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Commit 68e02e80 authored by Rossen Apostolov's avatar Rossen Apostolov
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Combined the Ewald and PME routines into a single one and added calculation of vdW interactions.

parent 351f6455
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Showing with 1327 additions and 388 deletions
platforms/reference/src/SimTKReference/pme.cpp → platforms/reference/src/SimTKReference/PME.cpp
View file @ 68e02e80
......@@ -33,7 +33,7 @@
#include <stdio.h>
#include <stdlib.h>
#include "pme.h"
#include "PME.h"
#include "fftpack.h"
......
platforms/reference/src/SimTKReference/ReferenceLJCoulombIxn.cpp
View file @ 68e02e80
......@@ -31,8 +31,7 @@
#include "../SimTKUtilities/SimTKOpenMMUtilities.h"
#include "ReferenceLJCoulombIxn.h"
#include "ReferenceForce.h"
#include "pme.h"
#include "PME.h"
// In case we're using some primitive version of Visual Studio this will
// make sure that erf() and erfc() are defined.
......@@ -233,40 +232,80 @@ int ReferenceLJCoulombIxn::calculateEwaldIxn( int numberOfAtoms, RealOpenMM** at
#include "../SimTKUtilities/RealTypeSimTk.h"
typedef std::complex<RealOpenMM> d_complex;
int kmax = std::max(numRx, std::max(numRy,numRz));
static const RealOpenMM epsilon = 1.0;
static const RealOpenMM one = 1.0;
static const RealOpenMM six = 6.0;
static const RealOpenMM twelve = 12.0;
int kmax = std::max(numRx, std::max(numRy,numRz));
RealOpenMM factorEwald = -1 / (4*alphaEwald*alphaEwald);
RealOpenMM SQRT_PI = sqrt(PI);
RealOpenMM TWO_PI = 2.0 * PI;
static const RealOpenMM epsilon = 1.0;
static const RealOpenMM one = 1.0;
RealOpenMM recipCoeff = (RealOpenMM)(4*PI/(periodicBoxSize[0] * periodicBoxSize[1] * periodicBoxSize[2]) /epsilon);
RealOpenMM selfEwaldEnergy = 0.0;
RealOpenMM realSpaceEwaldEnergy = 0.0;
RealOpenMM recipEnergy = 0.0;
RealOpenMM vdwEnergy = 0.0;
// **************************************************************************************
// SELF ENERGY
// **************************************************************************************
for( int atomID = 0; atomID < numberOfAtoms; atomID++ ){
selfEwaldEnergy = selfEwaldEnergy + atomParameters[atomID][QIndex]*atomParameters[atomID][QIndex];
selfEwaldEnergy = atomParameters[atomID][QIndex]*atomParameters[atomID][QIndex] * alphaEwald/SQRT_PI;
if( totalEnergy )
*totalEnergy -= selfEwaldEnergy;
if( energyByAtom ){
energyByAtom[atomID] -= selfEwaldEnergy;
}
}
selfEwaldEnergy = selfEwaldEnergy * alphaEwald/SQRT_PI ;
// **************************************************************************************
// RECIPROCAL SPACE EWALD ENERGY AND FORCES
// **************************************************************************************
// setup reciprocal box
// PME
if (pme) {
pme_t pmedata; /* abstract handle for PME data */
int ngrid[3];
RealOpenMM virial[3][3];
/* PME grid dimensions.
* We typically want to set this as the spacing rather than absolute dimensions, but
* to be able to reproduce results from other programs (e.g. Gromacs) we need to be
* able to set exact grid dimenisions occasionally.
*/
ngrid[0] = 16;
ngrid[1] = 16;
ngrid[2] = 16;
pme_init(&pmedata,alphaEwald,numberOfAtoms,ngrid,4,1);
pme_exec(pmedata,atomCoordinates,forces,atomParameters,periodicBoxSize,&recipEnergy,virial);
if( totalEnergy )
*totalEnergy += recipEnergy;
if( energyByAtom )
for(int n = 0; n < numberOfAtoms; n++)
energyByAtom[n] += recipEnergy;
}
// Ewald method
else if (ewald) {
// setup reciprocal box
RealOpenMM recipBoxSize[3] = { TWO_PI / periodicBoxSize[0], TWO_PI / periodicBoxSize[1], TWO_PI / periodicBoxSize[2]};
// setup K-vectors
// setup K-vectors
#define EIR(x, y, z) eir[(x)*numberOfAtoms*3+(y)*3+z]
vector<d_complex> eir(kmax*numberOfAtoms*3);
......@@ -292,7 +331,8 @@ int ReferenceLJCoulombIxn::calculateEwaldIxn( int numberOfAtoms, RealOpenMM** at
EIR(j, i, m) = EIR(j-1, i, m) * EIR(1, i, m);
}
// calculate reciprocal space energy and forces
// calculate reciprocal space energy and forces
int lowry = 0;
int lowrz = 1;
......@@ -335,231 +375,92 @@ int ReferenceLJCoulombIxn::calculateEwaldIxn( int numberOfAtoms, RealOpenMM** at
ss += tab_qxyz[n].imag();
}
RealOpenMM kz = rz * recipBoxSize[2];
RealOpenMM k2 = kx * kx + ky * ky + kz * kz;
RealOpenMM ak = exp(k2*factorEwald) / k2;
recipEnergy += ak * ( cs * cs + ss * ss);
for(int n = 0; n < numberOfAtoms; n++) {
RealOpenMM force = ak * (cs * tab_qxyz[n].imag() - ss * tab_qxyz[n].real());
forces[n][0] += 2 * recipCoeff * force * kx ;
forces[n][1] += 2 * recipCoeff * force * ky ;
forces[n][2] += 2 * recipCoeff * force * kz ;
}
lowrz = 1 - numRz;
}
lowry = 1 - numRy;
}
}
recipEnergy *= recipCoeff;
// **************************************************************************************
// SHORT-RANGE ENERGY AND FORCES
// **************************************************************************************
RealOpenMM deltaR[2][ReferenceForce::LastDeltaRIndex];
recipEnergy = recipCoeff * ak * ( cs * cs + ss * ss);
for( int atomID1 = 0; atomID1 < numberOfAtoms; atomID1++ ){
for( int atomID2 = atomID1 + 1; atomID2 < numberOfAtoms; atomID2++ ){
if( totalEnergy )
*totalEnergy += recipEnergy;
ReferenceForce::getDeltaRPeriodic( atomCoordinates[atomID2], atomCoordinates[atomID1], periodicBoxSize, deltaR[0] );
RealOpenMM r = deltaR[0][ReferenceForce::RIndex];
RealOpenMM r2 = deltaR[0][ReferenceForce::R2Index];
RealOpenMM inverseR = one/(deltaR[0][ReferenceForce::RIndex]);
if( energyByAtom )
for(int n = 0; n < numberOfAtoms; n++)
energyByAtom[n] += recipEnergy;
realSpaceEwaldEnergy =
(RealOpenMM)(realSpaceEwaldEnergy + atomParameters[atomID1][QIndex]*atomParameters[atomID2][QIndex]*inverseR*erfc(alphaEwald*r));
lowrz = 1 - numRz;
}
lowry = 1 - numRy;
}
// allocate and initialize exclusion array
vector<int> exclusionIndices(numberOfAtoms);
for( int ii = 0; ii < numberOfAtoms; ii++ ){
exclusionIndices[ii] = -1;
}
for( int ii = 0; ii < numberOfAtoms; ii++ ){
// set exclusions
for( int jj = 1; jj <= exclusions[ii][0]; jj++ ){
exclusionIndices[exclusions[ii][jj]] = ii;
}
// loop over atom pairs
else {
std::stringstream message;
message << " Wrong method for Ewald summation, Aborting" << std::endl;
SimTKOpenMMLog::printError( message );
}
for( int jj = ii+1; jj < numberOfAtoms; jj++ ){
// **************************************************************************************
// SHORT-RANGE ENERGY AND FORCES
// **************************************************************************************
if( exclusionIndices[jj] != ii ){
for (int i = 0; i < (int) neighborList->size(); i++) {
OpenMM::AtomPair pair = (*neighborList)[i];
int ii = pair.first;
int jj = pair.second;
RealOpenMM deltaR[2][ReferenceForce::LastDeltaRIndex];
ReferenceForce::getDeltaRPeriodic( atomCoordinates[jj], atomCoordinates[ii], periodicBoxSize, deltaR[0] );
RealOpenMM r = deltaR[0][ReferenceForce::RIndex];
RealOpenMM r2 = deltaR[0][ReferenceForce::R2Index];
RealOpenMM inverseR = one/(deltaR[0][ReferenceForce::RIndex]);
RealOpenMM alphaR = alphaEwald * r;
realSpaceEwaldEnergy =
(RealOpenMM)(realSpaceEwaldEnergy + atomParameters[ii][QIndex]*atomParameters[jj][QIndex]*inverseR*erfc(alphaR));
RealOpenMM dEdR = atomParameters[ii][QIndex] * atomParameters[jj][QIndex] * inverseR * inverseR * inverseR;
dEdR = (RealOpenMM)(dEdR * (erfc(alphaR) + 2 * alphaR * exp ( - alphaR * alphaR) / SQRT_PI ));
RealOpenMM sig = atomParameters[ii][SigIndex] + atomParameters[jj][SigIndex];
RealOpenMM sig2 = inverseR*sig;
sig2 *= sig2;
RealOpenMM sig6 = sig2*sig2*sig2;
RealOpenMM eps = atomParameters[ii][EpsIndex]*atomParameters[jj][EpsIndex];
dEdR += eps*( twelve*sig6 - six )*sig6;
// accumulate forces
for( int kk = 0; kk < 3; kk++ ){
RealOpenMM force = dEdR*deltaR[0][kk];
forces[ii][kk] += force;
forces[jj][kk] -= force;
}
}
}
}
// ***********************************************************************
if( totalEnergy ) {
*totalEnergy += recipEnergy + realSpaceEwaldEnergy - selfEwaldEnergy;
}
return ReferenceForce::DefaultReturn;
}
/**---------------------------------------------------------------------------------------
Calculate PME ixn
@param numberOfAtoms number of atoms
@param atomCoordinates atom coordinates
@param atomParameters atom parameters atomParameters[atomIndex][paramterIndex]
@param exclusions atom exclusion indices exclusions[atomIndex][atomToExcludeIndex]
exclusions[atomIndex][0] = number of exclusions
exclusions[atomIndex][1-no.] = atom indices of atoms to excluded from
interacting w/ atom atomIndex
@param fixedParameters non atom parameters (not currently used)
@param forces force array (forces added)
@param energyByAtom atom energy
@param totalEnergy total energy
@return ReferenceForce::DefaultReturn
--------------------------------------------------------------------------------------- */
int ReferenceLJCoulombIxn::calculatePMEIxn( int numberOfAtoms, RealOpenMM** atomCoordinates,
RealOpenMM** atomParameters, int** exclusions,
RealOpenMM* fixedParameters, RealOpenMM** forces,
RealOpenMM* energyByAtom, RealOpenMM* totalEnergy) const {
RealOpenMM SQRT_PI = sqrt(PI);
static const RealOpenMM one = 1.0;
RealOpenMM selfEwaldEnergy = 0.0;
RealOpenMM realSpaceEwaldEnergy = 0.0;
RealOpenMM recipEnergy = 0.0;
// **************************************************************************************
// SELF ENERGY
// **************************************************************************************
for( int atomID = 0; atomID < numberOfAtoms; atomID++ ){
selfEwaldEnergy = selfEwaldEnergy + atomParameters[atomID][QIndex]*atomParameters[atomID][QIndex];
}
selfEwaldEnergy = selfEwaldEnergy * alphaEwald/SQRT_PI ;
// **************************************************************************************
// RECIPROCAL SPACE EWALD ENERGY AND FORCES
// **************************************************************************************
pme_t pmedata; /* abstract handle for PME data */
int ngrid[3];
RealOpenMM virial[3][3];
/* PME grid dimensions.
