@jplorg/jpl/lib/builtins/math.js

JPL interpreter

"use strict";

Object.defineProperty(exports, "__esModule", {
  value: true
});
exports.trunc = exports.tan = exports.sqrt = exports.sin = exports.round = exports.pow = exports.log10 = exports.log = exports.floor = exports.exp = exports.cos = exports.ceil = exports.atan = exports.asin = exports.acos = exports.abs = void 0;
var _library = require("../library");
function unwrapNumber(runtime, v) {
  const t = runtime.type(v);
  const u = runtime.unwrapValue(v);
  if (t !== 'number') {
    throw new _library.JPLTypeError('%s (%*<100v) cannot be used for mathematical operations', t, u);
  }
  return u;
}
function funcMath(alter) {
  return async function builtin(runtime, signal, next, input, ...args) {
    const t = runtime.type(input);
    if (t !== 'number') {
      throw new _library.JPLTypeError('%s (%*<100v) cannot be used for mathematical operations', t, runtime.unwrapValue(input));
    }
    return next(await runtime.alterValue(input, value => alter(runtime, value, ...args)));
  };
}
const pow = exports.pow = funcMath((runtime, value, arg0) => value ** unwrapNumber(runtime, arg0 ?? null));
const sqrt = exports.sqrt = funcMath((runtime, value) => Math.sqrt(value));
const exp = exports.exp = funcMath((runtime, value) => Math.exp(value));
const log = exports.log = funcMath((runtime, value) => Math.log(value));
const log10 = exports.log10 = funcMath((runtime, value) => Math.log10(value));
const sin = exports.sin = funcMath((runtime, value) => Math.sin(value));
const cos = exports.cos = funcMath((runtime, value) => Math.cos(value));
const tan = exports.tan = funcMath((runtime, value) => Math.tan(value));
const asin = exports.asin = funcMath((runtime, value) => Math.asin(value));
const acos = exports.acos = funcMath((runtime, value) => Math.acos(value));
const atan = exports.atan = funcMath((runtime, value) => Math.atan(value));
const ceil = exports.ceil = funcMath((runtime, value) => Math.ceil(value));
const floor = exports.floor = funcMath((runtime, value) => Math.floor(value));
const round = exports.round = funcMath((runtime, value) => Math.round(value));
const trunc = exports.trunc = funcMath((runtime, value) => Math.trunc(value));
const abs = exports.abs = funcMath((runtime, value) => Math.abs(value));