RIGHT IS 19 WRONG IS 21

You stupid it's  \frac{(4x^3 + 2\pi^2 - (6x + 3))}{\pi - (x/2)} + (5x - \pi^3) + \frac{(x^4 - 3\pi x + 12)}{(2x + \pi)} + (\pi^5 - 7x^2 + (9 - \pi/x)) + \frac{(x^5 + 2\pi^3x^2 - 6x + \pi)}{(3x - 2\pi)} + \sqrt{x^2 + \pi^2 - (7x/3)} + (x^3 - 9\pi + 2x^2 - 4\pi/x) + \frac{(\pi^6 - 4x^4 + 12\pi^2x - 19)}{(x + \pi/2)} + (e^{x-\pi} + \ln(x^2 + \pi)) + \frac{(2x^3 - \pi^3 + 9x - 14)}{(\sqrt{x+\pi} - \pi/4)} + (7x^2 + \pi^7 - 8\sin(x) + 4\cos(\pi x)) + \frac{(\tan(x) - \pi^2x^3 + 6x - 2\pi)}{(\pi - x^2)} + (x^8 - 4\pi^4x + 17 - \pi/x^2 + e^{\pi/x}) + \frac{(x^9 + \pi^5 - 3x^4 + 8\pi^3x - 2)}{(x^2 + \pi/3)} = 67 