* We typically want to set this as the spacing rather than absolute dimensions, but
* to be able to reproduce results from other programs (e.g. Gromacs) we need to be
* able to set exact grid dimenisions occasionally.
*/
ngrid[0] = 16;
ngrid[1] = 16;
ngrid[2] = 16;
pme_init(&pmedata,alphaEwald,numberOfAtoms,ngrid,4,1);
pme_exec(pmedata,atomCoordinates,forces,atomParameters,periodicBoxSize,&recipEnergy,virial);
// **************************************************************************************
// SHORT-RANGE ENERGY AND FORCES
// **************************************************************************************
RealOpenMM deltaR[2][ReferenceForce::LastDeltaRIndex];
for( int atomID1 = 0; atomID1 < numberOfAtoms; atomID1++ ){
for( int atomID2 = atomID1 + 1; atomID2 < numberOfAtoms; atomID2++ ){
ReferenceForce::getDeltaRPeriodic( atomCoordinates[atomID2], atomCoordinates[atomID1], periodicBoxSize, deltaR[0] );
RealOpenMM r = deltaR[0][ReferenceForce::RIndex];
RealOpenMM r2 = deltaR[0][ReferenceForce::R2Index];
RealOpenMM inverseR = one/(deltaR[0][ReferenceForce::RIndex]);
realSpaceEwaldEnergy =
(RealOpenMM)(realSpaceEwaldEnergy + atomParameters[atomID1][QIndex]*atomParameters[atomID2][QIndex]*inverseR*erfc(alphaEwald*r));
}
}
// allocate and initialize exclusion array
vector<int> exclusionIndices(numberOfAtoms);
for( int ii = 0; ii < numberOfAtoms; ii++ ){
exclusionIndices[ii] = -1;
}
// accumulate energies
for( int ii = 0; ii < numberOfAtoms; ii++ ){
realSpaceEwaldEnergy = atomParameters[ii][QIndex]*atomParameters[jj][QIndex]*inverseR*erfc(alphaR);
vdwEnergy = eps*(sig6-one)*sig6;
// set exclusions
if( totalEnergy )
*totalEnergy += realSpaceEwaldEnergy + vdwEnergy;
for( int jj = 1; jj <= exclusions[ii][0]; jj++ ){
exclusionIndices[exclusions[ii][jj]] = ii;
if( energyByAtom ){
energyByAtom[ii] += realSpaceEwaldEnergy + vdwEnergy;
energyByAtom[jj] += realSpaceEwaldEnergy + vdwEnergy;
}
// loop over atom pairs
for( int jj = ii+1; jj < numberOfAtoms; jj++ ){
if( exclusionIndices[jj] != ii ){
ReferenceForce::getDeltaRPeriodic( atomCoordinates[jj], atomCoordinates[ii], periodicBoxSize, deltaR[0] );
RealOpenMM r = deltaR[0][ReferenceForce::RIndex];
RealOpenMM r2 = deltaR[0][ReferenceForce::R2Index];
RealOpenMM inverseR = one/(deltaR[0][ReferenceForce::RIndex]);
RealOpenMM alphaR = alphaEwald * r;
realSpaceEwaldEnergy =
(RealOpenMM)(realSpaceEwaldEnergy + atomParameters[ii][QIndex]*atomParameters[jj][QIndex]*inverseR*erfc(alphaR));
RealOpenMM dEdR = atomParameters[ii][QIndex] * atomParameters[jj][QIndex] * inverseR * inverseR * inverseR;
dEdR = (RealOpenMM)(dEdR * (erfc(alphaR) + 2 * alphaR * exp ( - alphaR * alphaR) / SQRT_PI ));
for( int kk = 0; kk < 3; kk++ ){
RealOpenMM force = dEdR*deltaR[0][kk];
forces[ii][kk] += force;
forces[jj][kk] -= force;
}
}
}
}
// ***********************************************************************
if( totalEnergy ) {
*totalEnergy += recipEnergy + realSpaceEwaldEnergy - selfEwaldEnergy;
}
return ReferenceForce::DefaultReturn;
}
......@@ -590,10 +491,8 @@ int ReferenceLJCoulombIxn::calculatePairIxn( int numberOfAtoms, RealOpenMM** ato
RealOpenMM* fixedParameters, RealOpenMM** forces,
RealOpenMM* energyByAtom, RealOpenMM* totalEnergy ) const {
if (ewald)
if (ewald || pme)
return calculateEwaldIxn(numberOfAtoms, atomCoordinates, atomParameters, exclusions, fixedParameters, forces, energyByAtom, totalEnergy);
if (pme)
return calculatePMEIxn(numberOfAtoms, atomCoordinates, atomParameters, exclusions, fixedParameters, forces, energyByAtom, totalEnergy);
if (cutoff) {
for (int i = 0; i < (int) neighborList->size(); i++) {
OpenMM::AtomPair pair = (*neighborList)[i];
......
platforms/reference/tests/TestReferenceEwald.cpp
View file @ 68e02e80
......@@ -49,6 +49,41 @@ using namespace std;
const double TOL = 1e-5;
void testLargeSystem() {
ReferencePlatform platform;
System system;
for (int i = 0; i < 500; i++)
system.addParticle(22.99);
for (int i = 0; i < 500; i++)
system.addParticle(35.45);
VerletIntegrator integrator(0.01);
NonbondedForce* nonbonded = new NonbondedForce();
for (int i = 0; i < 500; i++)
nonbonded->addParticle(1.0, 1.0,0.0);
// nonbonded->addParticle(1.0, 0.33284,0.0115897);
for (int i = 0; i < 500; i++)
nonbonded->addParticle(-1.0, 1.0,0.0);
// nonbonded->addParticle(-1.0, 0.440104,0.4184);
nonbonded->setNonbondedMethod(NonbondedForce::PME);
const double cutoff = 1.0;
nonbonded->setCutoffDistance(cutoff);
nonbonded->setPeriodicBoxVectors(Vec3(2.82, 0, 0), Vec3(0, 2.82, 0), Vec3(0, 0, 2.82));
nonbonded->setEwaldErrorTolerance(TOL);
system.addForce(nonbonded);
Context context(system, integrator, platform);
vector<Vec3> positions(1000);
#include "nacl_crystal.dat"
context.setPositions(positions);
State state = context.getState(State::Forces | State::Energy);
const vector<Vec3>& forces = state.getForces();
// cout << "force 0: " << forces[0] << endl;
// cout << "force 1: " << forces[1] << endl;
cout << "PotentialEnergy: " << state.getPotentialEnergy() << endl;
ASSERT_EQUAL_TOL(-430355, state.getPotentialEnergy(), 100*TOL);
// ASSERT_EQUAL_VEC(Vec3(-123.711, 64.1877, -302.716), forces[0], 10*TOL);
// ASSERT_EQUAL_VEC(Vec3(123.711, -64.1877, 302.716), forces[1], 10*TOL);
}
void testEwald() {
ReferencePlatform platform;
System system;
......@@ -58,6 +93,9 @@ void testEwald() {
NonbondedForce* nonbonded = new NonbondedForce();
nonbonded->addParticle(1.0, 1, 0);
nonbonded->addParticle(-1.0, 1, 0);
// Sodium Chloride
// nonbonded->addParticle(1.0, 0.33284,0.0115897);
// nonbonded->addParticle(-1.0, 0.440104,0.4184);
nonbonded->setNonbondedMethod(NonbondedForce::Ewald);
const double cutoff = 2.0;
nonbonded->setCutoffDistance(cutoff);
......@@ -71,9 +109,9 @@ void testEwald() {
context.setPositions(positions);
State state = context.getState(State::Forces | State::Energy);
const vector<Vec3>& forces = state.getForces();
cout << "force 0: " << forces[0] << endl;
cout << "force 1: " << forces[1] << endl;
cout << "PotentialEnergy: " << state.getPotentialEnergy() << endl;
// cout << "force 0: " << forces[0] << endl;
// cout << "force 1: " << forces[1] << endl;
// cout << "PotentialEnergy: " << state.getPotentialEnergy() << endl;
ASSERT_EQUAL_VEC(Vec3(-123.711, 64.1877, -302.716), forces[0], 10*TOL);
ASSERT_EQUAL_VEC(Vec3(123.711, -64.1877, 302.716), forces[1], 10*TOL);
}
......@@ -101,48 +139,7 @@ void testPME() {
system.addForce(nonbonded);
Context context(system, integrator, platform);
vector<Vec3> positions(42);
positions[0] = Vec3( 0.23,0.628,0.113);
positions[1] = Vec3(0.137,0.626, 0.15);
positions[2] = Vec3(0.231,0.589,0.021);
positions[3] = Vec3(-0.307,-0.351,0.703);
positions[4] = Vec3(-0.364,-0.367,0.784);
positions[5] = Vec3(-0.366,-0.341,0.623);
positions[6] = Vec3(-0.569,-0.634,-0.439);
positions[7] = Vec3(-0.532,-0.707,-0.497);
positions[8] = Vec3(-0.517,-0.629,-0.354);
positions[9] = Vec3(-0.871, 0.41,-0.62);
positions[10] = Vec3(-0.948,0.444,-0.566);
positions[11] = Vec3(-0.905,0.359,-0.699);
positions[12] = Vec3(0.249,-0.077,-0.621);
positions[13] = Vec3(0.306,-0.142,-0.571);
positions[14] = Vec3(0.233,-0.11,-0.714);
positions[15] = Vec3(0.561,0.222,-0.715);
positions[16] = Vec3(0.599,0.138,-0.678);
positions[17] = Vec3(0.473,0.241,-0.671);
positions[18] = Vec3(-0.515,-0.803,-0.628);
positions[19] = Vec3(-0.491,-0.866,-0.702);
positions[20] = Vec3(-0.605,-0.763,-0.646);
positions[21] = Vec3(-0.021,0.175,-0.899);
positions[22] = Vec3(0.018, 0.09,-0.935);
positions[23] = Vec3(-0.119,0.177,-0.918);
positions[24] = Vec3(-0.422,0.856,-0.464);
positions[25] = Vec3(-0.479,0.908,-0.527);
positions[26] = Vec3(-0.326,0.868,-0.488);
positions[27] = Vec3(-0.369,-0.095,-0.903);
positions[28] = Vec3(-0.336,-0.031,-0.972);
positions[29] = Vec3(-0.303,-0.101,-0.828);
positions[30] = Vec3(0.594,0.745,0.652);
positions[31] = Vec3(0.644, 0.83,0.633);
positions[32] = Vec3(0.506,0.747,0.604);
positions[33] = Vec3(-0.157,-0.375,-0.758);
positions[34] = Vec3(-0.25, -0.4,-0.785);
positions[35] = Vec3(-0.131,-0.425,-0.676);
positions[36] = Vec3(0.618,-0.295,-0.578);
positions[37] = Vec3(0.613,-0.213,-0.521);
positions[38] = Vec3(0.707,-0.298,-0.623);
positions[39] = Vec3(0.039,-0.785, 0.3);
positions[40] = Vec3(0.138,-0.796,0.291);
positions[41] = Vec3(-0.001,-0.871,0.332);
#include "water.dat"
context.setPositions(positions);
State state = context.getState(State::Forces | State::Energy);
const vector<Vec3>& forces = state.getForces();
......@@ -156,6 +153,7 @@ positions[41] = Vec3(-0.001,-0.871,0.332);
int main() {
try {
testLargeSystem();
testEwald();
testPME();
}
......
