Index

_

__init__() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) (pyFANTOM.geom.CPU._filters.GeneralFilter method) (pyFANTOM.geom.CPU._filters.StructuredFilter2D method) (pyFANTOM.geom.CPU._filters.StructuredFilter3D method) (pyFANTOM.geom.CPU._mesh.GeneralMesh method) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D method) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D method) (pyFANTOM.geom.CUDA._filters.CuGeneralFilter method) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D method) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D method) (pyFANTOM.geom.CUDA._mesh.CuGeneralMesh method) (pyFANTOM.geom.CUDA._mesh.CuStructuredMesh2D method) (pyFANTOM.geom.CUDA._mesh.CuStructuredMesh3D method) (pyFANTOM.Optimizers.CPU.MMA.MMA method) (pyFANTOM.Optimizers.CPU.OC.OC method) (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.MMA.MMA method) (pyFANTOM.Optimizers.CUDA.OC.OC method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method) (pyFANTOM.physics._physx.Physx method) (pyFANTOM.physics.LinearElasticity.LinearElasticity method) (pyFANTOM.physics.NLElasticity.NLElasticity method) (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer method) (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.solvers.CPU._solvers.BiCGSTAB method) (pyFANTOM.solvers.CPU._solvers.CG method) (pyFANTOM.solvers.CPU._solvers.CHOLMOD method) (pyFANTOM.solvers.CPU._solvers.GMRES method) (pyFANTOM.solvers.CPU._solvers.MultiGrid method) (pyFANTOM.solvers.CPU._solvers.SPLU method) (pyFANTOM.solvers.CPU._solvers.SPSOLVE method) (pyFANTOM.solvers.CUDA._solvers.CG method) (pyFANTOM.solvers.CUDA._solvers.GMRES method) (pyFANTOM.solvers.CUDA._solvers.MultiGrid method) (pyFANTOM.solvers.CUDA._solvers.SPSOLVE method) (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method)

_rmatvec() (pyFANTOM.geom.CPU._filters.GeneralFilter method) (pyFANTOM.geom.CPU._filters.StructuredFilter2D method) (pyFANTOM.geom.CPU._filters.StructuredFilter3D method) (pyFANTOM.geom.CUDA._filters.CuGeneralFilter method) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D method) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D method)

A

add_constraints() (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method) add_dirichlet_boundary_condition() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) add_neumann_boundary_condition() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method)

add_point_forces() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) alpha() (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method) As (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute)

B

BiCGSTAB (class in pyFANTOM.solvers.CPU._solvers) bounds() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method)

C

centroids (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute) CG (class in pyFANTOM.solvers.CPU._solvers) (class in pyFANTOM.solvers.CUDA._solvers) change (pyFANTOM.Optimizers.CPU.MMA.MMA attribute) change_f (pyFANTOM.Optimizers.CPU.MMA.MMA attribute) CHOLMOD (class in pyFANTOM.solvers.CPU._solvers) ComplianceConstrainedMinimumVolume (class in pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume) (class in pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume) constraint_map() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) constraints (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel attribute)

construct() (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method) converged() (pyFANTOM.Optimizers.CPU.MMA.MMA method), [1] (pyFANTOM.Optimizers.CPU.OC.OC method), [1] (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.MMA.MMA method) (pyFANTOM.Optimizers.CUDA.OC.OC method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method) CuGeneralFilter (class in pyFANTOM.geom.CUDA._filters) CuGeneralMesh (class in pyFANTOM.geom.CUDA._mesh) CuStructuredFilter2D (class in pyFANTOM.geom.CUDA._filters) CuStructuredFilter3D (class in pyFANTOM.geom.CUDA._filters) CuStructuredMesh2D (class in pyFANTOM.geom.CUDA._mesh) CuStructuredMesh3D (class in pyFANTOM.geom.CUDA._mesh) cycle (pyFANTOM.solvers.CPU._solvers.MultiGrid attribute)

