uncomplicate.neanderthal.internal.api — org.uncomplicate/neanderthal-base 0.54.0

Blas clj protocol

dot clj

(dot this x y)

nrmi clj

(nrmi this x)

scal clj

(scal this alpha x)

rot clj

(rot this x y c s)

mm clj

(mm this alpha a b)

(mm this alpha a b left)

(mm this alpha a b beta c left)

mv clj

(mv this a x)

(mv this alpha a x beta y)

copy clj

(copy this x y)

rotmg clj

(rotmg this d1d2xy param)

rotm clj

(rotm this x y params)

iamax clj

(iamax this x)

rotg clj

(rotg this abcs)

srk clj

(srk this alpha a beta c)

axpy clj

(axpy this alpha x y)

iamin clj

(iamin this x)

nrm1 clj

(nrm1 this x)

swap clj

(swap this x y)

rk clj

(rk this alpha x a)

(rk this alpha x y a)

asum clj

(asum this x)

nrm2 clj

(nrm2 this x)

BlasPlus clj protocol

amax clj

(amax this x)

axpby clj

(axpby this alpha x beta y)

imax clj

(imax this x)

imin clj

(imin this x)

set-all clj

(set-all this alpha x)

subcopy clj

(subcopy this x y kx lx ky)

sum clj

(sum this x)

trans clj

(trans this a)

BlockEngine clj protocol

equals-block clj

(equals-block _ cu-x cu-y)

CompressedSparse clj protocol

entries clj

(entries this)

indices clj

(indices this)

Container clj protocol

host clj

(host this)

native clj

(native this)

raw clj

(raw this)

(raw this factory)

zero clj

(zero this)

(zero this factory)

CSR clj protocol

columns clj

(columns this)

indexb clj

(indexb this)

indexe clj

(indexe this)

DataAccessorProvider clj protocol

data-accessor clj

(data-accessor this)

dec-property clj

(dec-property code)

DenseContainer clj protocol

view-ge clj

(view-ge this)

(view-ge this stride-mult)

(view-ge this m n)

view-sy clj

(view-sy this lower?)

view-tr clj

(view-tr this lower? diag-unit?)

view-vctr clj

(view-vctr this)

(view-vctr this stride-mult)

Destructor clj protocol

destruct clj

(destruct this p)

enc-diag clj

(enc-diag diag)

enc-layout clj

(enc-layout layout)

enc-property clj

(enc-property option)

enc-uplo clj

(enc-uplo uplo)

EngineProvider clj protocol

engine clj

(engine this)

Factory clj protocol

tp-engine clj

(tp-engine this)

create-banded clj

(create-banded this m n kl ku matrix-type column? init)

create-diagonal clj

(create-diagonal this n matrix-type init)

vector-engine clj

(vector-engine this)

sb-engine clj

(sb-engine this)

sy-engine clj

(sy-engine this)

ge-engine clj

(ge-engine this)

gd-engine clj

(gd-engine this)

gb-engine clj

(gb-engine this)

create-sy clj

(create-sy this n column? lower? init)

create-gb clj

(create-gb this m n kl ku column? init)

create-sb clj

(create-sb this n k column? lower? init)

create-tp clj

(create-tp this n column? lower? diag-unit? init)

st-engine clj

(st-engine this)

dt-engine clj

(dt-engine this)

create-ge clj

(create-ge this m n column? init)

create-vector clj

(create-vector this n init)

(create-vector this master buf n ofst strd)

gt-engine clj

(gt-engine this)

sp-engine clj

(sp-engine this)

create-tr clj

(create-tr this n column? lower? diag-unit? init)

create-packed clj

(create-packed this n matrix-type column? lower? diag-unit? init)

create-uplo clj

(create-uplo this n matrix-type column? lower? diag-unit? init)

create-sp clj

(create-sp this n column? lower? init)

tb-engine clj

(tb-engine this)

tr-engine clj

(tr-engine this)

create-tb clj

(create-tb this n k column? lower? diag-unit? init)

FactoryProvider clj protocol

factory clj

(factory this)

index-factory clj

(index-factory this)

native-factory clj

(native-factory this)

Flippable clj protocol

flip clj

(flip this)

Flipper clj protocol

integer-flipper clj

(integer-flipper this)

real-flipper clj

(real-flipper this)

FlowProvider clj protocol

flow clj

(flow this)

Lapack clj protocol

trs clj

(trs this a b)

(trs this lu b ipiv)

sv clj

(sv this a b)

(sv this a b pure)

trf clj

(trf this a)

(trf this a ipiv)

grq clj

(grq this a tau)

svd clj

(svd this a s superb)

(svd this a s u vt superb)

lapmr clj

(lapmr this a k forward)

srt clj

(srt this x increasing)

lqf clj

(lqf this a tau)

lse clj

(lse this a b c d x)

mql clj

(mql this a tau c left)

evr clj

(evr this a w vl vr)

sdd clj

(sdd this a s)

(sdd this a s u vt)

es clj

(es this a w vs)

glq clj

(glq this a tau)

ev clj

(ev this a w vl vr)

trfx clj

(trfx this a)

mqr clj

(mqr this a tau c left)

laswp clj

(laswp this a x k1 k2)

mrq clj

(mrq this a tau c left)

det clj

(det this a)

(det this lu ipiv)

tri clj

(tri this a)

(tri this lu ipiv)

ls clj

(ls this a b)

rqf clj

(rqf this a tau)

qrfp clj

(qrfp this a tau)

qrf clj

(qrf this a tau)

lapmt clj

(lapmt this a k forward)

gls clj

(gls this a b d x y)

con clj

(con this a nrm1?)