platforms/reference/tests/nacl_crystal.dat 0 → 100644
View file @ 68e02e80
positions[0] = Vec3(0.141000,0.141000,0.141000);
positions[1] = Vec3(0.141000,0.141000,0.705000);
positions[2] = Vec3(0.141000,0.141000,1.269000);
positions[3] = Vec3(0.141000,0.141000,1.833000);
positions[4] = Vec3(0.141000,0.141000,2.397000);
positions[5] = Vec3(0.141000,0.423000,0.423000);
positions[6] = Vec3(0.141000,0.423000,0.987000);
positions[7] = Vec3(0.141000,0.423000,1.551000);
positions[8] = Vec3(0.141000,0.423000,2.115000);
positions[9] = Vec3(0.141000,0.423000,2.679000);
positions[10] = Vec3(0.141000,0.705000,0.141000);
positions[11] = Vec3(0.141000,0.705000,0.705000);
positions[12] = Vec3(0.141000,0.705000,1.269000);
positions[13] = Vec3(0.141000,0.705000,1.833000);
positions[14] = Vec3(0.141000,0.705000,2.397000);
positions[15] = Vec3(0.141000,0.987000,0.423000);
positions[16] = Vec3(0.141000,0.987000,0.987000);
positions[17] = Vec3(0.141000,0.987000,1.551000);
positions[18] = Vec3(0.141000,0.987000,2.115000);
positions[19] = Vec3(0.141000,0.987000,2.679000);
positions[20] = Vec3(0.141000,1.269000,0.141000);
positions[21] = Vec3(0.141000,1.269000,0.705000);
positions[22] = Vec3(0.141000,1.269000,1.269000);
positions[23] = Vec3(0.141000,1.269000,1.833000);
positions[24] = Vec3(0.141000,1.269000,2.397000);
positions[25] = Vec3(0.141000,1.551000,0.423000);
positions[26] = Vec3(0.141000,1.551000,0.987000);
positions[27] = Vec3(0.141000,1.551000,1.551000);
positions[28] = Vec3(0.141000,1.551000,2.115000);
positions[29] = Vec3(0.141000,1.551000,2.679000);
positions[30] = Vec3(0.141000,1.833000,0.141000);
positions[31] = Vec3(0.141000,1.833000,0.705000);
positions[32] = Vec3(0.141000,1.833000,1.269000);
positions[33] = Vec3(0.141000,1.833000,1.833000);
positions[34] = Vec3(0.141000,1.833000,2.397000);
positions[35] = Vec3(0.141000,2.115000,0.423000);
positions[36] = Vec3(0.141000,2.115000,0.987000);
positions[37] = Vec3(0.141000,2.115000,1.551000);
positions[38] = Vec3(0.141000,2.115000,2.115000);
positions[39] = Vec3(0.141000,2.115000,2.679000);
positions[40] = Vec3(0.141000,2.397000,0.141000);
positions[41] = Vec3(0.141000,2.397000,0.705000);
positions[42] = Vec3(0.141000,2.397000,1.269000);
positions[43] = Vec3(0.141000,2.397000,1.833000);
positions[44] = Vec3(0.141000,2.397000,2.397000);
positions[45] = Vec3(0.141000,2.679000,0.423000);
positions[46] = Vec3(0.141000,2.679000,0.987000);
positions[47] = Vec3(0.141000,2.679000,1.551000);
positions[48] = Vec3(0.141000,2.679000,2.115000);
positions[49] = Vec3(0.141000,2.679000,2.679000);
positions[50] = Vec3(0.423000,0.141000,0.423000);
positions[51] = Vec3(0.423000,0.141000,0.987000);
positions[52] = Vec3(0.423000,0.141000,1.551000);
positions[53] = Vec3(0.423000,0.141000,2.115000);
positions[54] = Vec3(0.423000,0.141000,2.679000);
positions[55] = Vec3(0.423000,0.423000,0.141000);
positions[56] = Vec3(0.423000,0.423000,0.705000);
positions[57] = Vec3(0.423000,0.423000,1.269000);
positions[58] = Vec3(0.423000,0.423000,1.833000);
positions[59] = Vec3(0.423000,0.423000,2.397000);
positions[60] = Vec3(0.423000,0.705000,0.423000);
positions[61] = Vec3(0.423000,0.705000,0.987000);
positions[62] = Vec3(0.423000,0.705000,1.551000);
positions[63] = Vec3(0.423000,0.705000,2.115000);
positions[64] = Vec3(0.423000,0.705000,2.679000);
positions[65] = Vec3(0.423000,0.987000,0.141000);
positions[66] = Vec3(0.423000,0.987000,0.705000);
positions[67] = Vec3(0.423000,0.987000,1.269000);
positions[68] = Vec3(0.423000,0.987000,1.833000);
positions[69] = Vec3(0.423000,0.987000,2.397000);
positions[70] = Vec3(0.423000,1.269000,0.423000);
positions[71] = Vec3(0.423000,1.269000,0.987000);
positions[72] = Vec3(0.423000,1.269000,1.551000);
positions[73] = Vec3(0.423000,1.269000,2.115000);
positions[74] = Vec3(0.423000,1.269000,2.679000);
positions[75] = Vec3(0.423000,1.551000,0.141000);
positions[76] = Vec3(0.423000,1.551000,0.705000);
positions[77] = Vec3(0.423000,1.551000,1.269000);
positions[78] = Vec3(0.423000,1.551000,1.833000);
positions[79] = Vec3(0.423000,1.551000,2.397000);
positions[80] = Vec3(0.423000,1.833000,0.423000);
positions[81] = Vec3(0.423000,1.833000,0.987000);
positions[82] = Vec3(0.423000,1.833000,1.551000);
positions[83] = Vec3(0.423000,1.833000,2.115000);
positions[84] = Vec3(0.423000,1.833000,2.679000);
positions[85] = Vec3(0.423000,2.115000,0.141000);
positions[86] = Vec3(0.423000,2.115000,0.705000);
positions[87] = Vec3(0.423000,2.115000,1.269000);
positions[88] = Vec3(0.423000,2.115000,1.833000);
positions[89] = Vec3(0.423000,2.115000,2.397000);
positions[90] = Vec3(0.423000,2.397000,0.423000);
positions[91] = Vec3(0.423000,2.397000,0.987000);
positions[92] = Vec3(0.423000,2.397000,1.551000);
positions[93] = Vec3(0.423000,2.397000,2.115000);
positions[94] = Vec3(0.423000,2.397000,2.679000);
positions[95] = Vec3(0.423000,2.679000,0.141000);
positions[96] = Vec3(0.423000,2.679000,0.705000);
positions[97] = Vec3(0.423000,2.679000,1.269000);
positions[98] = Vec3(0.423000,2.679000,1.833000);
positions[99] = Vec3(0.423000,2.679000,2.397000);
positions[100] = Vec3(0.705000,0.141000,0.141000);
positions[101] = Vec3(0.705000,0.141000,0.705000);
positions[102] = Vec3(0.705000,0.141000,1.269000);
positions[103] = Vec3(0.705000,0.141000,1.833000);
positions[104] = Vec3(0.705000,0.141000,2.397000);
positions[105] = Vec3(0.705000,0.423000,0.423000);
positions[106] = Vec3(0.705000,0.423000,0.987000);
positions[107] = Vec3(0.705000,0.423000,1.551000);
positions[108] = Vec3(0.705000,0.423000,2.115000);
positions[109] = Vec3(0.705000,0.423000,2.679000);
positions[110] = Vec3(0.705000,0.705000,0.141000);
positions[111] = Vec3(0.705000,0.705000,0.705000);
positions[112] = Vec3(0.705000,0.705000,1.269000);
positions[113] = Vec3(0.705000,0.705000,1.833000);
positions[114] = Vec3(0.705000,0.705000,2.397000);
positions[115] = Vec3(0.705000,0.987000,0.423000);
positions[116] = Vec3(0.705000,0.987000,0.987000);
positions[117] = Vec3(0.705000,0.987000,1.551000);
positions[118] = Vec3(0.705000,0.987000,2.115000);
positions[119] = Vec3(0.705000,0.987000,2.679000);
positions[120] = Vec3(0.705000,1.269000,0.141000);
positions[121] = Vec3(0.705000,1.269000,0.705000);
positions[122] = Vec3(0.705000,1.269000,1.269000);
positions[123] = Vec3(0.705000,1.269000,1.833000);
positions[124] = Vec3(0.705000,1.269000,2.397000);
positions[125] = Vec3(0.705000,1.551000,0.423000);
positions[126] = Vec3(0.705000,1.551000,0.987000);
positions[127] = Vec3(0.705000,1.551000,1.551000);
positions[128] = Vec3(0.705000,1.551000,2.115000);
positions[129] = Vec3(0.705000,1.551000,2.679000);
positions[130] = Vec3(0.705000,1.833000,0.141000);
positions[131] = Vec3(0.705000,1.833000,0.705000);
positions[132] = Vec3(0.705000,1.833000,1.269000);
positions[133] = Vec3(0.705000,1.833000,1.833000);
positions[134] = Vec3(0.705000,1.833000,2.397000);
positions[135] = Vec3(0.705000,2.115000,0.423000);
positions[136] = Vec3(0.705000,2.115000,0.987000);
positions[137] = Vec3(0.705000,2.115000,1.551000);
positions[138] = Vec3(0.705000,2.115000,2.115000);
positions[139] = Vec3(0.705000,2.115000,2.679000);
positions[140] = Vec3(0.705000,2.397000,0.141000);
positions[141] = Vec3(0.705000,2.397000,0.705000);
positions[142] = Vec3(0.705000,2.397000,1.269000);
positions[143] = Vec3(0.705000,2.397000,1.833000);
positions[144] = Vec3(0.705000,2.397000,2.397000);
positions[145] = Vec3(0.705000,2.679000,0.423000);
positions[146] = Vec3(0.705000,2.679000,0.987000);
positions[147] = Vec3(0.705000,2.679000,1.551000);
positions[148] = Vec3(0.705000,2.679000,2.115000);
positions[149] = Vec3(0.705000,2.679000,2.679000);
positions[150] = Vec3(0.987000,0.141000,0.423000);
positions[151] = Vec3(0.987000,0.141000,0.987000);
positions[152] = Vec3(0.987000,0.141000,1.551000);
positions[153] = Vec3(0.987000,0.141000,2.115000);
positions[154] = Vec3(0.987000,0.141000,2.679000);
positions[155] = Vec3(0.987000,0.423000,0.141000);
positions[156] = Vec3(0.987000,0.423000,0.705000);
positions[157] = Vec3(0.987000,0.423000,1.269000);
positions[158] = Vec3(0.987000,0.423000,1.833000);
positions[159] = Vec3(0.987000,0.423000,2.397000);
positions[160] = Vec3(0.987000,0.705000,0.423000);
positions[161] = Vec3(0.987000,0.705000,0.987000);
positions[162] = Vec3(0.987000,0.705000,1.551000);
positions[163] = Vec3(0.987000,0.705000,2.115000);
positions[164] = Vec3(0.987000,0.705000,2.679000);
positions[165] = Vec3(0.987000,0.987000,0.141000);
positions[166] = Vec3(0.987000,0.987000,0.705000);
positions[167] = Vec3(0.987000,0.987000,1.269000);
positions[168] = Vec3(0.987000,0.987000,1.833000);
positions[169] = Vec3(0.987000,0.987000,2.397000);
positions[170] = Vec3(0.987000,1.269000,0.423000);
positions[171] = Vec3(0.987000,1.269000,0.987000);
positions[172] = Vec3(0.987000,1.269000,1.551000);