D

d_rhs (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) diagonal() (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method) dof (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement attribute) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute)

dot() (pyFANTOM.geom.CPU._filters.GeneralFilter method) (pyFANTOM.geom.CPU._filters.StructuredFilter2D method) (pyFANTOM.geom.CPU._filters.StructuredFilter3D method) (pyFANTOM.geom.CUDA._filters.CuGeneralFilter method) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D method) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D method) (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method)

E

E (pyFANTOM.physics.LinearElasticity.LinearElasticity attribute) element_sizes (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) elements (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute)

elements_flat (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) elements_ptr (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute)

F

f() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1]

factor (pyFANTOM.solvers.CPU._solvers.CHOLMOD attribute) factorized (pyFANTOM.solvers.CPU._solvers.CHOLMOD attribute) FEA() (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) FiniteElement (class in pyFANTOM.FiniteElement.CPU.FiniteElement) (class in pyFANTOM.FiniteElement.CUDA.FiniteElement)

G

g() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] GeneralFilter (class in pyFANTOM.geom.CPU._filters) GeneralMesh (class in pyFANTOM.geom.CPU._mesh) GeneralStiffnessKernel (class in pyFANTOM.stiffness.CPU._FEA) (class in pyFANTOM.stiffness.CUDA._FEA)

get_desvars() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] GMRES (class in pyFANTOM.solvers.CPU._solvers) (class in pyFANTOM.solvers.CUDA._solvers)

H

has_cons (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel attribute)

I

ill_conditioned() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) init_desvars() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) initialize() (pyFANTOM.solvers.CPU._solvers.CHOLMOD method), [1] is_3D (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement attribute) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) is_independent() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method)

is_single_material (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance attribute) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL attribute) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) is_terminal() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) is_uniform (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) iter() (pyFANTOM.Optimizers.CPU.MMA.MMA method), [1] (pyFANTOM.Optimizers.CPU.OC.OC method), [1] (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.MMA.MMA method) (pyFANTOM.Optimizers.CUDA.OC.OC method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method) iteration (pyFANTOM.Optimizers.CPU.MMA.MMA attribute) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance attribute) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL attribute) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute)

K

k (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer attribute) K() (pyFANTOM.physics._physx.Physx method), [1] (pyFANTOM.physics.LinearElasticity.LinearElasticity method), [1] (pyFANTOM.physics.NLElasticity.NLElasticity method), [1] (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer method), [1] K_flat (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) K_ptr (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) K_single (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel attribute)

kernel (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement attribute) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) (pyFANTOM.geom.CPU._filters.GeneralFilter attribute) (pyFANTOM.geom.CUDA._filters.CuGeneralFilter attribute) Ks (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel attribute) KTan() (pyFANTOM.physics.NLElasticity.NLElasticity method), [1]

L

lagrangeMult (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) last_dR_Drho (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) last_x0 (pyFANTOM.solvers.CPU._solvers.CG attribute) LinearElasticity (class in pyFANTOM.physics.LinearElasticity) locals() (pyFANTOM.physics._physx.Physx method), [1] (pyFANTOM.physics.LinearElasticity.LinearElasticity method), [1] (pyFANTOM.physics.NLElasticity.NLElasticity method) (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer method), [1] logs() (pyFANTOM.Optimizers.CPU.MMA.MMA method), [1] (pyFANTOM.Optimizers.CPU.OC.OC method) (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.MMA.MMA method) (pyFANTOM.Optimizers.CUDA.OC.OC method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method) (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method)

M

m() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) maximum_distance (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute)

mesh (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement attribute) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) MinimumCompliance (class in pyFANTOM.Problem.CPU.MinimumCompliance) (class in pyFANTOM.Problem.CUDA.MinimumCompliance) MinimumComplianceNL (class in pyFANTOM.Problem.CPU.MinimumComplianceNL) MMA (class in pyFANTOM.Optimizers.CPU.MMA) (class in pyFANTOM.Optimizers.CUDA.MMA) MultiGrid (class in pyFANTOM.solvers.CPU._solvers) (class in pyFANTOM.solvers.CUDA._solvers)

