How to use the @mathigon/fermat.lerp function in @mathigon/fermat

function update(n: number) {
      cube.scale.setScalar(lerp(1.67, 0.95, n / 100));
      octahedron.scale.setScalar(lerp(0.83, 1.43, n / 100));
      scene.draw();
    }

graph.arrange(graph.vertices.map((v, i) => {
        return {
          x: lerp(from[i].x, to[i].x, q),
          y: lerp(from[i].y, to[i].y, q)
        };
      }));
    }, 800);

function update(n: number) {
      cube.scale.setScalar(lerp(1.67, 0.95, n / 100));
      octahedron.scale.setScalar(lerp(0.83, 1.43, n / 100));
      scene.draw();
    }

function update(n: number) {
      dodecahedron.scale.setScalar(lerp(1.88, 1.48, n / 100));
      icosahedron.scale.setScalar(lerp(1.35, 1.7, n / 100));
      scene.draw();
    }

graph.arrange(graph.vertices.map((v, i) => {
        return {
          x: lerp(from[i].x, to[i].x, q),
          y: lerp(from[i].y, to[i].y, q)
        };
      }));
    }, 800);

function update(n: number) {
      dodecahedron.scale.setScalar(lerp(1.88, 1.48, n / 100));
      icosahedron.scale.setScalar(lerp(1.35, 1.7, n / 100));
      scene.draw();
    }