positions[173] = Vec3(0.987000,1.269000,2.115000);
positions[174] = Vec3(0.987000,1.269000,2.679000);
positions[175] = Vec3(0.987000,1.551000,0.141000);
positions[176] = Vec3(0.987000,1.551000,0.705000);
positions[177] = Vec3(0.987000,1.551000,1.269000);
positions[178] = Vec3(0.987000,1.551000,1.833000);
positions[179] = Vec3(0.987000,1.551000,2.397000);
positions[180] = Vec3(0.987000,1.833000,0.423000);
positions[181] = Vec3(0.987000,1.833000,0.987000);
positions[182] = Vec3(0.987000,1.833000,1.551000);
positions[183] = Vec3(0.987000,1.833000,2.115000);
positions[184] = Vec3(0.987000,1.833000,2.679000);
positions[185] = Vec3(0.987000,2.115000,0.141000);
positions[186] = Vec3(0.987000,2.115000,0.705000);
positions[187] = Vec3(0.987000,2.115000,1.269000);
positions[188] = Vec3(0.987000,2.115000,1.833000);
positions[189] = Vec3(0.987000,2.115000,2.397000);
positions[190] = Vec3(0.987000,2.397000,0.423000);
positions[191] = Vec3(0.987000,2.397000,0.987000);
positions[192] = Vec3(0.987000,2.397000,1.551000);
positions[193] = Vec3(0.987000,2.397000,2.115000);
positions[194] = Vec3(0.987000,2.397000,2.679000);
positions[195] = Vec3(0.987000,2.679000,0.141000);
positions[196] = Vec3(0.987000,2.679000,0.705000);
positions[197] = Vec3(0.987000,2.679000,1.269000);
positions[198] = Vec3(0.987000,2.679000,1.833000);
positions[199] = Vec3(0.987000,2.679000,2.397000);
positions[200] = Vec3(1.269000,0.141000,0.141000);
positions[201] = Vec3(1.269000,0.141000,0.705000);
positions[202] = Vec3(1.269000,0.141000,1.269000);
positions[203] = Vec3(1.269000,0.141000,1.833000);
positions[204] = Vec3(1.269000,0.141000,2.397000);
positions[205] = Vec3(1.269000,0.423000,0.423000);
positions[206] = Vec3(1.269000,0.423000,0.987000);
positions[207] = Vec3(1.269000,0.423000,1.551000);
positions[208] = Vec3(1.269000,0.423000,2.115000);
positions[209] = Vec3(1.269000,0.423000,2.679000);
positions[210] = Vec3(1.269000,0.705000,0.141000);
positions[211] = Vec3(1.269000,0.705000,0.705000);
positions[212] = Vec3(1.269000,0.705000,1.269000);
positions[213] = Vec3(1.269000,0.705000,1.833000);
positions[214] = Vec3(1.269000,0.705000,2.397000);
positions[215] = Vec3(1.269000,0.987000,0.423000);
positions[216] = Vec3(1.269000,0.987000,0.987000);
positions[217] = Vec3(1.269000,0.987000,1.551000);
positions[218] = Vec3(1.269000,0.987000,2.115000);
positions[219] = Vec3(1.269000,0.987000,2.679000);
positions[220] = Vec3(1.269000,1.269000,0.141000);
positions[221] = Vec3(1.269000,1.269000,0.705000);
positions[222] = Vec3(1.269000,1.269000,1.269000);
positions[223] = Vec3(1.269000,1.269000,1.833000);
positions[224] = Vec3(1.269000,1.269000,2.397000);
positions[225] = Vec3(1.269000,1.551000,0.423000);
positions[226] = Vec3(1.269000,1.551000,0.987000);
positions[227] = Vec3(1.269000,1.551000,1.551000);
positions[228] = Vec3(1.269000,1.551000,2.115000);
positions[229] = Vec3(1.269000,1.551000,2.679000);
positions[230] = Vec3(1.269000,1.833000,0.141000);
positions[231] = Vec3(1.269000,1.833000,0.705000);
positions[232] = Vec3(1.269000,1.833000,1.269000);
positions[233] = Vec3(1.269000,1.833000,1.833000);
positions[234] = Vec3(1.269000,1.833000,2.397000);
positions[235] = Vec3(1.269000,2.115000,0.423000);
positions[236] = Vec3(1.269000,2.115000,0.987000);
positions[237] = Vec3(1.269000,2.115000,1.551000);
positions[238] = Vec3(1.269000,2.115000,2.115000);
positions[239] = Vec3(1.269000,2.115000,2.679000);
positions[240] = Vec3(1.269000,2.397000,0.141000);
positions[241] = Vec3(1.269000,2.397000,0.705000);
positions[242] = Vec3(1.269000,2.397000,1.269000);
positions[243] = Vec3(1.269000,2.397000,1.833000);
positions[244] = Vec3(1.269000,2.397000,2.397000);
positions[245] = Vec3(1.269000,2.679000,0.423000);
positions[246] = Vec3(1.269000,2.679000,0.987000);
positions[247] = Vec3(1.269000,2.679000,1.551000);
positions[248] = Vec3(1.269000,2.679000,2.115000);
positions[249] = Vec3(1.269000,2.679000,2.679000);
positions[250] = Vec3(1.551000,0.141000,0.423000);
positions[251] = Vec3(1.551000,0.141000,0.987000);
positions[252] = Vec3(1.551000,0.141000,1.551000);
positions[253] = Vec3(1.551000,0.141000,2.115000);
positions[254] = Vec3(1.551000,0.141000,2.679000);
positions[255] = Vec3(1.551000,0.423000,0.141000);
positions[256] = Vec3(1.551000,0.423000,0.705000);
positions[257] = Vec3(1.551000,0.423000,1.269000);
positions[258] = Vec3(1.551000,0.423000,1.833000);
positions[259] = Vec3(1.551000,0.423000,2.397000);
positions[260] = Vec3(1.551000,0.705000,0.423000);
positions[261] = Vec3(1.551000,0.705000,0.987000);
positions[262] = Vec3(1.551000,0.705000,1.551000);
positions[263] = Vec3(1.551000,0.705000,2.115000);
positions[264] = Vec3(1.551000,0.705000,2.679000);
positions[265] = Vec3(1.551000,0.987000,0.141000);
positions[266] = Vec3(1.551000,0.987000,0.705000);
positions[267] = Vec3(1.551000,0.987000,1.269000);
positions[268] = Vec3(1.551000,0.987000,1.833000);
positions[269] = Vec3(1.551000,0.987000,2.397000);
positions[270] = Vec3(1.551000,1.269000,0.423000);
positions[271] = Vec3(1.551000,1.269000,0.987000);
positions[272] = Vec3(1.551000,1.269000,1.551000);
positions[273] = Vec3(1.551000,1.269000,2.115000);
positions[274] = Vec3(1.551000,1.269000,2.679000);
positions[275] = Vec3(1.551000,1.551000,0.141000);
positions[276] = Vec3(1.551000,1.551000,0.705000);
positions[277] = Vec3(1.551000,1.551000,1.269000);
positions[278] = Vec3(1.551000,1.551000,1.833000);
positions[279] = Vec3(1.551000,1.551000,2.397000);
positions[280] = Vec3(1.551000,1.833000,0.423000);
positions[281] = Vec3(1.551000,1.833000,0.987000);
positions[282] = Vec3(1.551000,1.833000,1.551000);
positions[283] = Vec3(1.551000,1.833000,2.115000);
positions[284] = Vec3(1.551000,1.833000,2.679000);
positions[285] = Vec3(1.551000,2.115000,0.141000);
positions[286] = Vec3(1.551000,2.115000,0.705000);
positions[287] = Vec3(1.551000,2.115000,1.269000);
positions[288] = Vec3(1.551000,2.115000,1.833000);
positions[289] = Vec3(1.551000,2.115000,2.397000);
positions[290] = Vec3(1.551000,2.397000,0.423000);
positions[291] = Vec3(1.551000,2.397000,0.987000);
positions[292] = Vec3(1.551000,2.397000,1.551000);
positions[293] = Vec3(1.551000,2.397000,2.115000);
positions[294] = Vec3(1.551000,2.397000,2.679000);
positions[295] = Vec3(1.551000,2.679000,0.141000);
positions[296] = Vec3(1.551000,2.679000,0.705000);
positions[297] = Vec3(1.551000,2.679000,1.269000);
positions[298] = Vec3(1.551000,2.679000,1.833000);
positions[299] = Vec3(1.551000,2.679000,2.397000);
positions[300] = Vec3(1.833000,0.141000,0.141000);
positions[301] = Vec3(1.833000,0.141000,0.705000);
positions[302] = Vec3(1.833000,0.141000,1.269000);
positions[303] = Vec3(1.833000,0.141000,1.833000);
positions[304] = Vec3(1.833000,0.141000,2.397000);
positions[305] = Vec3(1.833000,0.423000,0.423000);
positions[306] = Vec3(1.833000,0.423000,0.987000);
positions[307] = Vec3(1.833000,0.423000,1.551000);
positions[308] = Vec3(1.833000,0.423000,2.115000);
positions[309] = Vec3(1.833000,0.423000,2.679000);
positions[310] = Vec3(1.833000,0.705000,0.141000);
positions[311] = Vec3(1.833000,0.705000,0.705000);
positions[312] = Vec3(1.833000,0.705000,1.269000);
positions[313] = Vec3(1.833000,0.705000,1.833000);
positions[314] = Vec3(1.833000,0.705000,2.397000);
positions[315] = Vec3(1.833000,0.987000,0.423000);
positions[316] = Vec3(1.833000,0.987000,0.987000);
positions[317] = Vec3(1.833000,0.987000,1.551000);
positions[318] = Vec3(1.833000,0.987000,2.115000);
positions[319] = Vec3(1.833000,0.987000,2.679000);
positions[320] = Vec3(1.833000,1.269000,0.141000);
positions[321] = Vec3(1.833000,1.269000,0.705000);
positions[322] = Vec3(1.833000,1.269000,1.269000);
positions[323] = Vec3(1.833000,1.269000,1.833000);
positions[324] = Vec3(1.833000,1.269000,2.397000);
positions[325] = Vec3(1.833000,1.551000,0.423000);
positions[326] = Vec3(1.833000,1.551000,0.987000);
positions[327] = Vec3(1.833000,1.551000,1.551000);
positions[328] = Vec3(1.833000,1.551000,2.115000);
positions[329] = Vec3(1.833000,1.551000,2.679000);
positions[330] = Vec3(1.833000,1.833000,0.141000);
positions[331] = Vec3(1.833000,1.833000,0.705000);
positions[332] = Vec3(1.833000,1.833000,1.269000);
positions[333] = Vec3(1.833000,1.833000,1.833000);
positions[334] = Vec3(1.833000,1.833000,2.397000);
positions[335] = Vec3(1.833000,2.115000,0.423000);
positions[336] = Vec3(1.833000,2.115000,0.987000);
positions[337] = Vec3(1.833000,2.115000,1.551000);
positions[338] = Vec3(1.833000,2.115000,2.115000);
positions[339] = Vec3(1.833000,2.115000,2.679000);
positions[340] = Vec3(1.833000,2.397000,0.141000);
positions[341] = Vec3(1.833000,2.397000,0.705000);
positions[342] = Vec3(1.833000,2.397000,1.269000);
positions[343] = Vec3(1.833000,2.397000,1.833000);
positions[344] = Vec3(1.833000,2.397000,2.397000);
positions[345] = Vec3(1.833000,2.679000,0.423000);