(con this gg nrm nrm1?)

(con this lu ipiv nrm nrm1?)

qlf clj

(qlf this a tau)

qp3 clj

(qp3 this a jpiv tau)

mlq clj

(mlq this a tau c left)

gql clj

(gql this a tau)

gqr clj

(gqr this a tau)

MemoryContext clj protocol

compatible? clj

(compatible? this other)

device clj

(device this)

fits-navigation? clj

(fits-navigation? this other)

fits? clj

(fits? this other)

Navigable clj protocol

navigator clj

(navigator this)

region clj

(region this)

storage clj

(storage this)

options-column? clj

(options-column? options)

options-diag-unit? clj

(options-diag-unit? options)

options-lower? clj

(options-lower? options)

ORF clj protocol

org clj

(org or)

org! clj

(org! or)

Orthogonalizable clj protocol

create-lqf clj

(create-lqf a pure)

create-qlf clj

(create-qlf a pure)

create-qrf clj

(create-qrf a pure)

create-rqf clj

(create-rqf a pure)

RandomNumberGenerator clj protocol

rand-normal clj

(rand-normal this rng-state a b x)

rand-uniform clj

(rand-uniform this rng-state a b x)

RngStreamFactory clj protocol

create-rng-state clj

(create-rng-state this seed)

SparseBlas clj protocol

gthr clj

(gthr this y x)

SparseFactory clj protocol

create-ge-csr clj

(create-ge-csr this a b indices?)

(create-ge-csr this m n ind ind-b ind-e column? init)

create-sy-csr clj

(create-sy-csr this m n ind ind-b ind-e column? lower? diag-unit? init)

create-tr-csr clj

(create-tr-csr this m n ind ind-b ind-e column? lower? diag-unit? init)

cs-vector-engine clj

(cs-vector-engine this)

csr-engine clj

(csr-engine this)

Subband clj protocol

subband clj

(subband this kl ku)

TRF clj protocol

trcon clj

(trcon a nrm1?)

(trcon a nrm nrm1?)

trdet clj

(trdet a)

trtri clj

(trtri a)

trtri! clj

(trtri! a)

trtrs clj

(trtrs a b)

trtrs! clj

(trtrs! a b)

Triangularizable clj protocol

create-ptrf clj

(create-ptrf a)

create-trf clj

(create-trf a pure)

UnsafeFactory clj protocol

create-vector* clj

(create-vector* this master buf n strd)

VectorMath clj protocol

inv-sqrt clj

(inv-sqrt this a y)

asinh clj

(asinh this a y)

log clj

(log this a y)

exp10 clj

(exp10 this a y)

acos clj

(acos this a y)

floor clj

(floor this a y)

atan2 clj

(atan2 this a b y)

erfc-inv clj

(erfc-inv this a y)

lgamma clj

(lgamma this a y)

hypot clj

(hypot this a b y)

tanh clj

(tanh this a y)

inv clj

(inv this a y)

frac clj

(frac this a y)

cdf-norm clj

(cdf-norm this a y)

modf clj

(modf this a y z)

atan clj

(atan this a y)

expm1 clj

(expm1 this a y)

cdf-norm-inv clj

(cdf-norm-inv this a y)

pow2o3 clj

(pow2o3 this a y)

cos clj

(cos this a y)

frem clj

(frem this a b y)

log10 clj

(log10 this a y)

erfc clj

(erfc this a y)

tan clj

(tan this a y)

cbrt clj

(cbrt this a y)

fmin clj

(fmin this a b y)

fmax clj

(fmax this a b y)

linear-frac clj

(linear-frac this a b scalea shifta scaleb shiftb y)

sqrt clj

(sqrt this a y)

pow clj

(pow this a b y)

exp clj

(exp this a y)

acosh clj

(acosh this a y)

cosh clj

(cosh this a y)

erf clj

(erf this a y)

erf-inv clj

(erf-inv this a y)

sqr clj

(sqr this a y)

inv-cbrt clj

(inv-cbrt this a y)

log2 clj

(log2 this a y)

log1p clj

(log1p this a y)

trunc clj

(trunc this a y)

asin clj

(asin this a y)

div clj

(div this a b y)

copy-sign clj

(copy-sign this a b y)

round clj

(round this a y)

ramp clj

(ramp this a y)

pow3o2 clj

(pow3o2 this a y)

mul clj

(mul this a b y)

powx clj

(powx this a b y)

sincos clj

(sincos this a y z)

abs clj

(abs this a y)

sinh clj

(sinh this a y)

exp2 clj

(exp2 this a y)

fmod clj

(fmod this a b y)

expint1 clj

(expint1 this a y)

atanh clj

(atanh this a y)

sin clj

(sin this a y)

relu clj

(relu this alpha a y)

fceil clj

(fceil this a y)

gamma clj

(gamma this a y)

elu clj

(elu this a y)

(elu this alpha a y)

sigmoid clj

(sigmoid this a y)