mat3

• using function Array() { [native code] }

  • should rotate0ms ‣

    const angle = 1.23;
    // switch to Array type to keep precision high for expected
    const expected = mat3n.multiply(m, mat3.rotation(angle));
    testMat3WithAndWithoutDest((newDst) => {
      return mat3.rotate(m, angle, newDst);
    }, expected);

  • should rotateX1ms ‣

    const angle = 1.23;
    // switch to Array type to keep precision high for expected
    const expected = mat3n.multiply(m, mat3.rotationX(angle));
    testMat3WithAndWithoutDest((newDst) => {
      return mat3.rotateX(m, angle, newDst);
    }, expected);

  • should rotateY0ms ‣

    const angle = 1.23;
    // switch to Array type to keep precision high for expected
    const expected = mat3n.multiply(m, mat3.rotationY(angle));
    testMat3WithAndWithoutDest((newDst) => {
      return mat3.rotateY(m, angle, newDst);
    }, expected);

  • should rotateZ1ms ‣

    const angle = 1.23;
    // switch to Array type to keep precision high for expected
    const expected = mat3n.multiply(m, mat3.rotationZ(angle));
    testMat3WithAndWithoutDest((newDst) => {
      return mat3.rotateZ(m, angle, newDst);
    }, expected);