/* -------------------------------------------------------------------------- *
 *                                   OpenMM                                   *
 * -------------------------------------------------------------------------- *
 * This is part of the OpenMM molecular simulation toolkit originating from   *
 * Simbios, the NIH National Center for Physics-Based Simulation of           *
 * Biological Structures at Stanford, funded under the NIH Roadmap for        *
 * Medical Research, grant U54 GM072970. See https://simtk.org.               *
 *                                                                            *
 * Portions copyright (c) 2019 Stanford University and the Authors.           *
 * Authors: Peter Eastman                                                     *
 * Contributors:                                                              *
 *                                                                            *
 * Permission is hereby granted, free of charge, to any person obtaining a    *
 * copy of this software and associated documentation files (the "Software"), *
 * to deal in the Software without restriction, including without limitation  *
 * the rights to use, copy, modify, merge, publish, distribute, sublicense,   *
 * and/or sell copies of the Software, and to permit persons to whom the      *
 * Software is furnished to do so, subject to the following conditions:       *
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 * The above copyright notice and this permission notice shall be included in *
 * all copies or substantial portions of the Software.                        *
 *                                                                            *
 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR *
 * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,   *
 * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL    *
 * THE AUTHORS, CONTRIBUTORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,    *
 * DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR      *
 * OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE  *
 * USE OR OTHER DEALINGS IN THE SOFTWARE.                                     *
 * -------------------------------------------------------------------------- */

/**
 * This tests the CUDA implementation of HippoNonbondedForce.
 */

#include "openmm/internal/AssertionUtilities.h"
#include "openmm/Context.h"
#include "OpenMMAmoeba.h"
#include "openmm/System.h"
#include "openmm/VerletIntegrator.h"
#include <iostream>
#include <vector>

using namespace OpenMM;
using namespace std;

extern "C" void registerAmoebaCudaKernelFactories();

double forceTol, energyTol, consistencyTol;

void buildWaterSystem(System& system, int numWaters, HippoNonbondedForce* hippo) {
    system.addForce(hippo);
    hippo->setExtrapolationCoefficients({0.042, 0.635, 0.414});
    for (int mol = 0; mol < numWaters; mol++) {
        system.addParticle(15.995);
        system.addParticle(1.008);
        system.addParticle(1.008);
        double bohr = 0.52917720859;
        double ds = 0.1*bohr;
        double qs = 0.01*bohr*bohr/3.0;
        double c6s = sqrt(4.184)*0.001;
        double ps = sqrt(4.184*0.1);
        hippo->addParticle(-0.38280, {0.0, 0.0, ds*0.05477}, {qs*0.69866, 0.0, 0.0, 0.0, qs*-0.60471, 0.0, 0.0, 0.0, qs*-0.09395}, 6.0,
                    10*4.7075, 4.184*1326.0, 10*40.0, c6s*18.7737, ps*2.7104, -2.4233, 10*4.3097,
                    0.001*0.795, HippoNonbondedForce::Bisector, 3*mol+1, 3*mol+2, -1);
        hippo->addParticle(0.19140, {0.0, 0.0, ds*-0.20097}, {qs*0.03881, 0.0, 0.0, 0.0, qs*0.02214, 0.0, 0.0, 0.0, qs*-0.06095}, 1.0,
                    10*4.7909, 0.0, 10*3.5582, c6s*4.5670, ps*2.0037, -0.8086, 10*4.6450,
                    0.001*0.341, HippoNonbondedForce::ZThenX, 3*mol, 3*mol+2, -1);
        hippo->addParticle(0.19140, {0.0, 0.0, ds*-0.20097}, {qs*0.03881, 0.0, 0.0, 0.0, qs*0.02214, 0.0, 0.0, 0.0, qs*-0.06095}, 1.0,
                    10*4.7909, 0.0, 10*3.5582, c6s*4.5670, ps*2.0037, -0.8086, 10*4.6450,
                    0.001*0.341, HippoNonbondedForce::ZThenX, 3*mol, 3*mol+1, -1);
        hippo->addException(3*mol, 3*mol+1, 0.0, 0.0, 0.2, 0.0, 0.0, 0.0);
        hippo->addException(3*mol, 3*mol+2, 0.0, 0.0, 0.2, 0.0, 0.0, 0.0);
        hippo->addException(3*mol+1, 3*mol+2, 0.0, 0.0, 1.0, 0.0, 0.0, 0.0);
    }
}

void checkForceEnergyConsistency(Context& context) {
    // Find the direction and magnitude of the force.

    State state = context.getState(State::Positions | State::Forces | State::Energy);
    int numParticles = context.getSystem().getNumParticles();
    double norm = 0.0;
    for (int i = 0; i < numParticles; ++i) {
        Vec3 f = state.getForces()[i];
        norm += f[0]*f[0] + f[1]*f[1] + f[2]*f[2];
    }
    norm = std::sqrt(norm);

    // Take a small step in the direction of the force and see whether the potential energy changes by the expected amount.

    const double delta = 1e-3;
    double step = 0.5*delta/norm;
    vector<Vec3> positions2(numParticles), positions3(numParticles);
    for (int i = 0; i < numParticles; ++i) {
        Vec3 p = state.getPositions()[i];
        Vec3 f = state.getForces()[i];
        positions2[i] = p-f*step;
        positions3[i] = p+f*step;
    }
    context.setPositions(positions2);
    State state2 = context.getState(State::Energy);
    context.setPositions(positions3);
    State state3 = context.getState(State::Energy);
    ASSERT_EQUAL_TOL(state2.getPotentialEnergy()-state3.getPotentialEnergy(), norm*delta, consistencyTol)
}

void testWaterDimer() {
    System system;
    HippoNonbondedForce* hippo = new HippoNonbondedForce();
    buildWaterSystem(system, 2, hippo);
    VerletIntegrator integrator(0.001);
    Context context(system, integrator, Platform::getPlatformByName("CUDA"));
    vector<Vec3> positions = {
        0.1*Vec3(1.505434, 0.0, -0.065656),
        0.1*Vec3(0.553912, 0.0, 0.057710),
        0.1*Vec3(1.907155, 0.0, 0.801980),
        0.1*Vec3(-1.436029, 0.0, 0.060505),
        0.1*Vec3(-1.781197, 0.772272, -0.388976),
        0.1*Vec3(-1.781197, -0.772272, -0.388976)
    };
    context.setPositions(positions);
    State state = context.getState(State::Energy | State::Forces);

    // Compare the forces and energy to reference values computed with Tinker.