positions[346] = Vec3(1.833000,2.679000,0.987000);
positions[347] = Vec3(1.833000,2.679000,1.551000);
positions[348] = Vec3(1.833000,2.679000,2.115000);
positions[349] = Vec3(1.833000,2.679000,2.679000);
positions[350] = Vec3(2.115000,0.141000,0.423000);
positions[351] = Vec3(2.115000,0.141000,0.987000);
positions[352] = Vec3(2.115000,0.141000,1.551000);
positions[353] = Vec3(2.115000,0.141000,2.115000);
positions[354] = Vec3(2.115000,0.141000,2.679000);
positions[355] = Vec3(2.115000,0.423000,0.141000);
positions[356] = Vec3(2.115000,0.423000,0.705000);
positions[357] = Vec3(2.115000,0.423000,1.269000);
positions[358] = Vec3(2.115000,0.423000,1.833000);
positions[359] = Vec3(2.115000,0.423000,2.397000);
positions[360] = Vec3(2.115000,0.705000,0.423000);
positions[361] = Vec3(2.115000,0.705000,0.987000);
positions[362] = Vec3(2.115000,0.705000,1.551000);
positions[363] = Vec3(2.115000,0.705000,2.115000);
positions[364] = Vec3(2.115000,0.705000,2.679000);
positions[365] = Vec3(2.115000,0.987000,0.141000);
positions[366] = Vec3(2.115000,0.987000,0.705000);
positions[367] = Vec3(2.115000,0.987000,1.269000);
positions[368] = Vec3(2.115000,0.987000,1.833000);
positions[369] = Vec3(2.115000,0.987000,2.397000);
positions[370] = Vec3(2.115000,1.269000,0.423000);
positions[371] = Vec3(2.115000,1.269000,0.987000);
positions[372] = Vec3(2.115000,1.269000,1.551000);
positions[373] = Vec3(2.115000,1.269000,2.115000);
positions[374] = Vec3(2.115000,1.269000,2.679000);
positions[375] = Vec3(2.115000,1.551000,0.141000);
positions[376] = Vec3(2.115000,1.551000,0.705000);
positions[377] = Vec3(2.115000,1.551000,1.269000);
positions[378] = Vec3(2.115000,1.551000,1.833000);
positions[379] = Vec3(2.115000,1.551000,2.397000);
positions[380] = Vec3(2.115000,1.833000,0.423000);
positions[381] = Vec3(2.115000,1.833000,0.987000);
positions[382] = Vec3(2.115000,1.833000,1.551000);
positions[383] = Vec3(2.115000,1.833000,2.115000);
positions[384] = Vec3(2.115000,1.833000,2.679000);
positions[385] = Vec3(2.115000,2.115000,0.141000);
positions[386] = Vec3(2.115000,2.115000,0.705000);
positions[387] = Vec3(2.115000,2.115000,1.269000);
positions[388] = Vec3(2.115000,2.115000,1.833000);
positions[389] = Vec3(2.115000,2.115000,2.397000);
positions[390] = Vec3(2.115000,2.397000,0.423000);
positions[391] = Vec3(2.115000,2.397000,0.987000);
positions[392] = Vec3(2.115000,2.397000,1.551000);
positions[393] = Vec3(2.115000,2.397000,2.115000);
positions[394] = Vec3(2.115000,2.397000,2.679000);
positions[395] = Vec3(2.115000,2.679000,0.141000);
positions[396] = Vec3(2.115000,2.679000,0.705000);
positions[397] = Vec3(2.115000,2.679000,1.269000);
positions[398] = Vec3(2.115000,2.679000,1.833000);
positions[399] = Vec3(2.115000,2.679000,2.397000);
positions[400] = Vec3(2.397000,0.141000,0.141000);
positions[401] = Vec3(2.397000,0.141000,0.705000);
positions[402] = Vec3(2.397000,0.141000,1.269000);
positions[403] = Vec3(2.397000,0.141000,1.833000);
positions[404] = Vec3(2.397000,0.141000,2.397000);
positions[405] = Vec3(2.397000,0.423000,0.423000);
positions[406] = Vec3(2.397000,0.423000,0.987000);
positions[407] = Vec3(2.397000,0.423000,1.551000);
positions[408] = Vec3(2.397000,0.423000,2.115000);
positions[409] = Vec3(2.397000,0.423000,2.679000);
positions[410] = Vec3(2.397000,0.705000,0.141000);
positions[411] = Vec3(2.397000,0.705000,0.705000);
positions[412] = Vec3(2.397000,0.705000,1.269000);
positions[413] = Vec3(2.397000,0.705000,1.833000);
positions[414] = Vec3(2.397000,0.705000,2.397000);
positions[415] = Vec3(2.397000,0.987000,0.423000);
positions[416] = Vec3(2.397000,0.987000,0.987000);
positions[417] = Vec3(2.397000,0.987000,1.551000);
positions[418] = Vec3(2.397000,0.987000,2.115000);
positions[419] = Vec3(2.397000,0.987000,2.679000);
positions[420] = Vec3(2.397000,1.269000,0.141000);
positions[421] = Vec3(2.397000,1.269000,0.705000);
positions[422] = Vec3(2.397000,1.269000,1.269000);
positions[423] = Vec3(2.397000,1.269000,1.833000);
positions[424] = Vec3(2.397000,1.269000,2.397000);
positions[425] = Vec3(2.397000,1.551000,0.423000);
positions[426] = Vec3(2.397000,1.551000,0.987000);
positions[427] = Vec3(2.397000,1.551000,1.551000);
positions[428] = Vec3(2.397000,1.551000,2.115000);
positions[429] = Vec3(2.397000,1.551000,2.679000);
positions[430] = Vec3(2.397000,1.833000,0.141000);
positions[431] = Vec3(2.397000,1.833000,0.705000);
positions[432] = Vec3(2.397000,1.833000,1.269000);
positions[433] = Vec3(2.397000,1.833000,1.833000);
positions[434] = Vec3(2.397000,1.833000,2.397000);
positions[435] = Vec3(2.397000,2.115000,0.423000);
positions[436] = Vec3(2.397000,2.115000,0.987000);
positions[437] = Vec3(2.397000,2.115000,1.551000);
positions[438] = Vec3(2.397000,2.115000,2.115000);
positions[439] = Vec3(2.397000,2.115000,2.679000);
positions[440] = Vec3(2.397000,2.397000,0.141000);
positions[441] = Vec3(2.397000,2.397000,0.705000);
positions[442] = Vec3(2.397000,2.397000,1.269000);
positions[443] = Vec3(2.397000,2.397000,1.833000);
positions[444] = Vec3(2.397000,2.397000,2.397000);
positions[445] = Vec3(2.397000,2.679000,0.423000);
positions[446] = Vec3(2.397000,2.679000,0.987000);
positions[447] = Vec3(2.397000,2.679000,1.551000);
positions[448] = Vec3(2.397000,2.679000,2.115000);
positions[449] = Vec3(2.397000,2.679000,2.679000);
positions[450] = Vec3(2.679000,0.141000,0.423000);
positions[451] = Vec3(2.679000,0.141000,0.987000);
positions[452] = Vec3(2.679000,0.141000,1.551000);
positions[453] = Vec3(2.679000,0.141000,2.115000);
positions[454] = Vec3(2.679000,0.141000,2.679000);
positions[455] = Vec3(2.679000,0.423000,0.141000);
positions[456] = Vec3(2.679000,0.423000,0.705000);
positions[457] = Vec3(2.679000,0.423000,1.269000);
positions[458] = Vec3(2.679000,0.423000,1.833000);
positions[459] = Vec3(2.679000,0.423000,2.397000);
positions[460] = Vec3(2.679000,0.705000,0.423000);
positions[461] = Vec3(2.679000,0.705000,0.987000);
positions[462] = Vec3(2.679000,0.705000,1.551000);
positions[463] = Vec3(2.679000,0.705000,2.115000);
positions[464] = Vec3(2.679000,0.705000,2.679000);
positions[465] = Vec3(2.679000,0.987000,0.141000);
positions[466] = Vec3(2.679000,0.987000,0.705000);
positions[467] = Vec3(2.679000,0.987000,1.269000);
positions[468] = Vec3(2.679000,0.987000,1.833000);
positions[469] = Vec3(2.679000,0.987000,2.397000);
positions[470] = Vec3(2.679000,1.269000,0.423000);
positions[471] = Vec3(2.679000,1.269000,0.987000);
positions[472] = Vec3(2.679000,1.269000,1.551000);
positions[473] = Vec3(2.679000,1.269000,2.115000);
positions[474] = Vec3(2.679000,1.269000,2.679000);
positions[475] = Vec3(2.679000,1.551000,0.141000);
positions[476] = Vec3(2.679000,1.551000,0.705000);
positions[477] = Vec3(2.679000,1.551000,1.269000);
positions[478] = Vec3(2.679000,1.551000,1.833000);
positions[479] = Vec3(2.679000,1.551000,2.397000);
positions[480] = Vec3(2.679000,1.833000,0.423000);
positions[481] = Vec3(2.679000,1.833000,0.987000);
positions[482] = Vec3(2.679000,1.833000,1.551000);
positions[483] = Vec3(2.679000,1.833000,2.115000);
positions[484] = Vec3(2.679000,1.833000,2.679000);
positions[485] = Vec3(2.679000,2.115000,0.141000);
positions[486] = Vec3(2.679000,2.115000,0.705000);
positions[487] = Vec3(2.679000,2.115000,1.269000);
positions[488] = Vec3(2.679000,2.115000,1.833000);
positions[489] = Vec3(2.679000,2.115000,2.397000);
positions[490] = Vec3(2.679000,2.397000,0.423000);
positions[491] = Vec3(2.679000,2.397000,0.987000);
positions[492] = Vec3(2.679000,2.397000,1.551000);
positions[493] = Vec3(2.679000,2.397000,2.115000);
positions[494] = Vec3(2.679000,2.397000,2.679000);
positions[495] = Vec3(2.679000,2.679000,0.141000);
positions[496] = Vec3(2.679000,2.679000,0.705000);
positions[497] = Vec3(2.679000,2.679000,1.269000);
positions[498] = Vec3(2.679000,2.679000,1.833000);
positions[499] = Vec3(2.679000,2.679000,2.397000);
positions[500] = Vec3(0.141000,0.141000,0.423000);
positions[501] = Vec3(0.141000,0.141000,0.987000);
positions[502] = Vec3(0.141000,0.141000,1.551000);
positions[503] = Vec3(0.141000,0.141000,2.115000);
positions[504] = Vec3(0.141000,0.141000,2.679000);
positions[505] = Vec3(0.141000,0.423000,0.141000);
positions[506] = Vec3(0.141000,0.423000,0.705000);
positions[507] = Vec3(0.141000,0.423000,1.269000);
positions[508] = Vec3(0.141000,0.423000,1.833000);
positions[509] = Vec3(0.141000,0.423000,2.397000);
positions[510] = Vec3(0.141000,0.705000,0.423000);
positions[511] = Vec3(0.141000,0.705000,0.987000);
positions[512] = Vec3(0.141000,0.705000,1.551000);
positions[513] = Vec3(0.141000,0.705000,2.115000);
positions[514] = Vec3(0.141000,0.705000,2.679000);
positions[515] = Vec3(0.141000,0.987000,0.141000);
positions[516] = Vec3(0.141000,0.987000,0.705000);
positions[517] = Vec3(0.141000,0.987000,1.269000);
positions[518] = Vec3(0.141000,0.987000,1.833000);
