public Interface

arithmetic-word (type).
ceiling-log-expt (compiler macro).
ceiling-log-expt (function).
count-digits (compiler macro).
count-digits (function).
expt (compiler macro).
expt (function).
expt/128-10 (function).
expt/256-10 (function).
expt/32-10 (function).
expt/64-10 (function).
floor-log-expt (compiler macro).
floor-log-expt (function).
floor-multiply/32-64q64 (function).
floor-multiply/64-128q128 (function).
floor-multiply/evenp/32-64q64 (function).
floor-multiply/evenp/64-128q128 (function).
hi/64 (compiler macro).
hi/64 (function).
hi/hi64/128 (compiler macro).
hi/hi64/128 (function).
round-to-odd (compiler macro).
round-to-odd (function).
round-to-odd/128 (function).
round-to-odd/256 (function).
round-to-odd/32 (function).
round-to-odd/64 (function).

Internals

%floor-multiply/evenp/n-2nq2n (macro).
%floor-multiply/n-2nq2n (macro).
%round-to-odd-1 (macro).
%round-to-odd-2 (macro).
*/32-64/hi64 (function).
*/32-64/lo64 (function).
*/64-128/hi128 (function).
*/64-128/lo128 (function).
*/64-64 (function).
*/64-64/hi64 (function).
*/64-64/lo64 (function).
*count-digits-table* (special variable).
*log-3/4* (special variable).
*log-expt* (special variable).
+/128-64 (function).
+/64-64 (function).
+expt/128-10/bound+ (constant).
+expt/256-10/bound+ (constant).
+expt/32-10/bound+ (constant).
+expt/64-10/bound+ (constant).
+log-expt-shift+ (constant).
+max-base+ (constant).
+min-base+ (constant).
ceiling-log-expt/far (compiler macro).
ceiling-log-expt/far (function).
compute-count-digits (function).
compute-expt (function).
compute-expt-bounds (function).
compute-log-constant (function).
compute-log-expt (function).
define-expt (macro).
make-arithmetic-word (function).

Next: Indexes, Previous: Packages, Up: The quaviver Reference Manual [Contents][Index]

6 Definitions

Definitions are sorted by export status, category, package, and then by lexicographic order.

Public Interface
Internals

Next: Internals, Previous: Definitions, Up: Definitions [Contents][Index]

Next: Compiler macros, Previous: Public Interface, Up: Public Interface [Contents][Index]

6.1.1 Macros

Macro: define-number-parser ((&key client base integer ratio float float-type case) definitions &body items) ¶

Package: quaviver.
Source: number-parser.lisp.

Next: Ordinary functions, Previous: Macros, Up: Public Interface [Contents][Index]

6.1.2 Compiler macros

Compiler Macro: ceiling-log-expt (log-base expt-base exp &optional three-quarters-p) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Compiler Macro: count-digits (base value) ¶

Package: quaviver.math.
Source: count-digits.lisp.

Compiler Macro: expt (arithmetic-size base power) ¶

Package: quaviver.math.
Source: expt.lisp.

Compiler Macro: floor-log-expt (log-base expt-base exp &optional three-quarters-p) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Compiler Macro: hi/64 (x count) ¶

Package: quaviver.math.
Source: implementation.lisp.

Compiler Macro: hi/hi64/128 (x count) ¶

Package: quaviver.math.
Source: implementation.lisp.

Compiler Macro: round-to-odd (arithmetic-size cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Next: Generic functions, Previous: Compiler macros, Up: Public Interface [Contents][Index]

6.1.3 Ordinary functions

Function: ceiling-log-expt (log-base expt-base exp &optional three-quarters-p) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Function: count-digits (base value) ¶

Package: quaviver.math.
Source: count-digits.lisp.

Function: expt (arithmetic-size base power) ¶

Package: quaviver.math.
Source: expt.lisp.

Function: expt/128-10 (power) ¶

Package: quaviver.math.
Source: expt.lisp.

Function: expt/256-10 (power) ¶

Package: quaviver.math.
Source: expt.lisp.

Function: expt/32-10 (power) ¶

Package: quaviver.math.
Source: expt.lisp.

Function: expt/64-10 (power) ¶

Package: quaviver.math.
Source: expt.lisp.

