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dense-numericals.asd
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(uiop:define-package :dense-numericals
(:use))
(defsystem "dense-numericals/common"
:pathname ""
:version "0.1.0"
:depends-on ("alexandria"
"cffi"
"peltadot"
"peltadot-traits-library")
:components ((:file "common")))
(defsystem "dense-numericals/utils"
:pathname "dense-numericals-src/utils/"
:depends-on ("dense-arrays-plus-lite"
"dense-numericals/common"
"iterate"
"lparallel"
;; This system does not require policy-cond itself,
;; but most of who depend on it do require it.
"policy-cond")
:description "More utilities for dense-numericals. These require PELTADOT."
:serial t
:components ((:file "package")
(:file "utils")
(:file "primitives")
(:file "translations")
(:file "lparallel")
(:file "ptr-iterate-but-inner")
(:file "simple-array-broadcast")
(:file "concat")))
(defsystem "dense-numericals/basic-math"
:pathname "dense-numericals-src/basic-math/"
:depends-on ("dense-numericals/utils"
"bmas"
"iterate")
:serial t
:perform (test-op (o c)
(load-system "dense-numericals/basic-math/tests")
(symbol-call :fiveam :run! :dense-numericals))
:components ((:file "package")
(:file "fixnum-c-funs")
(:file "copy-coerce")
(:file "one-arg-fn-all")
(:file "one-arg-fn-float")
(:file "lognot")
(:file "two-arg-fn-logical")
(:file "two-arg-fn-comparison")
(:file "two-arg-fn-non-comparison")
(:file "in-place-operators")
;; FIXME: with-elementwise-operations
;; It's not sanely possible to implement this without SB-SIMD or CL-SIMD
;; or being able to call CFFI with SIMD packs, because of cases like
;; (nu:weop c (+ (+ a b) (+ b b)))
;; ^This necessitates temporary memory allocation
;; This operation stays important for large arrays because of cpu caches
;; (:file "with-elementwise-operations")
(:file "n-arg-fn" :depends-on ("two-arg-fn-comparison"
"two-arg-fn-non-comparison"))
(:file "n-arg-fn-compiler-macros" :depends-on ("n-arg-fn"))
(:file "sum")
(:file "maximum")
(:file "minimum")
(:file "arg-maximum")
(:file "arg-minimum")))
;; This has been separated out here, because the compilation time of this is significant
(defsystem "dense-numericals/basic-math/tests"
:pathname "dense-numericals-src/basic-math/"
:depends-on ("dense-numericals/basic-math")
:components ((:file "test-definition-macros")
(:file "tests")
(:file "n-arg-fn-tests")))
(defsystem "dense-numericals/transcendental"
:pathname "dense-numericals-src/transcendental/"
:depends-on ("dense-numericals/basic-math")
:serial t
:components ((:file "package")
(:file "one-arg-fn-float")
(:file "two-arg-fn-float")
(:file "in-place-operators")))
(defsystem "dense-numericals/transcendental/tests"
:pathname "dense-numericals-src/transcendental/"
:depends-on ("dense-numericals/transcendental"
"dense-numericals/basic-math/tests")
:components ((:file "tests")))
(defsystem "dense-numericals/statistics"
:pathname "dense-numericals-src/statistics/"
:depends-on ("dense-numericals/basic-math"
"dense-numericals/transcendental")
:serial t
:components ((:file "package")
(:file "mean")
(:file "variance")
(:file "std")))
(defsystem "dense-numericals/linalg"
:pathname "dense-numericals-src/linalg/"
:depends-on ("dense-numericals/utils"
"bmas"
"ceigen-lite")
:serial t
:components ((:file "package")
(:file "utils")
(:file "vdot")
(:file "det")
(:file "inv")
(:file "pinv")
(:file "norm2")
(:file "solve")
(:file "rank")
(:file "qr")
(:file "lu")
(:file "svd")
(:file "cholesky")
(:file "eig")))
(defsystem "dense-numericals/random"
:pathname "dense-numericals-src/random/"
:depends-on ("dense-numericals/utils"
"ceigen-lite")
:components ((:file "package")
(:file "seed")
(:file "gaussian") ; empty, c-name
(:file "beta")
(:file "chisquare")))
(defsystem "dense-numericals"
:pathname "dense-numericals-src/"
:version "2024.12.0" ; year, month, patch
:description "A high performance numerical computing library for Common Lisp (focus: basic math operations)"
:license "MIT"
:author "Shubhamkar Ayare ([email protected])"
:depends-on ("dense-numericals/common"
"dense-numericals/basic-math"
"dense-numericals/transcendental"
"dense-numericals/linalg"
"dense-numericals/random"
"dense-numericals/statistics")
:components (;; FIXME: with-elementwise-operations
;; It's not sanely possible to implement this without SB-SIMD or CL-SIMD
;; or being able to call CFFI with SIMD packs, because of cases like
;; (nu:weop c (+ (+ a b) (+ b b)))
;; ^This necessitates temporary memory allocation
;; This operation stays important for large arrays because of cpu caches
;; (:file "with-elementwise-operations")
;; (:file "outer")
)
:in-order-to ((test-op (test-op "dense-numericals/tests"))))
(defsystem "dense-numericals/magicl"
:pathname "dense-numericals-src/magicl/"
:depends-on ("dense-numericals/utils"
"magicl")
:components ((:file "magicl-wrapper")
(:file "magicl")))
(defsystem "dense-numericals/benchmarks"
:pathname "benchmarks/"
:version "0.1.0"
:depends-on ("alexandria"
"cl-ascii-table"
"dense-numericals"
"py4cl2"
"fiveam"
"jsown-utils")
:components ((:file "benchmark")
(:file "one-arg-fn")
(:file "two-arg-fn")))
(defsystem "dense-numericals/tests"
:depends-on ("dense-numericals"
"dense-numericals/basic-math/tests"
"dense-numericals/transcendental/tests")
:perform (test-op (o c)
(declare (ignore o c))
(eval (read-from-string
"(LET ((5AM:*ON-ERROR* :DEBUG)
(5AM:*ON-FAILURE* :DEBUG)
(COMPILER-MACRO-NOTES:*MUFFLED-NOTES-TYPE* T))
(5AM:RUN! :DENSE-NUMERICALS))"))))