    ASSERT_EQUAL_TOL(-18.393623712669680, state.getPotentialEnergy(), energyTol);
    vector<Vec3> expectedForces = {
        Vec3(-162.94090034728887, 0.0, 35.06615691195519),
        Vec3(127.50063696213348, 0.0, -46.51857483822334),
        Vec3(39.59601328153432, 0.0, 11.805509637931072),
        Vec3(-73.52341534248339, 0.0, -92.08855312751808),
        Vec3(34.68383272305204, -26.35219958830841, 45.867730707927564),
        Vec3(34.68383272305204, 26.35219958830841, 45.867730707927564),
    };
    for (int i = 0; i < system.getNumParticles(); i++)
        ASSERT_EQUAL_VEC(-expectedForces[i], state.getForces()[i], forceTol);

    // Compare the permanent dipoles to reference values computed with Tinker.

    vector<Vec3> expectedLabDipoles = {
        Vec3(-1.3999971343167967e-3, 0.0, 2.5377493339976591e-3),
        Vec3(-1.0546602554698980e-2, 0.0, 1.3673800193405874e-3),
        Vec3(4.4683063920526751e-3, 0.0, 9.6506368469037353e-3),
        Vec3(-1.7652415043849052e-3, 0.0, -2.2987140077655862e-3),
        Vec3(-3.8321399176713630e-3, 8.5739534328208283e-3, -4.9902484654859164e-3),
        Vec3(-3.8321399176713630e-3, -8.5739534328208283e-3, -4.9902484654859164e-3)
    };
    vector<Vec3> labDipoles;
    hippo->getLabFramePermanentDipoles(context, labDipoles);
    for (int i = 0; i < system.getNumParticles(); i++)
        ASSERT_EQUAL_VEC(expectedLabDipoles[i], labDipoles[i], 1e-5);

    // Compare the induced dipoles to reference values computed with Tinker.

    vector<Vec3> expectedInducedDipoles = {
        Vec3(-2.6946897397455059e-3, 0.0, 5.7283370317562626e-4),
        Vec3(-3.4687164828218306e-3, 0.0, 2.3558084682622801e-4),
        Vec3(-8.3759103839743578e-4, 0.0, -4.0453541836814088e-4),
        Vec3(-4.7635598636156719e-3, 0.0, -6.2133742026147971e-4),
        Vec3(-6.3777660942845697e-4, 5.2439508203868156e-4, -4.3219965383009991e-4),
        Vec3(-6.3777660942845697e-4, -5.2439508203868156e-4, -4.3219965383009991e-4)
    };
    vector<Vec3> inducedDipoles;
    hippo->getInducedDipoles(context, inducedDipoles);
    for (int i = 0; i < system.getNumParticles(); i++)
        ASSERT_EQUAL_VEC(expectedInducedDipoles[i], inducedDipoles[i], 1e-5);

    // Check for consistency between forces and energy.

