Update to version v1.0.0-2

[1.0.0-2] - 2020-12-24

Fixed

• Change src for the demo's <script></script>: issue(#2).

• Change license inside package.json to "Apache-2.0": issue(#3).

• Replace prepare script in package.json with prepublishOnly: issue(#4).

Update to version v1.0.0-0

[1.0.0-0] - 2020-9-14

Added

• Import (es6 import) or require (commonjs) specific method to accelerate app loading, and to minimize your bundle size.
• geometry.lines:
  • equation
  • intersection
  • projection
  • distance
• Add a header to the bundled file.
• fraction:
  • frac
  • quotRem

Changed

• Rename parser to engine, for semantic purpose, and it is a more existing name.

Update to version v0.1.0

[0.1.0] - 2020-9-9

Added

• Use the package angles.js, extending some new APIs, (methods), here below.
• fromDeg, fromRad and fromGon
• In geometry.angles.degMinSec, you can get {deg, min, sec}. Convert float number into degrees, minutes, and seconds.
• geometry.angles.strDegMinSec, you can get an angle formatted as (12° 3' 5"). Convert float number or {deg, min, sec} into a string representing the angle in degrees, minutes, and seconds.
• geometry.angles.fromDegMinSec, reverts the function degMinSec.
• geometry.angles.fromStrDegMinSec, reverts the function strDegMinSec.
• Alias some long-name function: replace degMinSec with DMS. For example, fromStrDegMinSec = fromStrDMS and digMinSec = DMS.
• geometry.angles.nomalizeInside, gets the equivalent engle inside a complete round starting from a given offset. For example, you can accomplish the same result with angles.normalizeHalf(angle) and angles.normalizeInside(angles, -0.5), -0.5 here is the offset (-50%) of our range which the angle will be normalized in.

Update to version v0.0.2

[0.0.2] - 2020-9-4

Fixed

• the second trial to fix readme file issue, after asking a question in stackoverflow.