git.delta.rocks / unique-network / refs/commits / 96adb0a47e0b

174174
175const hypothesisLinear = (a: Fract, b: Fract) => (x: Fract) => rpn(x, a, '*', b, '+');175const hypothesisLinear = (a: Fract, b: Fract) => (x: Fract) => rpn(x, a, '*', b, '+');
176176
177function error(points: { x: Fract, y: Fract }[], hypothesis: (a: Fract) => Fract) {177function _error(points: { x: Fract, y: Fract }[], hypothesis: (a: Fract) => Fract) {
178  return points.map(p => {178  return points.map(p => {
179    const v = hypothesis(p.x);179    const v = hypothesis(p.x);
180    const vv = p.y;180    const vv = p.y;
218  const {a, b} = linearRegression(dataPoints);218  const {a, b} = linearRegression(dataPoints);
219219
220  const hyp = hypothesisLinear(a, b);220  const hyp = hypothesisLinear(a, b);
221  console.log(`\t[NFT transfer] Error: ${error(dataPoints, hyp).toNumber()}`);221  // console.log(`\t[NFT transfer] Error: ${_error(dataPoints, hyp).toNumber()}`);
222222
223  // 0.1 UNQ223  // 0.1 UNQ
224  const perfectValue = hyp(rpn(new Fract(helper.balance.getOneTokenNominal()), new Fract(1n, 10n), '*'));224  const perfectValue = hyp(rpn(new Fract(helper.balance.getOneTokenNominal()), new Fract(1n, 10n), '*'));
276  const {a, b} = linearRegression(dataPoints);276  const {a, b} = linearRegression(dataPoints);
277277
278  const hyp = hypothesisLinear(a, b);278  const hyp = hypothesisLinear(a, b);
279  console.log(`\t[ETH NFT transfer] Error: ${error(dataPoints, hyp).toNumber()}`);279  // console.log(`\t[ETH NFT transfer] Error: ${_error(dataPoints, hyp).toNumber()}`);
280280
281  // 0.15 UNQ281  // 0.15 UNQ
282  const perfectValue = hyp(rpn(new Fract(helper.balance.getOneTokenNominal()), new Fract(15n, 100n), '*'));282  const perfectValue = hyp(rpn(new Fract(helper.balance.getOneTokenNominal()), new Fract(15n, 100n), '*'));