Function: floating-point-overflow (float-type sign operation &rest operands) ¶

Package: quaviver.condition.
Source: utility.lisp.

Function: floating-point-underflow (float-type sign operation &rest operands) ¶

Package: quaviver.condition.
Source: utility.lisp.

Function: floor-log-expt (log-base expt-base exp &optional three-quarters-p) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Function: floor-multiply/32-64q64 (x y &optional pre-shift) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: floor-multiply/64-128q128 (x y &optional pre-shift) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: floor-multiply/evenp/32-64q64 (x y &optional pre-shift) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: floor-multiply/evenp/64-128q128 (x y &optional pre-shift) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: hi/64 (x count) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: hi/hi64/128 (x count) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: parse-digits (base string &key start end limit ignore) ¶

Package: quaviver.
Source: parse-digits.lisp.

Function: read-digits (base stream &key limit ignore) ¶

Package: quaviver.
Source: read-digits.lisp.

Function: round-to-odd (arithmetic-size cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Function: round-to-odd/128 (cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Function: round-to-odd/256 (cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Function: round-to-odd/32 (cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Function: round-to-odd/64 (cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Function: write-digits (base value stream &key fractional-position fractional-marker digit-grouping group-marker leading-zeros digit-char) ¶

Package: quaviver.
Source: write-digits.lisp.

Next: Conditions, Previous: Ordinary functions, Up: Public Interface [Contents][Index]

6.1.4 Generic functions

Generic Function: arithmetic-size (type) ¶

Package

Source

Methods

Method: arithmetic-size ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: arithmetic-size ((type (eql double-float))) ¶

Source: traits.lisp.

Method: arithmetic-size ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: bits-float (float-type bits) ¶

Package

Source

Methods

Method: bits-float ((float-type (eql :binary256)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql :binary128)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql :binary80)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql :binary64)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql :binary32)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql :binary16)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql :bfloat16)) value) ¶

Source: bits-float-late.lisp.

Method: bits-float ((float-type (eql long-float)) value) ¶

Source: bits-float.lisp.

Method: bits-float ((float-type (eql double-float)) value) ¶

Source: bits-float.lisp.

Method: bits-float ((float-type (eql single-float)) value) ¶

Source: bits-float.lisp.

Method: bits-float ((float-type (eql short-float)) value) ¶

Source: bits-float.lisp.

Generic Function: bits-float-form (float-type bits) ¶

Package

Source

Methods

Method: bits-float-form ((float-type (eql long-float)) value) ¶

Source: bits-float-form.lisp.

Method: bits-float-form ((float-type (eql double-float)) value) ¶

Source: bits-float-form.lisp.

Method: bits-float-form ((float-type (eql single-float)) value) ¶

Source: bits-float-form.lisp.

Method: bits-float-form ((float-type (eql short-float)) value) ¶

Source: bits-float-form.lisp.

Generic Function: bits-primitive-triple (float-type value) ¶

Package

Source

Methods

Method: bits-primitive-triple ((float-type (eql :binary256)) value) ¶

Source: bits-primitive-triple.lisp.

Method: bits-primitive-triple ((float-type (eql :binary128)) value) ¶

Source: bits-primitive-triple.lisp.

Method: bits-primitive-triple ((float-type (eql :binary80)) value) ¶

Source: bits-primitive-triple.lisp.

Method: bits-primitive-triple ((float-type (eql :binary64)) value) ¶

Source: bits-primitive-triple.lisp.

Method: bits-primitive-triple ((float-type (eql :binary32)) value) ¶

Source: bits-primitive-triple.lisp.

Method: bits-primitive-triple ((float-type (eql :binary16)) value) ¶

Source: bits-primitive-triple.lisp.

Method: bits-primitive-triple ((float-type (eql :bfloat16)) value) ¶

Source: bits-primitive-triple.lisp.

Generic Function: bits-primitive-triple-form (float-type value) ¶

Package

Source

Methods

Method: bits-primitive-triple-form (float-type bits-var) ¶

Source: bits-primitive-triple-form.lisp.

Generic Function: compose-digits (result-type base value) ¶

Package

Methods

Method: compose-digits (result-type base value) ¶

Source: compose-digits.lisp.