positions[519] = Vec3(0.141000,0.987000,2.397000);
positions[520] = Vec3(0.141000,1.269000,0.423000);
positions[521] = Vec3(0.141000,1.269000,0.987000);
positions[522] = Vec3(0.141000,1.269000,1.551000);
positions[523] = Vec3(0.141000,1.269000,2.115000);
positions[524] = Vec3(0.141000,1.269000,2.679000);
positions[525] = Vec3(0.141000,1.551000,0.141000);
positions[526] = Vec3(0.141000,1.551000,0.705000);
positions[527] = Vec3(0.141000,1.551000,1.269000);
positions[528] = Vec3(0.141000,1.551000,1.833000);
positions[529] = Vec3(0.141000,1.551000,2.397000);
positions[530] = Vec3(0.141000,1.833000,0.423000);
positions[531] = Vec3(0.141000,1.833000,0.987000);
positions[532] = Vec3(0.141000,1.833000,1.551000);
positions[533] = Vec3(0.141000,1.833000,2.115000);
positions[534] = Vec3(0.141000,1.833000,2.679000);
positions[535] = Vec3(0.141000,2.115000,0.141000);
positions[536] = Vec3(0.141000,2.115000,0.705000);
positions[537] = Vec3(0.141000,2.115000,1.269000);
positions[538] = Vec3(0.141000,2.115000,1.833000);
positions[539] = Vec3(0.141000,2.115000,2.397000);
positions[540] = Vec3(0.141000,2.397000,0.423000);
positions[541] = Vec3(0.141000,2.397000,0.987000);
positions[542] = Vec3(0.141000,2.397000,1.551000);
positions[543] = Vec3(0.141000,2.397000,2.115000);
positions[544] = Vec3(0.141000,2.397000,2.679000);
positions[545] = Vec3(0.141000,2.679000,0.141000);
positions[546] = Vec3(0.141000,2.679000,0.705000);
positions[547] = Vec3(0.141000,2.679000,1.269000);
positions[548] = Vec3(0.141000,2.679000,1.833000);
positions[549] = Vec3(0.141000,2.679000,2.397000);
positions[550] = Vec3(0.423000,0.141000,0.141000);
positions[551] = Vec3(0.423000,0.141000,0.705000);
positions[552] = Vec3(0.423000,0.141000,1.269000);
positions[553] = Vec3(0.423000,0.141000,1.833000);
positions[554] = Vec3(0.423000,0.141000,2.397000);
positions[555] = Vec3(0.423000,0.423000,0.423000);
positions[556] = Vec3(0.423000,0.423000,0.987000);
positions[557] = Vec3(0.423000,0.423000,1.551000);
positions[558] = Vec3(0.423000,0.423000,2.115000);
positions[559] = Vec3(0.423000,0.423000,2.679000);
positions[560] = Vec3(0.423000,0.705000,0.141000);
positions[561] = Vec3(0.423000,0.705000,0.705000);
positions[562] = Vec3(0.423000,0.705000,1.269000);
positions[563] = Vec3(0.423000,0.705000,1.833000);
positions[564] = Vec3(0.423000,0.705000,2.397000);
positions[565] = Vec3(0.423000,0.987000,0.423000);
positions[566] = Vec3(0.423000,0.987000,0.987000);
positions[567] = Vec3(0.423000,0.987000,1.551000);
positions[568] = Vec3(0.423000,0.987000,2.115000);
positions[569] = Vec3(0.423000,0.987000,2.679000);
positions[570] = Vec3(0.423000,1.269000,0.141000);
positions[571] = Vec3(0.423000,1.269000,0.705000);
positions[572] = Vec3(0.423000,1.269000,1.269000);
positions[573] = Vec3(0.423000,1.269000,1.833000);
positions[574] = Vec3(0.423000,1.269000,2.397000);
positions[575] = Vec3(0.423000,1.551000,0.423000);
positions[576] = Vec3(0.423000,1.551000,0.987000);
positions[577] = Vec3(0.423000,1.551000,1.551000);
positions[578] = Vec3(0.423000,1.551000,2.115000);
positions[579] = Vec3(0.423000,1.551000,2.679000);
positions[580] = Vec3(0.423000,1.833000,0.141000);
positions[581] = Vec3(0.423000,1.833000,0.705000);
positions[582] = Vec3(0.423000,1.833000,1.269000);
positions[583] = Vec3(0.423000,1.833000,1.833000);
positions[584] = Vec3(0.423000,1.833000,2.397000);
positions[585] = Vec3(0.423000,2.115000,0.423000);
positions[586] = Vec3(0.423000,2.115000,0.987000);
positions[587] = Vec3(0.423000,2.115000,1.551000);
positions[588] = Vec3(0.423000,2.115000,2.115000);
positions[589] = Vec3(0.423000,2.115000,2.679000);
positions[590] = Vec3(0.423000,2.397000,0.141000);
positions[591] = Vec3(0.423000,2.397000,0.705000);
positions[592] = Vec3(0.423000,2.397000,1.269000);
positions[593] = Vec3(0.423000,2.397000,1.833000);
positions[594] = Vec3(0.423000,2.397000,2.397000);
positions[595] = Vec3(0.423000,2.679000,0.423000);
positions[596] = Vec3(0.423000,2.679000,0.987000);
positions[597] = Vec3(0.423000,2.679000,1.551000);
positions[598] = Vec3(0.423000,2.679000,2.115000);
positions[599] = Vec3(0.423000,2.679000,2.679000);
positions[600] = Vec3(0.705000,0.141000,0.423000);
positions[601] = Vec3(0.705000,0.141000,0.987000);
positions[602] = Vec3(0.705000,0.141000,1.551000);
positions[603] = Vec3(0.705000,0.141000,2.115000);
positions[604] = Vec3(0.705000,0.141000,2.679000);
positions[605] = Vec3(0.705000,0.423000,0.141000);
positions[606] = Vec3(0.705000,0.423000,0.705000);
positions[607] = Vec3(0.705000,0.423000,1.269000);
positions[608] = Vec3(0.705000,0.423000,1.833000);
positions[609] = Vec3(0.705000,0.423000,2.397000);
positions[610] = Vec3(0.705000,0.705000,0.423000);
positions[611] = Vec3(0.705000,0.705000,0.987000);
positions[612] = Vec3(0.705000,0.705000,1.551000);
positions[613] = Vec3(0.705000,0.705000,2.115000);
positions[614] = Vec3(0.705000,0.705000,2.679000);
positions[615] = Vec3(0.705000,0.987000,0.141000);
positions[616] = Vec3(0.705000,0.987000,0.705000);
positions[617] = Vec3(0.705000,0.987000,1.269000);
positions[618] = Vec3(0.705000,0.987000,1.833000);
positions[619] = Vec3(0.705000,0.987000,2.397000);
positions[620] = Vec3(0.705000,1.269000,0.423000);
positions[621] = Vec3(0.705000,1.269000,0.987000);
positions[622] = Vec3(0.705000,1.269000,1.551000);
positions[623] = Vec3(0.705000,1.269000,2.115000);
positions[624] = Vec3(0.705000,1.269000,2.679000);
positions[625] = Vec3(0.705000,1.551000,0.141000);
positions[626] = Vec3(0.705000,1.551000,0.705000);
positions[627] = Vec3(0.705000,1.551000,1.269000);
positions[628] = Vec3(0.705000,1.551000,1.833000);
positions[629] = Vec3(0.705000,1.551000,2.397000);
positions[630] = Vec3(0.705000,1.833000,0.423000);
positions[631] = Vec3(0.705000,1.833000,0.987000);
positions[632] = Vec3(0.705000,1.833000,1.551000);
positions[633] = Vec3(0.705000,1.833000,2.115000);
positions[634] = Vec3(0.705000,1.833000,2.679000);
positions[635] = Vec3(0.705000,2.115000,0.141000);
positions[636] = Vec3(0.705000,2.115000,0.705000);
positions[637] = Vec3(0.705000,2.115000,1.269000);
positions[638] = Vec3(0.705000,2.115000,1.833000);
positions[639] = Vec3(0.705000,2.115000,2.397000);
positions[640] = Vec3(0.705000,2.397000,0.423000);
positions[641] = Vec3(0.705000,2.397000,0.987000);
positions[642] = Vec3(0.705000,2.397000,1.551000);
positions[643] = Vec3(0.705000,2.397000,2.115000);
positions[644] = Vec3(0.705000,2.397000,2.679000);
positions[645] = Vec3(0.705000,2.679000,0.141000);
positions[646] = Vec3(0.705000,2.679000,0.705000);
positions[647] = Vec3(0.705000,2.679000,1.269000);
positions[648] = Vec3(0.705000,2.679000,1.833000);
positions[649] = Vec3(0.705000,2.679000,2.397000);
positions[650] = Vec3(0.987000,0.141000,0.141000);
positions[651] = Vec3(0.987000,0.141000,0.705000);
positions[652] = Vec3(0.987000,0.141000,1.269000);
positions[653] = Vec3(0.987000,0.141000,1.833000);
positions[654] = Vec3(0.987000,0.141000,2.397000);
positions[655] = Vec3(0.987000,0.423000,0.423000);
positions[656] = Vec3(0.987000,0.423000,0.987000);
positions[657] = Vec3(0.987000,0.423000,1.551000);
positions[658] = Vec3(0.987000,0.423000,2.115000);
positions[659] = Vec3(0.987000,0.423000,2.679000);
positions[660] = Vec3(0.987000,0.705000,0.141000);
positions[661] = Vec3(0.987000,0.705000,0.705000);
positions[662] = Vec3(0.987000,0.705000,1.269000);
positions[663] = Vec3(0.987000,0.705000,1.833000);
positions[664] = Vec3(0.987000,0.705000,2.397000);
positions[665] = Vec3(0.987000,0.987000,0.423000);
positions[666] = Vec3(0.987000,0.987000,0.987000);
positions[667] = Vec3(0.987000,0.987000,1.551000);
positions[668] = Vec3(0.987000,0.987000,2.115000);
positions[669] = Vec3(0.987000,0.987000,2.679000);
positions[670] = Vec3(0.987000,1.269000,0.141000);
positions[671] = Vec3(0.987000,1.269000,0.705000);
positions[672] = Vec3(0.987000,1.269000,1.269000);
positions[673] = Vec3(0.987000,1.269000,1.833000);
positions[674] = Vec3(0.987000,1.269000,2.397000);
positions[675] = Vec3(0.987000,1.551000,0.423000);
positions[676] = Vec3(0.987000,1.551000,0.987000);
positions[677] = Vec3(0.987000,1.551000,1.551000);
positions[678] = Vec3(0.987000,1.551000,2.115000);
positions[679] = Vec3(0.987000,1.551000,2.679000);
positions[680] = Vec3(0.987000,1.833000,0.141000);
positions[681] = Vec3(0.987000,1.833000,0.705000);
positions[682] = Vec3(0.987000,1.833000,1.269000);
positions[683] = Vec3(0.987000,1.833000,1.833000);
positions[684] = Vec3(0.987000,1.833000,2.397000);
positions[685] = Vec3(0.987000,2.115000,0.423000);
positions[686] = Vec3(0.987000,2.115000,0.987000);
positions[687] = Vec3(0.987000,2.115000,1.551000);
positions[688] = Vec3(0.987000,2.115000,2.115000);
positions[689] = Vec3(0.987000,2.115000,2.679000);
positions[690] = Vec3(0.987000,2.397000,0.141000);
positions[691] = Vec3(0.987000,2.397000,0.705000);