    checkForceEnergyConsistency(context);
}

void testWaterBox() {
    System system;
    HippoNonbondedForce* hippo = new HippoNonbondedForce();
    buildWaterSystem(system, 216, hippo);
    system.setDefaultPeriodicBoxVectors(Vec3(1.8643, 0, 0), Vec3(0, 1.8643, 0), Vec3(0, 0, 1.8643));
    hippo->setNonbondedMethod(HippoNonbondedForce::PME);
    hippo->setCutoffDistance(0.7);
    hippo->setSwitchingDistance(0.6);
    hippo->setPMEParameters(3.85037, 24, 24, 24);
    hippo->setDPMEParameters(3.85037, 20, 20, 20);
    VerletIntegrator integrator(0.001);
    Context context(system, integrator, Platform::getPlatformByName("CUDA"));
    double alpha;
    int nx, ny, nz;
    hippo->getPMEParametersInContext(context, alpha, nx, ny, nz);
    ASSERT_EQUAL_TOL(alpha, 3.85037, 1e-5);
    ASSERT_EQUAL(24, nx);
    ASSERT_EQUAL(24, ny);
    ASSERT_EQUAL(24, nz);
    hippo->getDPMEParametersInContext(context, alpha, nx, ny, nz);
    ASSERT_EQUAL_TOL(alpha, 3.85037, 1e-5);
    ASSERT_EQUAL(20, nx);
    ASSERT_EQUAL(20, ny);
    ASSERT_EQUAL(20, nz);
    vector<Vec3> positions = {
        Vec3(0.8679662000000001, 0.7087692, -0.0696862),
        Vec3(0.7809455000000001, 0.6755792, -0.03822590000000001),
        Vec3(0.8722232000000001, 0.6814243000000001, -0.1617561),
        Vec3(-0.0117313, 0.8244446999999999, 0.6837616),
        Vec3(0.021689200000000002, 0.7895445, 0.6050027),
        Vec3(0.0444268, 0.7826013, 0.7530196),
        Vec3(0.8379057, -0.0092611, 0.6814631000000001),
        Vec3(0.9340423, 0.0098069, 0.6734062000000001),
        Vec3(0.7939619000000001, 0.0573676, 0.6269838000000001),
        Vec3(0.6589952000000001, 0.1844323, -0.6923167000000001),
        Vec3(0.5885429000000001, 0.2402305, -0.6717934),
        Vec3(0.6181533, 0.10627470000000001, -0.7273678000000001),
        Vec3(0.7146600000000001, 0.5753582, 0.2331517),
        Vec3(0.6368123, 0.6126035000000001, 0.2862678),
        Vec3(0.7025018000000001, 0.6294645000000001, 0.15181960000000003),
        Vec3(-0.24265810000000002, -0.8504195, -0.25048339999999997),
        Vec3(-0.16920630000000003, -0.8368252, -0.3058292),
        Vec3(-0.27932070000000003, -0.7602469000000001, -0.2403097),
        Vec3(-0.8038375000000001, -0.3605589, 0.23036910000000002),
        Vec3(-0.8113753000000001, -0.42481270000000004, 0.30184940000000005),
        Vec3(-0.7619392, -0.2863004, 0.2709622),
        Vec3(-0.1480631, 0.8244085000000001, -0.8272214999999999),
        Vec3(-0.2090204, 0.8687978, -0.7676996),
        Vec3(-0.0700878, 0.8823325000000001, -0.8322213),
        Vec3(-0.37419620000000003, -0.277783, -0.2326319),
        Vec3(-0.4620456, -0.2444778, -0.23905189999999998),
        Vec3(-0.37289210000000006, -0.3160952, -0.1433101),
        Vec3(-0.6467812000000001, -0.5265942, 0.0408263),
        Vec3(-0.6585076000000001, -0.4796537, -0.0413008),
        Vec3(-0.7021252, -0.4752640000000001, 0.10079579999999999),
        Vec3(0.9273577, 0.5342431000000001, 0.405546),
        Vec3(0.8645939, 0.54665, 0.4837640000000001),
        Vec3(0.8741774, 0.5686149, 0.330282),
        Vec3(0.183016, 0.42767310000000003, -0.6993499000000001),
        Vec3(0.17032750000000002, 0.5223773, -0.6703852000000001),
        Vec3(0.24081130000000003, 0.38534470000000004, -0.6383339000000001),
        Vec3(0.1964382, 0.6832988000000001, 0.8373101000000001),
        Vec3(0.24961350000000004, 0.7215781, 0.9056298),
        Vec3(0.18112830000000002, 0.5905846, 0.8573539000000001),
        Vec3(0.5405568, 0.43889940000000005, 0.7932737000000001),
        Vec3(0.553738, 0.3438955, 0.7781311),
        Vec3(0.47551560000000004, 0.4734908, 0.7290617),
        Vec3(0.32299980000000006, 0.29284170000000004, -0.109065),
        Vec3(0.39310900000000004, 0.3198265, -0.1702769),
        Vec3(0.30044380000000004, 0.37089690000000003, -0.0493266),
        Vec3(0.74624, 0.5262829, 0.613117),
        Vec3(0.8025650000000001, 0.5588493, 0.688177),
        Vec3(0.6935076, 0.4455766, 0.6325405000000001),
        Vec3(-0.8864042, 0.7023845, -0.6659632000000001),
        Vec3(-0.8370939000000001, 0.6372557, -0.7141895),
        Vec3(-0.9489800000000002, 0.7315873, -0.7293125),
        Vec3(-0.45262990000000003, 0.3549989, 0.8030031),
        Vec3(-0.516977, 0.42241270000000003, 0.7731323),
        Vec3(-0.42620959999999997, 0.3801892, 0.8884875),
        Vec3(0.48232860000000005, -0.1386218, 0.40384640000000005),
        Vec3(0.5493155, -0.0669965, 0.4013081),
        Vec3(0.4187463, -0.1101832, 0.33384330000000006),
        Vec3(-0.215115, -0.201706, -0.8593685000000001),
        Vec3(-0.24757090000000004, -0.2320356, -0.7783564000000001),
        Vec3(-0.2650484, -0.2434614, -0.9307384000000001),
        Vec3(0.1944893, 0.49332260000000006, 0.049791),
        Vec3(0.25532210000000005, 0.5263352, 0.1205303),
        Vec3(0.2082534, 0.5590999, -0.020217100000000002),
        Vec3(-0.6827006, -0.5285917000000001, -0.2371899),
        Vec3(-0.7405873000000001, -0.6022738000000001, -0.2075913),
        Vec3(-0.6398443, -0.5453726, -0.3235054),
        Vec3(-0.8538047000000001, -0.7577917000000001, -0.1688532),
        Vec3(-0.8075591, -0.844826, -0.15134550000000002),
        Vec3(-0.9389507, -0.7836271, -0.20518350000000002),
        Vec3(-0.6916556, -0.1100882, -0.5168782000000001),
        Vec3(-0.6365888000000001, -0.1659366, -0.5746209999999999),
        Vec3(-0.6538885, -0.024937400000000002, -0.5325993000000001),
        Vec3(0.6330290000000001, -0.9323893000000001, -0.641663),
        Vec3(0.7026026000000001, -0.9680578000000001, -0.7007727),
