Glen Whitney
cb3a93dd1c
So far, abs, add, norm, normsq, and sum are supported. To get them
to work, also implements the following:
* refactor: Use ReturnType function rather than just accessing .returns
* feat: distinguish marking a function as a behavior from its return type
* refactor: Rename `NotAType` to `Unknown` because it must be made closer
to a bona fide type for the sake of inhomogeneous vectors
* feat: make resolving a TypeDispatcher method on a type vector including
`Unknown` into a no-op; that simplifies a number of generic behaviors
* feat: add `haszero` method parallel to `hasnan`
* feat: track the Vector nesting depth of Vector specializations
18 lines
671 B
JavaScript
18 lines
671 B
JavaScript
import assert from 'assert'
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import math from '#nanomath'
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import {ReturnType, ReturnTyping} from '#core/Type.js'
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const {Complex, NumberT} = math.types
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describe('generic arithmetic', () => {
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it('squares anything', () => {
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const sq = math.square
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assert.strictEqual(sq(7), 49)
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assert.strictEqual(ReturnType(math.square.resolve([NumberT])), NumberT)
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assert.deepStrictEqual(sq(math.complex(3, 4)), math.complex(-7, 24))
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const eyes = math.complex(0, 2)
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assert.strictEqual(sq(eyes), -4)
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const sqFull = math.square.resolve(Complex(NumberT), ReturnTyping.full)
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assert.deepStrictEqual(sqFull(eyes), math.complex(-4, 0))
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})
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})
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