#include "vectorbase.h"
#include "shapes.h"
#include "commonkernels.h"
#include "particle.h"
#include "noisefield.h"
#include "simpleimage.h"
#include "mesh.h"

Functions
void	Manta::KnApplyNoiseInfl (const FlagGrid &flags, Grid< Real > &density, WaveletNoiseField &noise, const Grid< Real > &sdf, Real scale, Real sigma)

PYTHON void	Manta::densityInflow (const FlagGrid &flags, Grid< Real > &density, WaveletNoiseField &noise, Shape *shape, Real scale=1.0, Real sigma=0)

void	Manta::KnAddNoise (const FlagGrid &flags, Grid< Real > &density, WaveletNoiseField &noise, const Grid< Real > *sdf, Real scale)

PYTHON void	Manta::addNoise (const FlagGrid &flags, Grid< Real > &density, WaveletNoiseField &noise, const Grid< Real > *sdf=NULL, Real scale=1.0)

void	Manta::knSetPdataNoise (BasicParticleSystem &parts, ParticleDataImpl< T > &pdata, WaveletNoiseField &noise, Real scale)

void	Manta::knSetPdataNoiseVec (BasicParticleSystem &parts, ParticleDataImpl< T > &pdata, WaveletNoiseField &noise, Real scale)

PYTHON void	Manta::setNoisePdata (BasicParticleSystem &parts, ParticleDataImpl< Real > &pd, WaveletNoiseField &noise, Real scale=1.)

PYTHON void	Manta::setNoisePdataVec3 (BasicParticleSystem &parts, ParticleDataImpl< Vec3 > &pd, WaveletNoiseField &noise, Real scale=1.)

PYTHON void	Manta::setNoisePdataInt (BasicParticleSystem &parts, ParticleDataImpl< int > &pd, WaveletNoiseField &noise, Real scale=1.)

PYTHON Grid< Vec3 >	Manta::obstacleGradient (const FlagGrid &flags)
	SDF gradient from obstacle flags, for turbulence.py. More...

PYTHON LevelsetGrid	Manta::obstacleLevelset (const FlagGrid &flags)

void	Manta::KnApplyEmission (FlagGrid &flags, Grid< Real > &density, Grid< Real > &emission, bool isAbsolute)

PYTHON void	Manta::applyEmission (FlagGrid &flags, Grid< Real > &density, Grid< Real > &emission, bool isAbsolute)
	Add emission values. More...

void	Manta::KnApplyDensity (FlagGrid &flags, Grid< Real > &density, Grid< Real > &sdf, Real value, Real sigma)

PYTHON void	Manta::densityInflowMeshNoise (FlagGrid &flags, Grid< Real > &density, WaveletNoiseField &noise, Mesh *mesh, Real scale=1.0, Real sigma=0)

PYTHON void	Manta::densityInflowMesh (FlagGrid &flags, Grid< Real > &density, Mesh *mesh, Real value=1., Real cutoff=7, Real sigma=0)

PYTHON void	Manta::checkSymmetry (Grid< Real > &a, Grid< Real > *err=NULL, bool symmetrize=false, int axis=0, int bound=0)

PYTHON void	Manta::checkSymmetryVec3 (Grid< Vec3 > &a, Grid< Real > *err=NULL, bool symmetrize=false, int axis=0, int bound=0, int disable=0)

void	Manta::projectImg (SimpleImage &img, Grid< Real > &val, int shadeMode=0, Real scale=1.)
	helper to project a grid intro an image (used for ppm export and GUI displauy)

PYTHON void	Manta::projectPpmFull (Grid< Real > &val, string name, int shadeMode=0, Real scale=1.)

PYTHON void	Manta::addTestParts (BasicParticleSystem &parts, int num)

PYTHON Real	Manta::pdataMaxDiff (ParticleDataBase a, ParticleDataBase b)

PYTHON Vec3	Manta::calcCenterOfMass (Grid< Real > &density)

void	Manta::KnUpdateFractions (const FlagGrid &flags, const Grid< Real > &phiObs, MACGrid &fractions, const int &boundaryWidth)

PYTHON void	Manta::updateFractions (const FlagGrid &flags, const Grid< Real > &phiObs, MACGrid &fractions, const int &boundaryWidth=0)

void	Manta::KnUpdateFlagsObs (FlagGrid &flags, const MACGrid fractions, const Grid< Real > &phiObs, const Grid< Real > phiOut)

PYTHON void	Manta::setObstacleFlags (FlagGrid &flags, const Grid< Real > &phiObs, const MACGrid fractions=NULL, const Grid< Real > phiOut=NULL)

void	Manta::kninitVortexVelocity (const Grid< Real > &phiObs, MACGrid &vel, const Vec3 &center, const Real &radius)

PYTHON void	Manta::initVortexVelocity (Grid< Real > &phiObs, MACGrid &vel, const Vec3 &center, const Real &radius)

Functions