        Vec3(0.6812488000000001, -0.8683594, -0.5925798999999999),
        Vec3(-0.24243450000000002, -0.5918126, 0.2701855),
        Vec3(-0.1613829, -0.5486394, 0.2503024),
        Vec3(-0.31447970000000003, -0.5307275, 0.2618121),
        Vec3(0.0637202, -0.6080457, 0.5849135000000001),
        Vec3(0.08923120000000001, -0.6092342000000001, 0.4907709),
        Vec3(-0.0339074, -0.5838972, 0.5853292),
        Vec3(0.5199216, -0.22649180000000002, -0.0138343),
        Vec3(0.5802838, -0.2788698, -0.06975360000000001),
        Vec3(0.567034, -0.1679393, 0.0462296),
        Vec3(0.0510145, 0.7629450000000001, 0.40545000000000003),
        Vec3(-0.007113500000000001, 0.8146563000000001, 0.3452959),
        Vec3(0.14649620000000002, 0.7740819000000001, 0.36691720000000005),
        Vec3(0.3146724, 0.8895843, 0.6526257000000001),
        Vec3(0.3506091, 0.8599906000000002, 0.7352942),
        Vec3(0.21457290000000004, 0.8929622, 0.6682029),
        Vec3(0.7308541000000001, -0.8339335000000001, -0.2471342),
        Vec3(0.6562127000000001, -0.8180601, -0.30628030000000006),
        Vec3(0.6993025, -0.8364954, -0.1531235),
        Vec3(-0.7530792000000001, 0.1069683, 0.4989387),
        Vec3(-0.7565406000000001, 0.19714220000000002, 0.4648636),
        Vec3(-0.793825, 0.0433547, 0.43702660000000004),
        Vec3(0.4452035000000001, 0.2700609, -0.5437815),
        Vec3(0.46033260000000004, 0.3058652, -0.45515900000000004),
        Vec3(0.43864530000000007, 0.1737004, -0.5180418999999999),
        Vec3(0.8427922000000001, -0.8619286000000002, 0.17846910000000002),
        Vec3(0.8340498000000001, -0.8005342000000001, 0.25362250000000003),
        Vec3(0.849672, -0.9530562, 0.2174667),
        Vec3(-0.8109456, 0.175383, -0.3096997),
        Vec3(-0.7245287, 0.1827177, -0.27214170000000004),
        Vec3(-0.8082178000000001, 0.1783171, -0.40593290000000004),
        Vec3(0.27769330000000003, -0.5701955, 0.7748213),
        Vec3(0.3287974, -0.5069688, 0.7233816000000001),
        Vec3(0.19870410000000002, -0.5817355000000001, 0.7200131000000001),
        Vec3(0.36351710000000004, -0.6953519, 0.5339628000000001),
        Vec3(0.33538510000000005, -0.7592789, 0.6031367000000001),
        Vec3(0.2875801, -0.6787975, 0.4740576),
        Vec3(0.6888027000000001, -0.41690230000000006, -0.180019),
        Vec3(0.7559735000000001, -0.4813701, -0.2004669),
        Vec3(0.6603805, -0.3759237, -0.2626496),
        Vec3(-0.4470837000000001, -0.41056400000000004, 0.3415362),
        Vec3(-0.4991607, -0.3358538, 0.31409560000000003),
        Vec3(-0.4791764, -0.43922140000000004, 0.42543870000000006),
        Vec3(0.8282263000000001, -0.0462068, -0.2560579),
        Vec3(0.8776769, -0.1293641, -0.23359450000000004),
        Vec3(0.8760297, 0.038481600000000005, -0.2651128),
        Vec3(0.4737236, 0.161643, 0.49011150000000003),
        Vec3(0.3969692, 0.21683680000000002, 0.5152631000000001),
        Vec3(0.5184651, 0.2148403, 0.4154746),
        Vec3(-0.3497332, -0.5781436000000001, -0.22027130000000003),
        Vec3(-0.4038857, -0.5773824000000001, -0.138168),
        Vec3(-0.415297, -0.6012265000000001, -0.2829379),
        Vec3(-0.2863989, -0.025933400000000002, -0.1857006),
        Vec3(-0.2132201, -0.0027953, -0.1174211),
        Vec3(-0.2873625, -0.12244250000000001, -0.18742530000000002),
        Vec3(0.11383000000000001, 0.11331000000000001, -0.2085899),
        Vec3(0.19655060000000002, 0.150352, -0.1725316),
        Vec3(0.0420521, 0.15344400000000002, -0.1551356),
        Vec3(-0.05613280000000001, 0.4590705, -0.2780017),
        Vec3(-0.0061173, 0.39193560000000005, -0.32941280000000006),
        Vec3(-0.0082763, 0.4733898, -0.19556020000000002),
        Vec3(-0.6423002000000001, -0.17052040000000002, -0.2528225),
        Vec3(-0.7233989000000001, -0.1949552, -0.1975418),
        Vec3(-0.6678416, -0.1321413, -0.33512780000000003),
        Vec3(-0.27721, 0.25522100000000003, -0.0672282),
        Vec3(-0.29074890000000003, 0.34835520000000003, -0.0385605),
        Vec3(-0.2977127, 0.2592348, -0.163582),
        Vec3(0.6708678, -0.4852016, -0.837928),
        Vec3(0.6593474, -0.5094964000000001, -0.7447187),
        Vec3(0.6582524000000001, -0.5591596, -0.8966502000000001),
        Vec3(-0.8497001, -0.0440284, 0.2803721),
        Vec3(-0.8422350000000001, 0.0331961, 0.2183451),
        Vec3(-0.9377295000000001, -0.07561600000000002, 0.2677026),
        Vec3(0.2975383, -0.08949700000000001, 0.6060783000000001),
        Vec3(0.2093991, -0.09957, 0.5670129),
        Vec3(0.34588320000000006, -0.07592480000000001, 0.5263958),
        Vec3(-0.6085023, -0.16296200000000002, 0.7970284000000001),
        Vec3(-0.6685848000000001, -0.23918300000000003, 0.7820849000000001),
        Vec3(-0.6177296000000001, -0.11905840000000001, 0.8835912000000001),
        Vec3(-0.37635230000000003, -0.3356777, 0.8285436000000002),
        Vec3(-0.46606500000000006, -0.3029414, 0.8406662000000001),
        Vec3(-0.3411834, -0.31789470000000003, 0.7431180000000001),
        Vec3(-0.110012, -0.0320162, 0.0375372),
        Vec3(-0.0527013, -0.10121830000000001, 0.0128652),
        Vec3(-0.0673226, 0.028855900000000004, 0.0934677),
        Vec3(0.09102090000000002, -0.8271801999999999, 0.14114290000000002),
        Vec3(0.0158544, -0.8759532000000001, 0.18708950000000002),
        Vec3(0.0565924, -0.7546113000000001, 0.0944383),
        Vec3(0.1554065, -0.6468033000000001, 0.3310872),
        Vec3(0.1362455, -0.7162802, 0.27223400000000003),