Generic Function: exact-implementation-type-p (type) ¶

Package

Source

Methods

Method: exact-implementation-type-p ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: exact-implementation-type-p ((type (eql short-float))) ¶

Method: exact-implementation-type-p ((type (eql single-float))) ¶

Method: exact-implementation-type-p ((type (eql double-float))) ¶

Method: exact-implementation-type-p ((type (eql long-float))) ¶

Generic Function: exponent-bias (type) ¶

Package

Source

Methods

Method: exponent-bias ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: exponent-bias ((type (eql double-float))) ¶

Source: traits.lisp.

Method: exponent-bias ((type (eql single-float))) ¶

Source: traits.lisp.

Method: exponent-bias (type) ¶

Generic Function: exponent-byte-form (type) ¶

Package

Source

Methods

Method: exponent-byte-form ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: exponent-byte-form ((type (eql double-float))) ¶

Source: traits.lisp.

Method: exponent-byte-form ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: exponent-bytespec (type) ¶

Package

Source

Methods

Method: exponent-bytespec ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: exponent-bytespec ((type (eql double-float))) ¶

Source: traits.lisp.

Method: exponent-bytespec ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: exponent-size (type) ¶

Package

Source

Methods

Method: exponent-size ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: exponent-size ((type (eql double-float))) ¶

Source: traits.lisp.

Method: exponent-size ((type (eql single-float))) ¶

Source: traits.lisp.

Method: exponent-size (type) ¶

Generic Function: external-type (type) ¶

Package

Source

Methods

Method: external-type ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql double-float))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql single-float))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: external-type ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: external-type (type) ¶

Method: external-type ((type (eql short-float))) ¶

Method: external-type ((type (eql long-float))) ¶

Generic Function: float-bits (float-type value) ¶

Package

Source

Methods

Method: float-bits ((float-type (eql :binary256)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql :binary128)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql :binary80)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql :binary64)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql :binary32)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql :binary16)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql :bfloat16)) value) ¶

Source: float-bits-late.lisp.

Method: float-bits ((float-type (eql long-float)) value) ¶

Source: float-bits.lisp.

Method: float-bits ((float-type (eql double-float)) value) ¶

Source: float-bits.lisp.

Method: float-bits ((float-type (eql single-float)) value) ¶

Source: float-bits.lisp.

Method: float-bits ((float-type (eql short-float)) value) ¶

Source: float-bits.lisp.

Generic Function: float-bits-form (float-type value) ¶

Package

Source

Methods

Method: float-bits-form ((float-type (eql long-float)) value) ¶

Source: float-bits-form.lisp.

Method: float-bits-form ((float-type (eql double-float)) value) ¶

Source: float-bits-form.lisp.

Method: float-bits-form ((float-type (eql single-float)) value) ¶

Source: float-bits-form.lisp.

Method: float-bits-form ((float-type (eql short-float)) value) ¶

Source: float-bits-form.lisp.

Generic Function: float-primitive-triple-form (float-type value) ¶

Package

Source

Methods

Method: float-primitive-triple-form (float-type value) ¶

Source: float-primitive-triple-form.lisp.

Method: float-primitive-triple-form ((float-type (eql long-float)) value) ¶

Source: float-primitive-triple-form.lisp.

Method: float-primitive-triple-form ((float-type (eql double-float)) value) ¶

Source: float-primitive-triple-form.lisp.

Method: float-primitive-triple-form ((float-type (eql single-float)) value) ¶

Source: float-primitive-triple-form.lisp.

Method: float-primitive-triple-form ((float-type (eql short-float)) value) ¶

Source: float-primitive-triple-form.lisp.

Generic Function: float-triple (client base value) ¶

Package

Source

Methods

Method: float-triple (client (base (eql 2)) (value double-float)) ¶

Source: float-triple.lisp.

Method: float-triple (client (base (eql 2)) (value single-float)) ¶

Source: float-triple.lisp.

Generic Function: hidden-bit-p (type) ¶

Package

Source

Methods

Method: hidden-bit-p ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: hidden-bit-p ((type (eql double-float))) ¶

Source: traits.lisp.

