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| void | Manta::MakeRhs (FlagGrid &flags, Grid< Real > &rhs, MACGrid &vel, Grid< Real > *perCellCorr, MACGrid *fractions, const Grid< Real > *phi, const Grid< Real > *curv, const Real surfTens, const Real gfClamp) |
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| void | Manta::CorrectVelocity (FlagGrid &flags, MACGrid &vel, Grid< Real > &pressure) |
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| void | Manta::ApplyGhostFluidDiagonal (Grid< Real > &A0, const FlagGrid &flags, const Grid< Real > &phi, Real gfClamp) |
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| void | Manta::CorrectVelocityGhostFluid (MACGrid &vel, const FlagGrid &flags, const Grid< Real > &pressure, const Grid< Real > &phi, Real gfClamp, const Grid< Real > *curv, const Real surfTens) |
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void | Manta::ReplaceClampedGhostFluidVels (MACGrid &vel, FlagGrid &flags, const Grid< Real > &pressure, const Grid< Real > &phi, Real gfClamp) |
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| int | Manta::CountEmptyCells (FlagGrid &flags) |
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void | Manta::fixPressure (int fixPidx, Real value, Grid< Real > &rhs, Grid< Real > &A0, Grid< Real > &Ai, Grid< Real > &Aj, Grid< Real > &Ak) |
| | Change 'A' and 'rhs' such that pressure at 'fixPidx' is fixed to 'value'.
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PYTHON void | Manta::releaseMG (FluidSolver *solver=nullptr) |
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| void | Manta::solvePressure (MACGrid &vel, Grid< Real > &pressure, FlagGrid &flags, Real cgAccuracy=1e-3, Grid< Real > *phi=0, Grid< Real > *perCellCorr=0, MACGrid *fractions=0, Real gfClamp=1e-04, Real cgMaxIterFac=1.5, bool precondition=true, int preconditioner=1, bool enforceCompatibility=false, bool useL2Norm=false, bool zeroPressureFixing=false, const Grid< Real > *curv=NULL, const Real surfTens=0.0, Grid< Real > *retRhs=NULL) |
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