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        Vec3(-0.625784, 0.46840560000000003, -0.4656222),
        Vec3(-0.7247764000000001, 0.3931701, -0.5623068),
        Vec3(-0.7310706, 0.8183648, 0.7852201000000001),
        Vec3(-0.6552879, 0.7735013000000001, 0.7436342),
        Vec3(-0.6877865000000001, 0.8451022, 0.8686616000000001),
        Vec3(-0.1476441, -0.7867001, 0.7421787000000001),
        Vec3(-0.0852398, -0.8570669000000001, 0.7084405),
        Vec3(-0.136374, -0.7190554, 0.6737331000000001),
        Vec3(0.5228019, -0.049587, -0.7592953),
        Vec3(0.4737616, -0.053813900000000005, -0.6742036),
        Vec3(0.4625354, -0.09013290000000002, -0.8269022),
        Vec3(0.7566531000000001, -0.10067340000000001, 0.18082130000000002),
        Vec3(0.7657411000000001, -0.1866188, 0.1428564),
        Vec3(0.7358547, -0.0388051, 0.11399429999999999),
        Vec3(0.18509240000000002, -0.5717449, -0.5035416),
        Vec3(0.172104, -0.6227449, -0.4217213),
        Vec3(0.2199319, -0.48563780000000006, -0.46928919999999996),
        Vec3(-0.8904325000000001, 0.6791585000000001, -0.38428660000000003),
        Vec3(-0.8690637000000001, 0.5952111999999999, -0.3490118),
        Vec3(-0.8676001, 0.6844077000000001, -0.4770651),
        Vec3(-0.3434304, 0.43971980000000005, -0.7863568000000001),
        Vec3(-0.26347770000000004, 0.3892027, -0.7779256000000001),
        Vec3(-0.34328470000000005, 0.5161485, -0.7310788),
        Vec3(-0.7446738, 0.6124823, 0.0150068),
        Vec3(-0.7404893000000001, 0.5207959, 0.0481504),
        Vec3(-0.8405563000000001, 0.6215466000000001, -0.0024439),
        Vec3(0.019533000000000002, -0.7307128, -0.3501714),
        Vec3(-0.0240912, -0.6769004000000001, -0.42436550000000006),
        Vec3(-0.019491500000000002, -0.6981989, -0.267986),
        Vec3(0.7068819000000001, 0.9130323000000001, 0.7260588000000001),
        Vec3(0.6559855, 0.8400987000000001, 0.7699406),
        Vec3(0.7972497000000001, 0.8829223000000002, 0.7213747),
        Vec3(-0.0185218, -0.319229, -0.6289346),
        Vec3(0.0776651, -0.3073203, -0.6391948000000001),
        Vec3(-0.0497426, -0.2964088, -0.7170893),
        Vec3(-0.20736300000000002, 0.4369672, 0.5251074),
        Vec3(-0.18686380000000002, 0.3811508, 0.6060261),
        Vec3(-0.1253174, 0.4326708, 0.478168),
        Vec3(-0.0855003, 0.30691080000000004, -0.7935226000000001),
        Vec3(0.007575800000000001, 0.3132202, -0.7617253),
        Vec3(-0.10098450000000002, 0.22074870000000002, -0.8320426),
        Vec3(-0.6328833, 0.0064083000000000005, -0.8467228000000001),
        Vec3(-0.7268416000000001, 0.0384648, -0.8383978000000001),
        Vec3(-0.5825246000000001, 0.09193040000000001, -0.8320175000000001),
        Vec3(-0.8276352, -0.8809851000000001, -0.634491),
        Vec3(-0.7541457, -0.8792368, -0.5688031),
        Vec3(-0.8510208000000001, -0.9731116000000001, -0.6353248),
        Vec3(0.0463654, 0.28267760000000003, 0.7018388),
        Vec3(0.08753240000000001, 0.3588447, 0.7482107),
        Vec3(0.0770257, 0.2126646, 0.758365),
        Vec3(0.0478371, -0.3407198, 0.6910039000000001),
        Vec3(0.0585298, -0.299675, 0.7756467),
        Vec3(0.055653100000000004, -0.4390636, 0.7183527000000001),
        Vec3(-0.16895590000000002, 0.7002511, -0.33035610000000004),
        Vec3(-0.10091520000000001, 0.7635432, -0.3553133),
        Vec3(-0.1333699, 0.6195680000000001, -0.2919485),
        Vec3(0.9000097, -0.6227871, 0.8137681000000001),
        Vec3(0.9373858, -0.6821152, 0.7497417000000001),
        Vec3(0.8024020000000001, -0.6011019000000001, 0.8033727000000002),
        Vec3(0.1272378, 0.1954065, 0.3058033),
        Vec3(0.1260842, 0.2615112, 0.2341207),
        Vec3(0.1890312, 0.2223439, 0.37329340000000005),
        Vec3(0.4139066, -0.3527427, -0.9022608999999999),
        Vec3(0.4070028, -0.34991170000000005, -0.9985525000000002),
        Vec3(0.4960292, -0.39423640000000004, -0.8778433),
        Vec3(0.7176276, 0.2178662, -0.407594),
        Vec3(0.6995275000000001, 0.1684022, -0.48732230000000004),
        Vec3(0.7621313000000001, 0.2984315, -0.43939940000000005),
        Vec3(-0.0034836, -0.3929919, 0.21480950000000001),
        Vec3(0.08380030000000001, -0.3513346, 0.22596630000000004),
        Vec3(-0.0654999, -0.32885810000000004, 0.2426748),
        Vec3(-0.8701616, 0.27952370000000004, -0.5700842),
        Vec3(-0.8848959000000001, 0.2145603, -0.6420186000000001),
        Vec3(-0.9464654, 0.3362988, -0.5610379),
        Vec3(0.28044440000000004, 0.8909551000000001, -0.5635389000000001),
        Vec3(0.3063615, 0.9805993000000002, -0.5770957),
        Vec3(0.3512196, 0.8486179, -0.5165468),
        Vec3(0.3236002, 0.8357402, 0.36366390000000004),
        Vec3(0.34508540000000004, 0.9071799, 0.3073263),
        Vec3(0.3476445, 0.8586691000000001, 0.4607935000000001),
        Vec3(0.5628532, 0.7185941, 0.8510937000000001),
        Vec3(0.5467837000000001, 0.6318153, 0.8138885),
        Vec3(0.4964153, 0.7477925000000001, 0.9150467000000001),
        Vec3(-0.3767261, 0.12603899999999998, 0.2017681),
        Vec3(-0.37077340000000003, 0.20195200000000002, 0.2565591),
        Vec3(-0.33646020000000004, 0.1609935, 0.1212351),
        Vec3(0.8228917, -0.34417610000000004, 0.0850139),
        Vec3(0.9022130000000002, -0.3709208, 0.1334881),
        Vec3(0.7553662000000001, -0.3976731, 0.1276651),
        Vec3(-0.3004292, 0.1345869, 0.7236734),
        Vec3(-0.3715311, 0.0724731, 0.6912689000000001),
        Vec3(-0.3525684, 0.21119010000000002, 0.7538936),
        Vec3(0.49014230000000003, -0.5547141, -0.0119795),