Method: hidden-bit-p ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: implementation-type (type) ¶

Package

Source

Methods

Method: implementation-type ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: implementation-type ((type (eql short-float))) ¶

Method: implementation-type ((type (eql single-float))) ¶

Method: implementation-type ((type (eql double-float))) ¶

Method: implementation-type ((type (eql long-float))) ¶

Generic Function: infinityp (type) ¶

Package: quaviver.
Source: interface.lisp.

Generic Function: max-exponent (type) ¶

Package

Source

Methods

Method: max-exponent ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: max-exponent ((type (eql double-float))) ¶

Source: traits.lisp.

Method: max-exponent ((type (eql single-float))) ¶

Source: traits.lisp.

Method: max-exponent (type) ¶

Generic Function: min-exponent (type) ¶

Package

Source

Methods

Method: min-exponent ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: min-exponent ((type (eql double-float))) ¶

Source: traits.lisp.

Method: min-exponent ((type (eql single-float))) ¶

Source: traits.lisp.

Method: min-exponent (type) ¶

Generic Function: nan-payload-byte-form (type) ¶

Package

Source

Methods

Method: nan-payload-byte-form ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: nan-payload-byte-form ((type (eql double-float))) ¶

Source: traits.lisp.

Method: nan-payload-byte-form ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: nan-payload-bytespec (type) ¶

Package

Source

Methods

Method: nan-payload-bytespec ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: nan-payload-bytespec ((type (eql double-float))) ¶

Source: traits.lisp.

Method: nan-payload-bytespec ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: nan-type-byte-form (type) ¶

Package

Source

Methods

Method: nan-type-byte-form ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: nan-type-byte-form ((type (eql double-float))) ¶

Source: traits.lisp.

Method: nan-type-byte-form ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: nan-type-bytespec (type) ¶

Package

Source

Methods

Method: nan-type-bytespec ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: nan-type-bytespec ((type (eql double-float))) ¶

Source: traits.lisp.

Method: nan-type-bytespec ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: non-number-p (type) ¶

Package

Source

Methods

Method: non-number-p ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: non-number-p ((type (eql double-float))) ¶

Source: traits.lisp.

Method: non-number-p ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: parse-number (client base sequence &optional start end integerp ratiop floatp float-type) ¶

Package: quaviver.
Source: interface.lisp.

Generic Function: primitive-base (type) ¶

Package: quaviver.
Source: interface.lisp.

Generic Function: primitive-triple-bits (float-type significand exponent sign) ¶

Package

Source

Methods

Method: primitive-triple-bits ((float-type (eql :binary256)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Method: primitive-triple-bits ((float-type (eql :binary128)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Method: primitive-triple-bits ((float-type (eql :binary80)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Method: primitive-triple-bits ((float-type (eql :binary64)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Method: primitive-triple-bits ((float-type (eql :binary32)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Method: primitive-triple-bits ((float-type (eql :binary16)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Method: primitive-triple-bits ((float-type (eql :bfloat16)) significand exponent sign) ¶

Source: primitive-triple-bits.lisp.

Generic Function: primitive-triple-bits-form (float-type significand exponent sign) ¶

Package

Source

Methods

Method: primitive-triple-bits-form (float-type significand exponent sign) ¶

Source: primitive-triple-bits-form.lisp.

Generic Function: primitive-triple-float-form (float-type significand exponent sign) ¶

Package

Source

Methods

Method: primitive-triple-float-form ((float-type (eql long-float)) significand exponent sign) ¶

Source: primitive-triple-float-form.lisp.

Method: primitive-triple-float-form ((float-type (eql double-float)) significand exponent sign) ¶

Source: primitive-triple-float-form.lisp.

Method: primitive-triple-float-form ((float-type (eql single-float)) significand exponent sign) ¶

Source: primitive-triple-float-form.lisp.

Method: primitive-triple-float-form ((float-type (eql short-float)) significand exponent sign) ¶

Source: primitive-triple-float-form.lisp.

Generic Function: read-number (client base stream &optional integerp ratiop floatp float-type) ¶

Package: quaviver.
Source: interface.lisp.

Generic Function: sign-byte-form (type) ¶

Package

Source

Methods

Method: sign-byte-form ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: sign-byte-form ((type (eql double-float))) ¶

Source: traits.lisp.