positions[692] = Vec3(0.987000,2.397000,1.269000);
positions[693] = Vec3(0.987000,2.397000,1.833000);
positions[694] = Vec3(0.987000,2.397000,2.397000);
positions[695] = Vec3(0.987000,2.679000,0.423000);
positions[696] = Vec3(0.987000,2.679000,0.987000);
positions[697] = Vec3(0.987000,2.679000,1.551000);
positions[698] = Vec3(0.987000,2.679000,2.115000);
positions[699] = Vec3(0.987000,2.679000,2.679000);
positions[700] = Vec3(1.269000,0.141000,0.423000);
positions[701] = Vec3(1.269000,0.141000,0.987000);
positions[702] = Vec3(1.269000,0.141000,1.551000);
positions[703] = Vec3(1.269000,0.141000,2.115000);
positions[704] = Vec3(1.269000,0.141000,2.679000);
positions[705] = Vec3(1.269000,0.423000,0.141000);
positions[706] = Vec3(1.269000,0.423000,0.705000);
positions[707] = Vec3(1.269000,0.423000,1.269000);
positions[708] = Vec3(1.269000,0.423000,1.833000);
positions[709] = Vec3(1.269000,0.423000,2.397000);
positions[710] = Vec3(1.269000,0.705000,0.423000);
positions[711] = Vec3(1.269000,0.705000,0.987000);
positions[712] = Vec3(1.269000,0.705000,1.551000);
positions[713] = Vec3(1.269000,0.705000,2.115000);
positions[714] = Vec3(1.269000,0.705000,2.679000);
positions[715] = Vec3(1.269000,0.987000,0.141000);
positions[716] = Vec3(1.269000,0.987000,0.705000);
positions[717] = Vec3(1.269000,0.987000,1.269000);
positions[718] = Vec3(1.269000,0.987000,1.833000);
positions[719] = Vec3(1.269000,0.987000,2.397000);
positions[720] = Vec3(1.269000,1.269000,0.423000);
positions[721] = Vec3(1.269000,1.269000,0.987000);
positions[722] = Vec3(1.269000,1.269000,1.551000);
positions[723] = Vec3(1.269000,1.269000,2.115000);
positions[724] = Vec3(1.269000,1.269000,2.679000);
positions[725] = Vec3(1.269000,1.551000,0.141000);
positions[726] = Vec3(1.269000,1.551000,0.705000);
positions[727] = Vec3(1.269000,1.551000,1.269000);
positions[728] = Vec3(1.269000,1.551000,1.833000);
positions[729] = Vec3(1.269000,1.551000,2.397000);
positions[730] = Vec3(1.269000,1.833000,0.423000);
positions[731] = Vec3(1.269000,1.833000,0.987000);
positions[732] = Vec3(1.269000,1.833000,1.551000);
positions[733] = Vec3(1.269000,1.833000,2.115000);
positions[734] = Vec3(1.269000,1.833000,2.679000);
positions[735] = Vec3(1.269000,2.115000,0.141000);
positions[736] = Vec3(1.269000,2.115000,0.705000);
positions[737] = Vec3(1.269000,2.115000,1.269000);
positions[738] = Vec3(1.269000,2.115000,1.833000);
positions[739] = Vec3(1.269000,2.115000,2.397000);
positions[740] = Vec3(1.269000,2.397000,0.423000);
positions[741] = Vec3(1.269000,2.397000,0.987000);
positions[742] = Vec3(1.269000,2.397000,1.551000);
positions[743] = Vec3(1.269000,2.397000,2.115000);
positions[744] = Vec3(1.269000,2.397000,2.679000);
positions[745] = Vec3(1.269000,2.679000,0.141000);
positions[746] = Vec3(1.269000,2.679000,0.705000);
positions[747] = Vec3(1.269000,2.679000,1.269000);
positions[748] = Vec3(1.269000,2.679000,1.833000);
positions[749] = Vec3(1.269000,2.679000,2.397000);
positions[750] = Vec3(1.551000,0.141000,0.141000);
positions[751] = Vec3(1.551000,0.141000,0.705000);
positions[752] = Vec3(1.551000,0.141000,1.269000);
positions[753] = Vec3(1.551000,0.141000,1.833000);
positions[754] = Vec3(1.551000,0.141000,2.397000);
positions[755] = Vec3(1.551000,0.423000,0.423000);
positions[756] = Vec3(1.551000,0.423000,0.987000);
positions[757] = Vec3(1.551000,0.423000,1.551000);
positions[758] = Vec3(1.551000,0.423000,2.115000);
positions[759] = Vec3(1.551000,0.423000,2.679000);
positions[760] = Vec3(1.551000,0.705000,0.141000);
positions[761] = Vec3(1.551000,0.705000,0.705000);
positions[762] = Vec3(1.551000,0.705000,1.269000);
positions[763] = Vec3(1.551000,0.705000,1.833000);
positions[764] = Vec3(1.551000,0.705000,2.397000);
positions[765] = Vec3(1.551000,0.987000,0.423000);
positions[766] = Vec3(1.551000,0.987000,0.987000);
positions[767] = Vec3(1.551000,0.987000,1.551000);
positions[768] = Vec3(1.551000,0.987000,2.115000);
positions[769] = Vec3(1.551000,0.987000,2.679000);
positions[770] = Vec3(1.551000,1.269000,0.141000);
positions[771] = Vec3(1.551000,1.269000,0.705000);
positions[772] = Vec3(1.551000,1.269000,1.269000);
positions[773] = Vec3(1.551000,1.269000,1.833000);
positions[774] = Vec3(1.551000,1.269000,2.397000);
positions[775] = Vec3(1.551000,1.551000,0.423000);
positions[776] = Vec3(1.551000,1.551000,0.987000);
positions[777] = Vec3(1.551000,1.551000,1.551000);
positions[778] = Vec3(1.551000,1.551000,2.115000);
positions[779] = Vec3(1.551000,1.551000,2.679000);
positions[780] = Vec3(1.551000,1.833000,0.141000);
positions[781] = Vec3(1.551000,1.833000,0.705000);
positions[782] = Vec3(1.551000,1.833000,1.269000);
positions[783] = Vec3(1.551000,1.833000,1.833000);
positions[784] = Vec3(1.551000,1.833000,2.397000);
positions[785] = Vec3(1.551000,2.115000,0.423000);
positions[786] = Vec3(1.551000,2.115000,0.987000);
positions[787] = Vec3(1.551000,2.115000,1.551000);
positions[788] = Vec3(1.551000,2.115000,2.115000);
positions[789] = Vec3(1.551000,2.115000,2.679000);
positions[790] = Vec3(1.551000,2.397000,0.141000);
positions[791] = Vec3(1.551000,2.397000,0.705000);
positions[792] = Vec3(1.551000,2.397000,1.269000);
positions[793] = Vec3(1.551000,2.397000,1.833000);
positions[794] = Vec3(1.551000,2.397000,2.397000);
positions[795] = Vec3(1.551000,2.679000,0.423000);
positions[796] = Vec3(1.551000,2.679000,0.987000);
positions[797] = Vec3(1.551000,2.679000,1.551000);
positions[798] = Vec3(1.551000,2.679000,2.115000);
positions[799] = Vec3(1.551000,2.679000,2.679000);
positions[800] = Vec3(1.833000,0.141000,0.423000);
positions[801] = Vec3(1.833000,0.141000,0.987000);
positions[802] = Vec3(1.833000,0.141000,1.551000);
positions[803] = Vec3(1.833000,0.141000,2.115000);
positions[804] = Vec3(1.833000,0.141000,2.679000);
positions[805] = Vec3(1.833000,0.423000,0.141000);
positions[806] = Vec3(1.833000,0.423000,0.705000);
positions[807] = Vec3(1.833000,0.423000,1.269000);
positions[808] = Vec3(1.833000,0.423000,1.833000);
positions[809] = Vec3(1.833000,0.423000,2.397000);
positions[810] = Vec3(1.833000,0.705000,0.423000);
positions[811] = Vec3(1.833000,0.705000,0.987000);
positions[812] = Vec3(1.833000,0.705000,1.551000);
positions[813] = Vec3(1.833000,0.705000,2.115000);
positions[814] = Vec3(1.833000,0.705000,2.679000);
positions[815] = Vec3(1.833000,0.987000,0.141000);
positions[816] = Vec3(1.833000,0.987000,0.705000);
positions[817] = Vec3(1.833000,0.987000,1.269000);
positions[818] = Vec3(1.833000,0.987000,1.833000);
positions[819] = Vec3(1.833000,0.987000,2.397000);
positions[820] = Vec3(1.833000,1.269000,0.423000);
positions[821] = Vec3(1.833000,1.269000,0.987000);
positions[822] = Vec3(1.833000,1.269000,1.551000);
positions[823] = Vec3(1.833000,1.269000,2.115000);
positions[824] = Vec3(1.833000,1.269000,2.679000);
positions[825] = Vec3(1.833000,1.551000,0.141000);
positions[826] = Vec3(1.833000,1.551000,0.705000);
positions[827] = Vec3(1.833000,1.551000,1.269000);
positions[828] = Vec3(1.833000,1.551000,1.833000);
positions[829] = Vec3(1.833000,1.551000,2.397000);
positions[830] = Vec3(1.833000,1.833000,0.423000);
positions[831] = Vec3(1.833000,1.833000,0.987000);
positions[832] = Vec3(1.833000,1.833000,1.551000);
positions[833] = Vec3(1.833000,1.833000,2.115000);
positions[834] = Vec3(1.833000,1.833000,2.679000);
positions[835] = Vec3(1.833000,2.115000,0.141000);
positions[836] = Vec3(1.833000,2.115000,0.705000);
positions[837] = Vec3(1.833000,2.115000,1.269000);
positions[838] = Vec3(1.833000,2.115000,1.833000);
positions[839] = Vec3(1.833000,2.115000,2.397000);
positions[840] = Vec3(1.833000,2.397000,0.423000);
positions[841] = Vec3(1.833000,2.397000,0.987000);
positions[842] = Vec3(1.833000,2.397000,1.551000);
positions[843] = Vec3(1.833000,2.397000,2.115000);
positions[844] = Vec3(1.833000,2.397000,2.679000);
positions[845] = Vec3(1.833000,2.679000,0.141000);
positions[846] = Vec3(1.833000,2.679000,0.705000);
positions[847] = Vec3(1.833000,2.679000,1.269000);
positions[848] = Vec3(1.833000,2.679000,1.833000);
positions[849] = Vec3(1.833000,2.679000,2.397000);
positions[850] = Vec3(2.115000,0.141000,0.141000);
positions[851] = Vec3(2.115000,0.141000,0.705000);
positions[852] = Vec3(2.115000,0.141000,1.269000);
positions[853] = Vec3(2.115000,0.141000,1.833000);
positions[854] = Vec3(2.115000,0.141000,2.397000);
positions[855] = Vec3(2.115000,0.423000,0.423000);
positions[856] = Vec3(2.115000,0.423000,0.987000);
positions[857] = Vec3(2.115000,0.423000,1.551000);
positions[858] = Vec3(2.115000,0.423000,2.115000);
positions[859] = Vec3(2.115000,0.423000,2.679000);
positions[860] = Vec3(2.115000,0.705000,0.141000);
positions[861] = Vec3(2.115000,0.705000,0.705000);
positions[862] = Vec3(2.115000,0.705000,1.269000);
positions[863] = Vec3(2.115000,0.705000,1.833000);
positions[864] = Vec3(2.115000,0.705000,2.397000);