        Vec3(0.532755, -0.5560969, 0.076977),
        Vec3(0.5447642, -0.49307520000000005, -0.0617088),
        Vec3(-0.33062100000000005, 0.8469477, -0.04950570000000001),
        Vec3(-0.2836855, 0.9122642000000001, -0.1080706),
        Vec3(-0.3311215, 0.8916887, 0.0353875),
        Vec3(-0.6572180000000001, 0.3018421, -0.026207900000000003),
        Vec3(-0.6711444000000001, 0.26599560000000005, 0.060646000000000005),
        Vec3(-0.6040782, 0.2473886, -0.0843542),
        Vec3(-0.5429147000000001, -0.5967833, 0.5177682),
        Vec3(-0.4896648, -0.6608203, 0.46925340000000004),
        Vec3(-0.5386594, -0.6130690000000001, 0.6117931),
        Vec3(0.6054430000000001, 0.7035601, 0.0031519),
        Vec3(0.5939348, 0.7951184, -0.014109400000000001),
        Vec3(0.5390949, 0.6866654, 0.0702638),
        Vec3(-0.08902290000000002, -0.2615376, -0.3621726),
        Vec3(-0.1695442, -0.2097314, -0.35379760000000005),
        Vec3(-0.0895128, -0.2637531, -0.4561712),
        Vec3(-0.5446979, 0.0994907, -0.21067140000000004),
        Vec3(-0.4494883, 0.09979120000000001, -0.1881595),
        Vec3(-0.5759736000000001, 0.009419900000000002, -0.1919247),
        Vec3(-0.7517688, -0.40783400000000003, 0.7202707),
        Vec3(-0.8242348, -0.4324693, 0.7729813000000001),
        Vec3(-0.6924399000000001, -0.48174530000000004, 0.726943),
        Vec3(-0.1134884, 0.8628488000000001, 0.20810689999999998),
        Vec3(-0.1962897, 0.8634713, 0.2554947),
        Vec3(-0.1119731, 0.7882422, 0.15160030000000002),
        Vec3(-0.6288317000000001, 0.8011683, 0.20221290000000003),
        Vec3(-0.6404647, 0.8858198, 0.1546109),
        Vec3(-0.6669138000000001, 0.7315199, 0.14826140000000002),
        Vec3(-0.6766934, -0.4026505, -0.8306645),
        Vec3(-0.6542552, -0.4855702, -0.8828363),
        Vec3(-0.7743726, -0.3954163, -0.8170031),
        Vec3(0.6895244, 0.7052113000000001, -0.30312890000000003),
        Vec3(0.7810039, 0.7265357, -0.3330751),
        Vec3(0.6666757, 0.7541675, -0.22021780000000002),
        Vec3(0.800326, 0.4735929, -0.5168656),
        Vec3(0.7233375, 0.4730204, -0.5685772),
        Vec3(0.8406708, 0.562958, -0.5300038),
        Vec3(-0.523016, -0.6461196, -0.4390836),
        Vec3(-0.5701558999999999, -0.7313756, -0.4377348),
        Vec3(-0.48555450000000006, -0.632797, -0.5273443999999999),
        Vec3(-0.3803496, -0.9221115, 0.7305476),
        Vec3(-0.2934288, -0.8877999000000001, 0.7425047),
        Vec3(-0.4416066, -0.8566250000000001, 0.7573191),
        Vec3(-0.5990438, -0.1574415, 0.30725210000000003),
        Vec3(-0.5805447, -0.11192930000000001, 0.39337310000000003),
        Vec3(-0.6651651000000001, -0.0947206, 0.2634773),
        Vec3(0.11554510000000001, 0.7138377, -0.11783170000000001),
        Vec3(0.0330359, 0.7363227000000001, -0.0724568),
        Vec3(0.10551450000000001, 0.7478676000000001, -0.2100793),
        Vec3(-0.5886817, 0.5150957, -0.2997276),
        Vec3(-0.5191777000000001, 0.4556623, -0.2611465),
        Vec3(-0.5401622, 0.6003350000000001, -0.3064194),
        Vec3(0.2539927, 0.3387568, 0.49761800000000006),
        Vec3(0.1760904, 0.3182324, 0.5589217),
        Vec3(0.2841539, 0.4315465, 0.5278853),
        Vec3(0.8331859, -0.7344673, -0.5188191),
        Vec3(0.8424401, -0.7586778000000001, -0.4198621),
        Vec3(0.8911675000000001, -0.7764424000000001, -0.5823267000000001),
        Vec3(-0.5774081, 0.1315144, -0.5304553000000001),
        Vec3(-0.5222992, 0.1580336, -0.6077077000000001),
        Vec3(-0.6219878, 0.21784409999999998, -0.509336),
        Vec3(0.6340084, -0.49260640000000006, 0.2149626),
        Vec3(0.5639784, -0.4766017, 0.2829591),
        Vec3(0.6883511000000001, -0.5598794, 0.256282),
        Vec3(-0.2722394, 0.6614441000000001, -0.5843805),
        Vec3(-0.23324140000000002, 0.7251953000000001, -0.6403722000000001),
        Vec3(-0.2221682, 0.6596615, -0.5034993),
        Vec3(-0.1813152, 0.07128240000000001, -0.9048176),
        Vec3(-0.17639210000000002, -0.0271744, -0.8916841),
        Vec3(-0.20977960000000004, 0.08605000000000002, -0.9970314),
        Vec3(0.6146244000000001, -0.6879929, 0.8376712),
        Vec3(0.5324465, -0.7183905, 0.8841506000000001),
        Vec3(0.6642264, -0.7749945, 0.8201756),
        Vec3(0.2887544, 0.8612615, 0.0453821),
        Vec3(0.2452117, 0.8047637000000001, -0.0251289),
        Vec3(0.2348751, 0.9285636, 0.08956420000000001),
        Vec3(-0.8475558, -0.8180718000000001, 0.6501232),
        Vec3(-0.803431, -0.8945692, 0.6891221000000001),
        Vec3(-0.8173606, -0.8179435, 0.5569319),
        Vec3(0.6714205, -0.2947903, 0.6551671),
        Vec3(0.7143284000000001, -0.2459194, 0.7270891),
        Vec3(0.7212365000000001, -0.2637046, 0.5791018),
        Vec3(0.6445003, -0.5462306, 0.5577966),
        Vec3(0.6730099, -0.4696457, 0.6073312),
        Vec3(0.6099428, -0.6099736, 0.6222859000000001),
        Vec3(-0.1818761, -0.6080111, -0.880542),
        Vec3(-0.1644534, -0.6777931, -0.9477669000000001),
        Vec3(-0.2078582, -0.5258591, -0.9215838000000001),
        Vec3(0.6037377, 0.2950576, 0.2863541),
        Vec3(0.6409766000000001, 0.3757001, 0.2570754),
        Vec3(0.5577033, 0.2617474, 0.20905870000000004),
        Vec3(-0.7731645, 0.33376680000000003, 0.3301121),
        Vec3(-0.8345957, 0.40272220000000003, 0.3589257),
        Vec3(-0.8130328000000001, 0.28452380000000005, 0.2577949)
    };
    context.setPositions(positions);
    State state = context.getState(State::Energy | State::Forces);
    