Method: sign-byte-form ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: sign-bytespec (type) ¶

Package

Source

Methods

Method: sign-bytespec ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: sign-bytespec ((type (eql double-float))) ¶

Source: traits.lisp.

Method: sign-bytespec ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: sign-size (type) ¶

Package

Source

Methods

Method: sign-size ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: sign-size ((type (eql double-float))) ¶

Source: traits.lisp.

Method: sign-size ((type (eql single-float))) ¶

Source: traits.lisp.

Method: sign-size (type) ¶

Generic Function: significand-byte-form (type) ¶

Package

Source

Methods

Method: significand-byte-form ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: significand-byte-form ((type (eql double-float))) ¶

Source: traits.lisp.

Method: significand-byte-form ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: significand-bytespec (type) ¶

Package

Source

Methods

Method: significand-bytespec ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: significand-bytespec ((type (eql double-float))) ¶

Source: traits.lisp.

Method: significand-bytespec ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: significand-size (type) ¶

Package

Source

Methods

Method: significand-size ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: significand-size ((type (eql double-float))) ¶

Source: traits.lisp.

Method: significand-size ((type (eql single-float))) ¶

Source: traits.lisp.

Method: significand-size (type) ¶

Generic Function: storage-size (type) ¶

Package

Source

Methods

Method: storage-size ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: storage-size ((type (eql double-float))) ¶

Source: traits.lisp.

Method: storage-size ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: subnormalp (type) ¶

Package

Source

Methods

Method: subnormalp ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: subnormalp ((type (eql double-float))) ¶

Source: traits.lisp.

Method: subnormalp ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Function: triple-float (client float-type base significand exponent sign) ¶

Package

Source

Methods

Method: triple-float (client (float-type (eql long-float)) base significand exponent sign) ¶

Source: triple-float.lisp.

Method: triple-float (client (float-type (eql short-float)) base significand exponent sign) ¶

Source: triple-float.lisp.

Method: triple-float (client (float-type (eql double-float)) (base (eql 2)) significand exponent sign) ¶

Source: triple-float.lisp.

Method: triple-float (client (float-type (eql single-float)) (base (eql 2)) significand exponent sign) ¶

Source: triple-float.lisp.

Generic Function: write-number (client base value stream) ¶

Package: quaviver.
Source: interface.lisp.

Next: Types, Previous: Generic functions, Up: Public Interface [Contents][Index]

6.1.5 Conditions

Condition: assertion-failed-error ¶

Package

Source

assertion-failed-error-message.

Direct superclasses

parse-error.

Direct methods

Direct slots

Slot: message ¶

Initform: (quote nil)
Initargs: :message
Readers: assertion-failed-error-message.
Writers: This slot is read-only.

Condition: invalid-character-error ¶

Package

Source

Direct superclasses

parse-error.

Direct methods

invalid-character-error-expected.
invalid-character-error-found.

Direct slots

Slot: found ¶

Initform: (quote nil)
Initargs: :found
Readers: invalid-character-error-found.
Writers: This slot is read-only.

Slot: expected ¶

Initform: (quote nil)
Initargs: :expected
Readers: invalid-character-error-expected.
Writers: This slot is read-only.

Condition: invalid-leading-zeros-error ¶

Package

Source

Direct superclasses

parse-error.

Direct methods

invalid-leading-zeros-error-count.
invalid-leading-zeros-error-part.

Direct slots

Slot: part ¶

Initform: (quote nil)
Initargs: :part
Readers: invalid-leading-zeros-error-part.
Writers: This slot is read-only.

Slot: count ¶

Package: common-lisp.
Initform: (quote 0)
Initargs: :count
Readers: invalid-leading-zeros-error-count.
Writers: This slot is read-only.

Condition: invalid-property-error ¶

Package

Source

Direct superclasses

parse-error.

Direct methods

invalid-property-error-expected.
invalid-property-error-name.
invalid-property-error-value.

Direct slots

Slot: name ¶

Initform: (quote nil)
Initargs: :name
Readers: invalid-property-error-name.
Writers: This slot is read-only.

Slot: value ¶

Initform: (quote nil)
Initargs: :value
Readers: invalid-property-error-value.
Writers: This slot is read-only.

