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import { Complex } from './Complex'

export function complexSpec() {
    describe("constructor", function() {
        const x = Math.random()
        const y = Math.random()
        const z = new Complex(x, y)
        it("should preserve real argument", function() {
            expect(z.real).toBe(x)
        })

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function wedge(a: number[], b: number[]): number[] {
    const result: number[] = [];
    const aLen = a.length;
    const bLen = b.length;
    for (let i = 0; i < aLen; i++) {
        result.push(a[i]);
    }
    for (let i = 0; i < bLen; i++) {
        result.push(b[i]);
    }

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davinci-eight (WebGL) Graphics

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Vector Modeling Problem Framework

Overview

This is a starter project for creating Computational Projects for learning geometry, kinematics and dynamics.

A student develops their own Vector3 class for describing the position and velocity of objects in 3D. This class then becomes the basis for future projects. Vector3 is a springboard to Geometric3, a geometric object for Euclidean space using Geometric Algebra.

The Vector3 class in the file Vector3.ts is initially nothing more than a triple of Cartesian coordinates. The goal is to develop the Vector3 class into a mathematical object supporting coordinate-free geometry. The student develops an appreciation of the power of geometric objects for representing physical laws.

stemcstudio

Vector Modeling Problem Framework

Overview

This is a starter project for creating Computational Projects for learning geometry, kinematics and dynamics.

A student develops their own Vector3 class for describing the position and velocity of objects in 3D. This class then becomes the basis for future projects. Vector3 is a springboard to Geometric3, a geometric object for Euclidean space using Geometric Algebra.

The Vector3 class in the file Vector3.ts is initially nothing more than a triple of Cartesian coordinates. The goal is to develop the Vector3 class into a mathematical object supporting coordinate-free geometry. The student develops an appreciation of the power of geometric objects for representing physical laws.

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/**
 * Scratch variable for implementing the rotate method.
 */
const R = EIGHT.Geometric3.zero();
/**
 * Heading
 */
const INDEX_H = 0;
/**
 * Left

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Grids

Overview

Demonstrates how to write convenience wrappers for the EIGHT.Grid.

gridXY demonstrates a complete encapsulation.

gridYZ demonstrates a customized options list.

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DaVinci eight Sphere

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Creating a Box

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Vector Addition