    // Compare the forces and energy to reference values computed with Tinker.

    ASSERT_EQUAL_TOL(-8689.0456938244151, state.getPotentialEnergy(), energyTol);
    vector<Vec3> expectedForces = {
        Vec3(-335.0172933029931, 22.266752620867532, -311.0298423949193),
        Vec3(125.33189469021171, -48.64909489077264, 173.68519722812303),
        Vec3(-68.82118100602865, 201.02869856438417, -111.6897919454047),
        Vec3(-61.153379096776426, -616.9805120862311, -185.54939132041835),
        Vec3(-36.81384802661533, 127.429744136704, 389.96946400173465),
        Vec3(-149.5327745486792, 304.0904995695656, -167.18743050384256),
        Vec3(-5.774742682153585, 373.60988946029994, -361.47500169984926),
        Vec3(-181.40211600742782, -247.91603688859874, 134.01205148261855),
        Vec3(21.198833848005762, -339.8691795138551, 45.802133678195986),
        Vec3(-572.6283376708045, -212.1053261376012, 252.67837117733575),
        Vec3(217.70654441990092, 196.93954185286114, -214.91066333815215),
        Vec3(301.133383969155, 213.93807850760453, 28.9133028668968),
        Vec3(-299.08443712963157, 434.0122811695415, 0.013121440693021303),
        Vec3(59.52664104608579, -247.94912563119672, -230.14506152824993),
        Vec3(90.95139727044368, -62.875870942678866, -7.637291617312463),
        Vec3(88.67134147030124, 257.7041314274848, -28.532734429050475),
        Vec3(-70.26814245017862, -105.14173766805607, -18.25952793194643),
        Vec3(-70.28148862947461, -261.8105030692827, 28.87470048624826),
        Vec3(209.77702595833722, 416.2567365924144, 632.57753195419),
        Vec3(-190.08312952734263, -18.294772882839077, -505.8441797104047),
        Vec3(-179.7429255793455, -92.01351813231925, -160.07155590063837),
        Vec3(-26.02384439787512, 330.90933534519417, -140.8958215021164),
        Vec3(109.63698884057686, -571.6693436875398, -139.96868562036477),
        Vec3(-137.30575212422485, -18.590762562776803, 26.55457387413793),
        Vec3(-470.7904899631753, -245.44713111184723, 266.2903954223516),
        Vec3(472.8083986505288, -89.0282869998406, -203.89855802595156),
        Vec3(320.6697244615793, 384.48206499977783, -301.7069190335516),
        Vec3(-52.803387093321916, 371.49950630788226, -134.22826294908592),
        Vec3(36.99526542998541, -48.845037544586425, 191.51299040052936),
        Vec3(128.42355577787023, -408.4164655600154, -173.3124425056217),
        Vec3(-878.269059321722, -405.611635336188, 58.17112139996775),
        Vec3(311.21777122108915, 348.87955985753723, -41.081660659626756),
        Vec3(616.7791174948256, 246.05437434041508, 135.81742400623813),
        Vec3(103.45047101349174, 200.32520291949814, 272.8589209780621),
        Vec3(-9.490187025589702, -290.6683465976385, -73.40438173785563),
        Vec3(-55.4759120118965, 162.87656847420035, -230.05485334711796),
        Vec3(109.52717578132189, -336.2359129283262, 497.0416460397142),
        Vec3(-75.0006907250051, 202.17953028474363, -292.48773052352334),
        Vec3(-262.4420239324133, 234.94106079413922, -125.27331602906199),
        Vec3(-14.202580814281575, -262.83218804797286, -229.84220570272163),
        Vec3(212.05109735217303, 99.3513392917139, -63.47217888422316),
        Vec3(69.01293955243082, 367.7778083972, 163.89342426801701),
        Vec3(-147.74894232097182, 622.1821269496787, 90.0489458605032),
        Vec3(-296.7521624967717, -446.6548799522563, 184.76666740616145),
        Vec3(213.50832760333225, -163.1447531897083, -133.1253079707448),
        Vec3(-263.12394827367666, -272.8332624893659, 627.1233508940367),
        Vec3(130.22756305721452, -174.11906923075196, -141.92061497589265),
        Vec3(29.750796355350722, -46.36135673544522, -249.62285120478313),
        Vec3(-9.13445457731486, -104.19390094140452, -664.7908266736111),
        Vec3(-6.098628627937129, 75.3690598663586, 214.20148433669854),
        Vec3(93.85773518954444, 70.31730678831572, 419.69479715633724),
        Vec3(153.08875466165682, 481.7270969394399, 57.00333898487111),
        Vec3(-40.77543925453837, -220.28139776477002, -1.1259274322172284),
        Vec3(-4.0235594287871335, -383.61042422379546, -71.23508976663497),
        Vec3(418.0952203126167, 258.72039518106965, -47.349109649340804),
        Vec3(0.04695838952295269, 74.96915961237585, -51.56319329013884),
        Vec3(29.043347800433725, -121.56146857432789, 448.008737586852),
        Vec3(-635.3406965422951, -130.49158863352883, -16.637291453440223),
        Vec3(357.06426206105454, -79.87073091942342, -79.98429428457332),
        Vec3(259.79092998995526, 176.66734932402687, -68.32489685158053),
        Vec3(41.586627904206296, 911.714192439227, 348.02477261221054),
        Vec3(-160.06817726684196, -346.7078180859659, 70.76436888328635),
        Vec3(234.35149116384792, -460.58513477969444, -73.426128633765),
        Vec3(157.4675603840564, -424.1782014191973, -372.6497703158724),
        Vec3(119.26625771982772, 531.6272342992715, 112.81649088166586),
        Vec3(-34.07274116756812, 110.6794010683938, 210.08473261060942),
        Vec3(-198.40995599088754, -570.8909011764729, 115.21000416227702),
        Vec3(51.41637305126889, 346.8967211007784, 46.042161875197216),
        Vec3(143.69207010587456, 232.12347501298257, -111.85121609580156),
        Vec3(587.8256947940419, 167.03440041641014, -344.5262841142951),
        Vec3(-294.0302209549635, -102.8160127286171, 278.0538118178713),
        Vec3(-155.3754267902171, -109.36554731955172, 119.48308135091925),
        Vec3(334.73319863236054, 377.32048036240354, -77.85868301095428),
        Vec3(-227.14891011932315, -91.8088898622582, 287.0865066368314),
        Vec3(-203.96567623951984, -185.40142586146987, -38.135012396093074),
        Vec3(-20.4293898817084, 592.6694193025131, -22.971076219709346),
        Vec3(-115.34910930011313, -232.3372229865608, 196.22480672888415),
        Vec3(68.25750021108932, -475.02332746194145, -164.93581903944687),
        Vec3(-333.7383046001966, 132.27112439169812, -761.0324474778728),
        Vec3(216.86879805383205, 53.879327754001224, 149.678361921911),
        Vec3(147.69195577766362, -257.43256468417815, 562.7838289823908),
        Vec3(381.03219261827206, -306.7234704626524, 223.53742098150207),
        Vec3(-303.05669134128937, 47.5927486894213, -37.253967643358976),
        Vec3(-65.56006757720597, 57.30446123065876, -99.92542301755618),
        Vec3(16.45016285279712, 176.9512834170706, -749.5247703975105),
        Vec3(8.8502897582912, 134.11245318402337, 256.66351522740337),
        Vec3(-172.84287762857088, -320.6199115936171, 55.79038894807629),
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        Vec3(451.407785318005, -769.9530349296572, -185.2498205291093),
        Vec3(-157.0319740102172, 391.84102588800323, 55.71567257894609),
        Vec3(-99.11311391591164, 294.5711001972031, 187.28407776299665),
        Vec3(265.6825036786936, -526.649964721742, 217.34022020671608),
        Vec3(87.40422739093127, 258.1004620432469, -273.0363388629197),
        Vec3(-201.84490114860725, -49.40784641125451, -300.6952856923296),
        Vec3(-521.814880804564, -615.3258874534415, -256.4726239810002),
        Vec3(300.0336167913912, 427.5500550949781, 14.325919378935538),
        Vec3(140.70851604331958, 225.52329767742208, 171.16777412027113),
        Vec3(-236.32025130170496, 439.2270680201855, -390.7403710451149),
        Vec3(156.78573037355073, -162.48705980757663, 43.74351661511086),
        Vec3(213.72101149918407, -17.284880435513287, 604.9972686468564),
        Vec3(-494.73667110153434, -68.89668838318043, -222.68431916369033),
        Vec3(78.9821487923666, 9.468356163031238, -25.498020388630966),
        Vec3(212.25737233103033, -17.014340050902813, 267.5905554210995),
        Vec3(453.8067723566274, 364.4637246448333, 149.99069571746608),
        Vec3(-177.47592105862327, -92.47170385751126, 169.70729912876791),
        Vec3(-104.09745588910576, -123.90105537632645, 29.522603476622823),
        Vec3(-107.90878722010852, 633.7491206220252, -240.4464663940923),
        Vec3(159.34660603668124, -288.6290805893232, 229.07768586571527),
        Vec3(82.68827196740764, -7.161172237208839, 97.78218824458624),
        Vec3(81.29530506356198, -376.6140571239579, -574.5689313963147),
        Vec3(-87.68559126725243, 462.3667113764172, 184.41737271069144),
        Vec3(-123.19231964696777, -10.559140090610708, 185.36834732329862),
        Vec3(243.01796459337638, 282.25591797878195, 181.47417858162524),
        Vec3(45.2898345551462, -413.43208301813036, -74.19004547178974),
        Vec3(11.348452030736503, -36.93955436131568, -142.26172505197883),
        Vec3(-141.46232685056015, 742.5898479355589, 33.381914772132724),
        Vec3(-160.53203784824868, -63.65230818640389, 32.061533600221324),
        Vec3(-40.00480367990102, -133.40392761241463, -151.80158045713034),
        Vec3(-626.2242891551515, 167.54149648585627, -59.1097468593287),
        Vec3(254.89919627881363, 268.61581103224705, -24.795078403231052),
        Vec3(157.28962521631803, -295.6151357122448, 226.90365007432416),
        Vec3(275.5351313879823, 295.9876800692807, 63.89447055579131),
        Vec3(-322.70702417452617, -39.0452311440029, 111.25885306794342),
        Vec3(-349.06739199083313, -223.66742515428317, -177.45885174916506),
        Vec3(-74.92000429420452, 110.12864306681907, 235.00430137274853),
        Vec3(254.890722497277, 65.05627636369265, -384.8900072500228),
        Vec3(-190.73124035400733, 22.30064920161101, -432.4659619095808),
        Vec3(490.14912212769315, -70.1432315160618, 167.97112704968632),
        Vec3(-83.0307607982963, 110.28831525177955, -116.1565512974211),
        Vec3(-548.089261697656, 126.87402362774641, -211.47775932847372),
        Vec3(-107.93505397529555, 17.030788494915257, -283.1388171720635),
        Vec3(-3.4809026660346523, -27.953928581550617, 227.67373947798032),
        Vec3(-45.50885518571216, -134.74602913718573, 314.7601381833695),
        Vec3(-88.62115952094847, 164.37013541780107, 466.10807016366635),
        Vec3(-69.60286837324972, -159.56832569587237, -99.77915939835437),
        Vec3(-116.51859911169545, 98.82107579980642, -246.1109912835994),
        Vec3(330.91464120411547, 253.24094200709567, 278.32557143034154),
        Vec3(-230.72408649508694, 75.75839302811679, 5.5286568710674295),
        Vec3(-119.75342432690866, -28.727415427120302, -163.8918033736238),
        Vec3(-392.13986021968697, -406.41792298821673, -363.12164150302135),
        Vec3(265.1049055053364, 309.5074043470523, -64.34976323639101),
        Vec3(335.55814506611324, 53.213670844593665, 291.0120981627222),
        Vec3(-256.17287309248604, -432.08147957460494, 43.21907098068741),
        Vec3(275.356818222935, 224.93852052245637, -30.26875753305559),
        Vec3(65.29543353236605, 406.3291811412344, 128.85286503051742),
        Vec3(-604.9833265293979, -48.42128327343298, 102.39782144299821),
        Vec3(476.45168231702087, -120.11194342860455, 219.4027004166261),
        Vec3(333.913117764101, -123.58365613445721, 51.02492093651193),
        Vec3(475.3975678272806, -433.5265405655237, -316.3981032215494),
        Vec3(-212.10667007171378, 196.09782456397198, -84.82998433177549),
        Vec3(-200.20660716300733, 158.67182460151994, 124.8362392636121),
        Vec3(-19.303927332973775, 540.3592637874732, -155.01453617600419),
        Vec3(-157.5646877458501, -125.41942170628774, -48.404235316186345),
        Vec3(95.18633129549345, -584.9352579495654, 187.15265106316366),
        Vec3(-128.76536264812614, 370.2794308351056, 288.99352710822967),
        Vec3(156.4187369167104, -153.43507609852202, -224.87846656142537),
        Vec3(125.18419924488227, 23.91919275428273, -314.1009483097722),
        Vec3(131.17329953709526, -36.97312115913363, -306.54336244017543),
        Vec3(-21.286261187231993, 156.10334206080432, 306.58378116609765),
        Vec3(-98.98290263405354, -141.13219958169117, 191.02386737902773),
        Vec3(-156.3949247096025, 244.45355232257597, -63.09411046638876),
        Vec3(-35.367487762748, -291.56419465924836, 87.10776038858218),
        Vec3(83.68999913747565, 84.08039214623521, 335.84533905135044),
        Vec3(-247.3465381366986, 197.8175231855145, -196.2466922112647),
        Vec3(240.57262994423147, -12.631455037628108, 55.997914104948784),
        Vec3(233.29776444327882, 35.00686695783241, 265.51562401167655)
    };
    for (int i = 0; i < system.getNumParticles(); i++)
        ASSERT_EQUAL_VEC(-expectedForces[i], state.getForces()[i], forceTol);
    checkForceEnergyConsistency(context);
}