Slot: expected ¶

Initform: (quote nil)
Initargs: :expected
Readers: invalid-property-error-expected.
Writers: This slot is read-only.

Condition: missing-digits-error ¶

Package

Source

Direct superclasses

parse-error.

Direct methods

missing-digits-error-found.
missing-digits-error-part.

Direct slots

Slot: part ¶

Initform: (quote nil)
Initargs: :part
Readers: missing-digits-error-part.
Writers: This slot is read-only.

Slot: found ¶

Initform: (quote nil)
Initargs: :found
Readers: missing-digits-error-found.
Writers: This slot is read-only.

Previous: Conditions, Up: Public Interface [Contents][Index]

6.1.6 Types

Type: arithmetic-word (arithmetic-size &optional count) ¶

Package: quaviver.math.
Source: implementation.lisp.

Type: exponent-word () ¶

Package: quaviver.
Source: interface.lisp.

Type: significand-word (type &optional extra) ¶

Package: quaviver.
Source: interface.lisp.

Previous: Public Interface, Up: Definitions [Contents][Index]

6.2 Internals

Constants
Special variables
Macros
Compiler macros
Ordinary functions
Generic functions

Next: Special variables, Previous: Internals, Up: Internals [Contents][Index]

6.2.1 Constants

Constant: +expt/128-10/bound+ ¶

Package: quaviver.math.
Source: expt.lisp.

Constant: +expt/256-10/bound+ ¶

Package: quaviver.math.
Source: expt.lisp.

Constant: +expt/32-10/bound+ ¶

Package: quaviver.math.
Source: expt.lisp.

Constant: +expt/64-10/bound+ ¶

Package: quaviver.math.
Source: expt.lisp.

Constant: +log-expt-shift+ ¶

Package: quaviver.math.
Source: log-expt.lisp.

Constant: +max-base+ ¶

Package: quaviver.math.
Source: log-expt.lisp.

Constant: +min-base+ ¶

Package: quaviver.math.
Source: log-expt.lisp.

Next: Macros, Previous: Constants, Up: Internals [Contents][Index]

6.2.2 Special variables

Special Variable: *back-tag* ¶

Package: quaviver.
Source: number-parser.lisp.

Special Variable: *bindings* ¶

Package: quaviver.
Source: number-parser.lisp.

Special Variable: *character-test* ¶

Package: quaviver.
Source: number-parser.lisp.

Special Variable: *count-digits-table* ¶

Package: quaviver.math.
Source: count-digits.lisp.

Special Variable: *current-backp* ¶

Package: quaviver.
Source: number-parser.lisp.

Special Variable: *definitions* ¶

Package: quaviver.
Source: number-parser.lisp.

Special Variable: *log-3/4* ¶

Package: quaviver.math.
Source: log-expt.lisp.

Special Variable: *log-expt* ¶

Package: quaviver.math.
Source: log-expt.lisp.

Special Variable: *next-tag* ¶

Package: quaviver.
Source: number-parser.lisp.

Special Variable: *variable-map* ¶

Package: quaviver.
Source: number-parser.lisp.

Next: Compiler macros, Previous: Special variables, Up: Internals [Contents][Index]

6.2.3 Macros

Macro: %bits-float (float-type value) ¶

Package: quaviver.
Source: bits-float.lisp.

Macro: %bits-primitive-triple (float-type bits-var) ¶

Package: quaviver.
Source: bits-primitive-triple.lisp.

Macro: %external-float (float-type value) ¶

Package: quaviver.
Source: bits-float-late.lisp.

Macro: %external-traits (type exponent-size significand-size) ¶

Package: quaviver.
Source: external-traits.lisp.

Macro: %float-bits (float-type value) ¶

Package: quaviver.
Source: float-bits.lisp.

Macro: %float-external (float-type value) ¶

Package: quaviver.
Source: float-bits-late.lisp.

Macro: %float-primitive-triple-form (float-type value) ¶

Package: quaviver.
Source: float-primitive-triple-form.lisp.

Macro: %floor-multiply/evenp/n-2nq2n (x y pre-shift size) ¶

Package: quaviver.math.
Source: implementation.lisp.

