API Reference

Configuration

Package: numericals or dense-numericals

numericals and dense-numericals come with a number of dynamically bound configuration variables that are put to use in non-inlined code. These include:

• *multithreaded-threshold*
• *default-float-format*
• *inline-with-multithreading*
• *array-element-type*
• *array-layout*
• *broadcast-automatically*

Generating and transforming arrays

Package: numericals or dense-numericals

There are also a number of ways to generate arrays:

• from lists using asarray
• simple filled arrays using
  • zeros
  • ones
  • rand
  • full
  • eye
• and their counterparts using
  • zeros-like
  • ones-like
  • rand-like
  • full-like

You can also use other arrays to generate arrays using:

• copy
• transpose
• concat
• reshape

Element-wise operators

Package: numericals or dense-numericals

Binary arithmetic operators:

• add
• subtract
• multiply
• divide

Binary logical operators:

• two-arg-<
• two-arg-<=
• two-arg-=
• two-arg-/=
• two-arg->
• two-arg->=

Their n-ary counterparts:

• • • / *
• < <= = /= > >=

Transcendental operators:

• sin asin sinh asinh
• cos acos cosh acosh
• tan atan tanh atanh
• exp expt
• log

Rounding operators:

• abs
• ffloor
• floor
• fceiling
• ftruncate

Miscellaneous:

• two-arg-max
• two-arg-min

Array reduction operators

Package: numericals or dense-numericals

• sum
• vdot
• maximum
• minimum
• arg-maximum
• arg-minimum

Linear algebra operators

Package: numericals.linalg or dense-numericals.linalg

• inv
• lu
• svd
• vdot
• cholesky
• solve
• eigvals
• qr
• pinv
• eigvecs
• rank
• norm2
• det
• matmul