mathsteps-experimental-fork/dist/cjs/lib/kemuEquation/EquationSolver.js

Step by step math solutions. Experimental Fork

'use strict';

Object.defineProperties(exports, { __esModule: { value: true }, [Symbol.toStringTag]: { value: 'Module' } });

const EquationSolverCore = require('./EquationSolverCore.js');
const f_x__EQ_C = require('./solveProviders/f(x)_EQ_C.js');
const f_x__EQ_W_x_ = require('./solveProviders/f(x)_EQ_W(x).js');
const W_x__EQ_C = require('./solveProviders/W(x)_EQ_C.js');
const W_x__EQ_W_x_ = require('./solveProviders/W(x)_EQ_W(x).js');
const C_EQ_C = require('./solveProviders/C_EQ_C.js');

const eqSolver0 = new EquationSolverCore();

function registerSolveFunction(eqSolver, solveProvider) {
  // eslint-disable-next-line no-unused-vars
  const { id, pattern, solveFunction } = solveProvider;
  eqSolver.registerSolveFunction(pattern, equation => solveFunction(equation, eqSolver, eqSolver));
}

registerSolveFunction(eqSolver0, C_EQ_C.C_EQ_C);
registerSolveFunction(eqSolver0, f_x__EQ_C.fParenX_EQ_C);
registerSolveFunction(eqSolver0, W_x__EQ_C.WparenxEQ_C);
registerSolveFunction(eqSolver0, f_x__EQ_W_x_.fParenX_EQ_WParenX);
registerSolveFunction(eqSolver0, W_x__EQ_W_x_.WParenX_EQ_WParenX);

exports.default = eqSolver0;
exports.eqSolver0 = eqSolver0;