positions[865] = Vec3(2.115000,0.987000,0.423000);
positions[866] = Vec3(2.115000,0.987000,0.987000);
positions[867] = Vec3(2.115000,0.987000,1.551000);
positions[868] = Vec3(2.115000,0.987000,2.115000);
positions[869] = Vec3(2.115000,0.987000,2.679000);
positions[870] = Vec3(2.115000,1.269000,0.141000);
positions[871] = Vec3(2.115000,1.269000,0.705000);
positions[872] = Vec3(2.115000,1.269000,1.269000);
positions[873] = Vec3(2.115000,1.269000,1.833000);
positions[874] = Vec3(2.115000,1.269000,2.397000);
positions[875] = Vec3(2.115000,1.551000,0.423000);
positions[876] = Vec3(2.115000,1.551000,0.987000);
positions[877] = Vec3(2.115000,1.551000,1.551000);
positions[878] = Vec3(2.115000,1.551000,2.115000);
positions[879] = Vec3(2.115000,1.551000,2.679000);
positions[880] = Vec3(2.115000,1.833000,0.141000);
positions[881] = Vec3(2.115000,1.833000,0.705000);
positions[882] = Vec3(2.115000,1.833000,1.269000);
positions[883] = Vec3(2.115000,1.833000,1.833000);
positions[884] = Vec3(2.115000,1.833000,2.397000);
positions[885] = Vec3(2.115000,2.115000,0.423000);
positions[886] = Vec3(2.115000,2.115000,0.987000);
positions[887] = Vec3(2.115000,2.115000,1.551000);
positions[888] = Vec3(2.115000,2.115000,2.115000);
positions[889] = Vec3(2.115000,2.115000,2.679000);
positions[890] = Vec3(2.115000,2.397000,0.141000);
positions[891] = Vec3(2.115000,2.397000,0.705000);
positions[892] = Vec3(2.115000,2.397000,1.269000);
positions[893] = Vec3(2.115000,2.397000,1.833000);
positions[894] = Vec3(2.115000,2.397000,2.397000);
positions[895] = Vec3(2.115000,2.679000,0.423000);
positions[896] = Vec3(2.115000,2.679000,0.987000);
positions[897] = Vec3(2.115000,2.679000,1.551000);
positions[898] = Vec3(2.115000,2.679000,2.115000);
positions[899] = Vec3(2.115000,2.679000,2.679000);
positions[900] = Vec3(2.397000,0.141000,0.423000);
positions[901] = Vec3(2.397000,0.141000,0.987000);
positions[902] = Vec3(2.397000,0.141000,1.551000);
positions[903] = Vec3(2.397000,0.141000,2.115000);
positions[904] = Vec3(2.397000,0.141000,2.679000);
positions[905] = Vec3(2.397000,0.423000,0.141000);
positions[906] = Vec3(2.397000,0.423000,0.705000);
positions[907] = Vec3(2.397000,0.423000,1.269000);
positions[908] = Vec3(2.397000,0.423000,1.833000);
positions[909] = Vec3(2.397000,0.423000,2.397000);
positions[910] = Vec3(2.397000,0.705000,0.423000);
positions[911] = Vec3(2.397000,0.705000,0.987000);
positions[912] = Vec3(2.397000,0.705000,1.551000);
positions[913] = Vec3(2.397000,0.705000,2.115000);
positions[914] = Vec3(2.397000,0.705000,2.679000);
positions[915] = Vec3(2.397000,0.987000,0.141000);
positions[916] = Vec3(2.397000,0.987000,0.705000);
positions[917] = Vec3(2.397000,0.987000,1.269000);
positions[918] = Vec3(2.397000,0.987000,1.833000);
positions[919] = Vec3(2.397000,0.987000,2.397000);
positions[920] = Vec3(2.397000,1.269000,0.423000);
positions[921] = Vec3(2.397000,1.269000,0.987000);
positions[922] = Vec3(2.397000,1.269000,1.551000);
positions[923] = Vec3(2.397000,1.269000,2.115000);
positions[924] = Vec3(2.397000,1.269000,2.679000);
positions[925] = Vec3(2.397000,1.551000,0.141000);
positions[926] = Vec3(2.397000,1.551000,0.705000);
positions[927] = Vec3(2.397000,1.551000,1.269000);
positions[928] = Vec3(2.397000,1.551000,1.833000);
positions[929] = Vec3(2.397000,1.551000,2.397000);
positions[930] = Vec3(2.397000,1.833000,0.423000);
positions[931] = Vec3(2.397000,1.833000,0.987000);
positions[932] = Vec3(2.397000,1.833000,1.551000);
positions[933] = Vec3(2.397000,1.833000,2.115000);
positions[934] = Vec3(2.397000,1.833000,2.679000);
positions[935] = Vec3(2.397000,2.115000,0.141000);
positions[936] = Vec3(2.397000,2.115000,0.705000);
positions[937] = Vec3(2.397000,2.115000,1.269000);
positions[938] = Vec3(2.397000,2.115000,1.833000);
positions[939] = Vec3(2.397000,2.115000,2.397000);
positions[940] = Vec3(2.397000,2.397000,0.423000);
positions[941] = Vec3(2.397000,2.397000,0.987000);
positions[942] = Vec3(2.397000,2.397000,1.551000);
positions[943] = Vec3(2.397000,2.397000,2.115000);
positions[944] = Vec3(2.397000,2.397000,2.679000);
positions[945] = Vec3(2.397000,2.679000,0.141000);
positions[946] = Vec3(2.397000,2.679000,0.705000);
positions[947] = Vec3(2.397000,2.679000,1.269000);
positions[948] = Vec3(2.397000,2.679000,1.833000);
positions[949] = Vec3(2.397000,2.679000,2.397000);
positions[950] = Vec3(2.679000,0.141000,0.141000);
positions[951] = Vec3(2.679000,0.141000,0.705000);
positions[952] = Vec3(2.679000,0.141000,1.269000);
positions[953] = Vec3(2.679000,0.141000,1.833000);
positions[954] = Vec3(2.679000,0.141000,2.397000);
positions[955] = Vec3(2.679000,0.423000,0.423000);
positions[956] = Vec3(2.679000,0.423000,0.987000);
positions[957] = Vec3(2.679000,0.423000,1.551000);
positions[958] = Vec3(2.679000,0.423000,2.115000);
positions[959] = Vec3(2.679000,0.423000,2.679000);
positions[960] = Vec3(2.679000,0.705000,0.141000);
positions[961] = Vec3(2.679000,0.705000,0.705000);
positions[962] = Vec3(2.679000,0.705000,1.269000);
positions[963] = Vec3(2.679000,0.705000,1.833000);
positions[964] = Vec3(2.679000,0.705000,2.397000);
positions[965] = Vec3(2.679000,0.987000,0.423000);
positions[966] = Vec3(2.679000,0.987000,0.987000);
positions[967] = Vec3(2.679000,0.987000,1.551000);
positions[968] = Vec3(2.679000,0.987000,2.115000);
positions[969] = Vec3(2.679000,0.987000,2.679000);
positions[970] = Vec3(2.679000,1.269000,0.141000);
positions[971] = Vec3(2.679000,1.269000,0.705000);
positions[972] = Vec3(2.679000,1.269000,1.269000);
positions[973] = Vec3(2.679000,1.269000,1.833000);
positions[974] = Vec3(2.679000,1.269000,2.397000);
positions[975] = Vec3(2.679000,1.551000,0.423000);
positions[976] = Vec3(2.679000,1.551000,0.987000);
positions[977] = Vec3(2.679000,1.551000,1.551000);
positions[978] = Vec3(2.679000,1.551000,2.115000);
positions[979] = Vec3(2.679000,1.551000,2.679000);
positions[980] = Vec3(2.679000,1.833000,0.141000);
positions[981] = Vec3(2.679000,1.833000,0.705000);
positions[982] = Vec3(2.679000,1.833000,1.269000);
positions[983] = Vec3(2.679000,1.833000,1.833000);
positions[984] = Vec3(2.679000,1.833000,2.397000);
positions[985] = Vec3(2.679000,2.115000,0.423000);
positions[986] = Vec3(2.679000,2.115000,0.987000);
positions[987] = Vec3(2.679000,2.115000,1.551000);
positions[988] = Vec3(2.679000,2.115000,2.115000);
positions[989] = Vec3(2.679000,2.115000,2.679000);
positions[990] = Vec3(2.679000,2.397000,0.141000);
positions[991] = Vec3(2.679000,2.397000,0.705000);
positions[992] = Vec3(2.679000,2.397000,1.269000);
positions[993] = Vec3(2.679000,2.397000,1.833000);
positions[994] = Vec3(2.679000,2.397000,2.397000);
positions[995] = Vec3(2.679000,2.679000,0.423000);
positions[996] = Vec3(2.679000,2.679000,0.987000);
positions[997] = Vec3(2.679000,2.679000,1.551000);
positions[998] = Vec3(2.679000,2.679000,2.115000);
positions[999] = Vec3(2.679000,2.679000,2.679000);
platforms/reference/tests/water.dat 0 → 100644
View file @ 68e02e80
positions[0] = Vec3( 0.23,0.628,0.113);
positions[1] = Vec3(0.137,0.626, 0.15);
positions[2] = Vec3(0.231,0.589,0.021);
positions[3] = Vec3(-0.307,-0.351,0.703);
positions[4] = Vec3(-0.364,-0.367,0.784);
positions[5] = Vec3(-0.366,-0.341,0.623);
positions[6] = Vec3(-0.569,-0.634,-0.439);
positions[7] = Vec3(-0.532,-0.707,-0.497);
positions[8] = Vec3(-0.517,-0.629,-0.354);
positions[9] = Vec3(-0.871, 0.41,-0.62);
positions[10] = Vec3(-0.948,0.444,-0.566);
positions[11] = Vec3(-0.905,0.359,-0.699);
positions[12] = Vec3(0.249,-0.077,-0.621);
positions[13] = Vec3(0.306,-0.142,-0.571);
positions[14] = Vec3(0.233,-0.11,-0.714);
positions[15] = Vec3(0.561,0.222,-0.715);
positions[16] = Vec3(0.599,0.138,-0.678);
positions[17] = Vec3(0.473,0.241,-0.671);
positions[18] = Vec3(-0.515,-0.803,-0.628);
positions[19] = Vec3(-0.491,-0.866,-0.702);
positions[20] = Vec3(-0.605,-0.763,-0.646);
positions[21] = Vec3(-0.021,0.175,-0.899);
positions[22] = Vec3(0.018, 0.09,-0.935);
positions[23] = Vec3(-0.119,0.177,-0.918);
positions[24] = Vec3(-0.422,0.856,-0.464);
positions[25] = Vec3(-0.479,0.908,-0.527);
positions[26] = Vec3(-0.326,0.868,-0.488);
positions[27] = Vec3(-0.369,-0.095,-0.903);
positions[28] = Vec3(-0.336,-0.031,-0.972);
positions[29] = Vec3(-0.303,-0.101,-0.828);
positions[30] = Vec3(0.594,0.745,0.652);
positions[31] = Vec3(0.644, 0.83,0.633);
positions[32] = Vec3(0.506,0.747,0.604);
positions[33] = Vec3(-0.157,-0.375,-0.758);
positions[34] = Vec3(-0.25, -0.4,-0.785);
positions[35] = Vec3(-0.131,-0.425,-0.676);
positions[36] = Vec3(0.618,-0.295,-0.578);
positions[37] = Vec3(0.613,-0.213,-0.521);
positions[38] = Vec3(0.707,-0.298,-0.623);
positions[39] = Vec3(0.039,-0.785, 0.3);
positions[40] = Vec3(0.138,-0.796,0.291);
positions[41] = Vec3(-0.001,-0.871,0.332);
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