Macro: %floor-multiply/n-2nq2n (x y pre-shift size) ¶

Package: quaviver.math.
Source: implementation.lisp.

Macro: %primitive-triple-bits (float-type significand exponent sign) ¶

Package: quaviver.
Source: primitive-triple-bits.lisp.

Macro: %primitive-triple-float-form (float-type significand exponent sign) ¶

Package: quaviver.
Source: primitive-triple-float-form.lisp.

Macro: %round-to-odd-1 (size cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Macro: %round-to-odd-2 (size cp g) ¶

Package: quaviver.math.
Source: round-to-odd.lisp.

Macro: %traits (type most-positive least-positive least-positive-normalized) ¶

Package: quaviver.
Source: traits.lisp.

Macro: define-expt (&key arithmetic-sizes types base) ¶

Package: quaviver.math.
Source: expt.lisp.

Next: Ordinary functions, Previous: Macros, Up: Internals [Contents][Index]

6.2.4 Compiler macros

Compiler Macro: ceiling-log-expt/far (log-base expt-base exp) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Next: Generic functions, Previous: Compiler macros, Up: Internals [Contents][Index]

6.2.5 Ordinary functions

Function: %compose-digits/base-string (base value) ¶

Package: quaviver.
Source: compose-digits.lisp.

Function: %compose-digits/list (base value) ¶

Package: quaviver.
Source: compose-digits.lisp.

Function: %compose-digits/string (base value) ¶

Package: quaviver.
Source: compose-digits.lisp.

Function: %compose-digits/vector (base value) ¶

Package: quaviver.
Source: compose-digits.lisp.

Function: %write-bignum-digits (base value stream fractional-position fractional-marker digit-grouping group-marker leading-zeros digit-char) ¶

Package: quaviver.
Source: write-digits.lisp.

Function: %write-pow2-digits (base value stream fractional-position fractional-marker digit-grouping group-marker leading-zeros digit-char) ¶

Package: quaviver.
Source: write-digits.lisp.

Function: %write-smallnum-digits (base value stream fractional-position fractional-marker digit-grouping group-marker leading-zeros digit-char) ¶

Package: quaviver.
Source: write-digits.lisp.

Function: */32-64/hi64 (x y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: */32-64/lo64 (x y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: */64-128/hi128 (x yh yl) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: */64-128/lo128 (x yh yl) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: */64-64 (x y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: */64-64/hi64 (x y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: */64-64/lo64 (x y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: +/128-64 (xh xl y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: +/64-64 (x y) ¶

Package: quaviver.math.
Source: implementation.lisp.

Function: ceiling-log-expt/far (log-base expt-base exp) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Function: compute-count-digits (min-base max-base width) ¶

Package: quaviver.math.
Source: utility.lisp.

Function: compute-expt (k-min k-max width &optional base) ¶

Package: quaviver.math.
Source: utility.lisp.

Function: compute-expt-bounds (types base) ¶

Package: quaviver.math.
Source: utility.lisp.

Function: compute-log-constant (b) ¶

Package: quaviver.math.
Source: log-expt.lisp.

Function: compute-log-expt () ¶

Package: quaviver.math.
Source: log-expt.lisp.

Function: expand-parser (variant definitions items integerp ratiop floatp &rest map) ¶

Package: quaviver.
Source: number-parser.lisp.

Function: expand-ref (name) ¶

Package: quaviver.
Source: number-parser.lisp.

Function: expand-set (&rest properties) ¶

Package: quaviver.
Source: number-parser.lisp.

Function: float-primitive-triple/double-float (value) ¶

Package: quaviver.
Source: float-primitive-triple-form.lisp.

Function: float-primitive-triple/single-float (value) ¶

Package: quaviver.
Source: float-primitive-triple-form.lisp.

Function: group-marker-p (index spec) ¶

Package: quaviver.
Source: write-digits.lisp.

Function: make-arithmetic-word (value width) ¶

Package: quaviver.math.
Source: utility.lisp.

Function: primitive-triple-float/double-float (significand exponent sign) ¶

Package: quaviver.
Source: primitive-triple-float-form.lisp.

Function: primitive-triple-float/single-float (significand exponent sign) ¶

Package: quaviver.
Source: primitive-triple-float-form.lisp.