void testChangingParameters() {
    System system;
    HippoNonbondedForce* hippo = new HippoNonbondedForce();
    buildWaterSystem(system, 2, hippo);
    VerletIntegrator integrator(0.001);
    Context context(system, integrator, Platform::getPlatformByName("CUDA"));
    vector<Vec3> positions = {
        0.1*Vec3(1.505434, 0.0, -0.065656),
        0.1*Vec3(0.553912, 0.0, 0.057710),
        0.1*Vec3(1.907155, 0.0, 0.801980),
        0.1*Vec3(-1.436029, 0.0, 0.060505),
        0.1*Vec3(-1.781197, 0.772272, -0.388976),
        0.1*Vec3(-1.781197, -0.772272, -0.388976)
    };
    context.setPositions(positions);
    State state1 = context.getState(State::Energy | State::Forces);
    
    // Change some of the parameters and make sure the results change.

    hippo->setParticleParameters(0, -0.2, {0.0, 0.0, 0.005}, {0.001, 0.0, 0.0, 0.0, -0.001, 0.0, 0.0, 0.0, 0.0}, 6.0,
                20, 4.184*1326.0, 10*40.0, 0.03, 2.0, -2.4233, 10*4.3097,
                0.001*0.795, HippoNonbondedForce::Bisector, 1, 2, -1);
    hippo->setExceptionParameters(3, 3, 4, 0.1, 0.1, 0.3, 0.05, 0.05, 0.15);
    hippo->updateParametersInContext(context);
    State state2 = context.getState(State::Energy | State::Forces);
    ASSERT(fabs(state1.getPotentialEnergy()-state2.getPotentialEnergy()) > 1.0)

    // Create a new context with the altered parameters and see if it agrees.

    VerletIntegrator integrator2(0.001);
    Context context2(system, integrator2, Platform::getPlatformByName("CUDA"));
    context.setPositions(positions);
    State state3 = context.getState(State::Energy | State::Forces);
    ASSERT_EQUAL_TOL(state2.getPotentialEnergy(), state3.getPotentialEnergy(), 1e-5);
    for (int i = 0; i < system.getNumParticles(); i++)
        ASSERT_EQUAL_VEC(state2.getForces()[i], state3.getForces()[i], 1e-5);
}

int main(int argc, char* argv[]) {
    try {
        registerAmoebaCudaKernelFactories();
        if (argc > 1)
            Platform::getPlatformByName("CUDA").setPropertyDefaultValue("Precision", std::string(argv[1]));
        string precision = Platform::getPlatformByName("CUDA").getPropertyDefaultValue("Precision");
        if (precision == "double") {
            forceTol = 1e-5;
            energyTol = 1e-5;
            consistencyTol = 5e-3;
        }
        else {
            forceTol = 5e-3;
            energyTol = 1e-3;
            consistencyTol = 5e-2;
        }
        testWaterDimer();
        testWaterBox();
        testChangingParameters();
    }
    catch (const std::exception& e) {
        std::cout << "exception: " << e.what() << std::endl;
        return 1;
    }
    std::cout << "Done" << std::endl;
    return 0;
}