Function: ub32-sb32 (ub32) ¶

Package: quaviver.
Source: bits-float-form.lisp.

Previous: Ordinary functions, Up: Internals [Contents][Index]

6.2.6 Generic functions

Generic Reader: assertion-failed-error-message (condition) ¶

Package

Methods

Reader Method: assertion-failed-error-message ((condition assertion-failed-error)) ¶

Source: parse-error.lisp.
Target Slot: message.

Generic Function: expand-clause (variant key &optional items) ¶

Package

Source

number-parser.lisp.

Methods

Method: expand-clause (variant (name symbol) &optional items) ¶

Method: expand-clause (variant (key (eql :set)) &optional items) ¶

Method: expand-clause (variant (key (eql :assert)) &optional items) ¶

Method: expand-clause (variant (key string) &optional items) ¶

Method: expand-clause ((variant (eql quaviver:parse-number)) (expected character) &optional items) ¶

Method: expand-clause ((variant (eql quaviver:read-number)) (expected character) &optional items) ¶

Method: expand-clause (variant (key (eql :alternate?)) &optional items) ¶

Method: expand-clause (variant (key (eql :alternate)) &optional items) ¶

Method: expand-clause (variant (key (eql :sequence?)) &optional items) ¶

Method: expand-clause (variant (key (eql :sequence)) &optional items) ¶

Method: expand-clause ((variant (eql quaviver:parse-number)) (key (eql :digits?)) &optional items) ¶

Method: expand-clause ((variant (eql quaviver:read-number)) (key (eql :digits?)) &optional items) ¶

Method: expand-clause ((variant (eql quaviver:parse-number)) (key (eql :digits)) &optional items) ¶

Method: expand-clause ((variant (eql quaviver:read-number)) (key (eql :digits)) &optional items) ¶

Method: expand-clause (variant (key cons) &optional items) ¶

Generic Function: internal-base (type) ¶

Package

Methods

Method: internal-base ((type (eql :binary256))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql :binary128))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql :binary80))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql :binary64))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql :binary32))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql :binary16))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql :bfloat16))) ¶

Source: external-traits.lisp.

Method: internal-base ((type (eql double-float))) ¶

Source: traits.lisp.

Method: internal-base ((type (eql single-float))) ¶

Source: traits.lisp.

Generic Reader: invalid-character-error-expected (condition) ¶

Package

Methods

Reader Method: invalid-character-error-expected ((condition invalid-character-error)) ¶

Source: parse-error.lisp.
Target Slot: expected.

Generic Reader: invalid-character-error-found (condition) ¶

Package

Methods

Reader Method: invalid-character-error-found ((condition invalid-character-error)) ¶

Source: parse-error.lisp.
Target Slot: found.

Generic Reader: invalid-leading-zeros-error-count (condition) ¶

Package

Methods

Reader Method: invalid-leading-zeros-error-count ((condition invalid-leading-zeros-error)) ¶

Source: parse-error.lisp.
Target Slot: count.

Generic Reader: invalid-leading-zeros-error-part (condition) ¶

Package

Methods

Reader Method: invalid-leading-zeros-error-part ((condition invalid-leading-zeros-error)) ¶

Source: parse-error.lisp.
Target Slot: part.

Generic Reader: invalid-property-error-expected (condition) ¶

Package

Methods

Reader Method: invalid-property-error-expected ((condition invalid-property-error)) ¶

Source: parse-error.lisp.
Target Slot: expected.

Generic Reader: invalid-property-error-name (condition) ¶

Package

Methods

Reader Method: invalid-property-error-name ((condition invalid-property-error)) ¶

Source: parse-error.lisp.
Target Slot: name.

Generic Reader: invalid-property-error-value (condition) ¶

Package

Methods

Reader Method: invalid-property-error-value ((condition invalid-property-error)) ¶

Source: parse-error.lisp.
Target Slot: value.

Generic Reader: missing-digits-error-found (condition) ¶

Package

Methods

Reader Method: missing-digits-error-found ((condition missing-digits-error)) ¶

Source: parse-error.lisp.
Target Slot: found.

Generic Reader: missing-digits-error-part (condition) ¶

Package