N

N() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) n_level (pyFANTOM.solvers.CPU._solvers.MultiGrid attribute) n_material (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance attribute) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL attribute) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) nabla_f() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] nabla_g() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1]

nel (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) neumann() (pyFANTOM.physics._physx.Physx method), [1] (pyFANTOM.physics.LinearElasticity.LinearElasticity method) (pyFANTOM.physics.NLElasticity.NLElasticity method) (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer method) NLElasticity (class in pyFANTOM.physics.NLElasticity) NLFiniteElement (class in pyFANTOM.FiniteElement.CPU.NLFiniteElement) nodes (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute) non_con_map (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel attribute) normalizer (pyFANTOM.geom.CPU._filters.StructuredFilter2D attribute) (pyFANTOM.geom.CPU._filters.StructuredFilter3D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D attribute) nu (pyFANTOM.physics.LinearElasticity.LinearElasticity attribute)

O

OC (class in pyFANTOM.Optimizers.CPU.OC) (class in pyFANTOM.Optimizers.CUDA.OC) ocP (pyFANTOM.Optimizers.CPU.OC.OC attribute)

offsets (pyFANTOM.geom.CPU._filters.StructuredFilter2D attribute) (pyFANTOM.geom.CPU._filters.StructuredFilter3D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D attribute)

P

penalize() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) penalize_grad() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method)

PGD (class in pyFANTOM.Optimizers.CPU.PGD) (class in pyFANTOM.Optimizers.CUDA.PGD) Physx (class in pyFANTOM.physics._physx) process_grad() (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method), [1] (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method) project_to_feasible() (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method) PRs (pyFANTOM.solvers.CPU._solvers.MultiGrid attribute)

R

reset() (pyFANTOM.solvers.CPU._solvers.CHOLMOD method), [1] (pyFANTOM.solvers.CPU._solvers.MultiGrid method) (pyFANTOM.solvers.CUDA._solvers.MultiGrid method) reset_dirichlet_boundary_conditions() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method)

reset_forces() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) rhs (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement attribute) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute)

S

set_constraints() (pyFANTOM.stiffness.CPU._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method) (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel method) set_desvars() (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] set_rho() (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel method) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel method) set_stressCurrent() (pyFANTOM.physics.NLElasticity.NLElasticity method) set_stressLastSolved() (pyFANTOM.physics.NLElasticity.NLElasticity method) shape (pyFANTOM.geom.CPU._filters.GeneralFilter attribute) (pyFANTOM.geom.CPU._filters.StructuredFilter2D attribute) (pyFANTOM.geom.CPU._filters.StructuredFilter3D attribute) (pyFANTOM.geom.CUDA._filters.CuGeneralFilter attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D attribute) (pyFANTOM.stiffness.CPU._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CPU._FEA.UniformStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.GeneralStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.StructuredStiffnessKernel attribute) (pyFANTOM.stiffness.CUDA._FEA.UniformStiffnessKernel attribute) solve() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) (pyFANTOM.solvers.CPU._solvers.BiCGSTAB method) (pyFANTOM.solvers.CPU._solvers.CG method), [1] (pyFANTOM.solvers.CPU._solvers.CHOLMOD method), [1] (pyFANTOM.solvers.CPU._solvers.GMRES method) (pyFANTOM.solvers.CPU._solvers.MultiGrid method), [1] (pyFANTOM.solvers.CPU._solvers.SPLU method) (pyFANTOM.solvers.CPU._solvers.SPSOLVE method) (pyFANTOM.solvers.CUDA._solvers.CG method) (pyFANTOM.solvers.CUDA._solvers.GMRES method) (pyFANTOM.solvers.CUDA._solvers.MultiGrid method) (pyFANTOM.solvers.CUDA._solvers.SPSOLVE method)

solveNL() (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] solver (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement attribute) (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement attribute) SPLU (class in pyFANTOM.solvers.CPU._solvers) SPSOLVE (class in pyFANTOM.solvers.CPU._solvers) (class in pyFANTOM.solvers.CUDA._solvers) state (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement attribute) SteadyHeatTransfer (class in pyFANTOM.physics.SteadyHeatTransfer) stressCurrent() (pyFANTOM.physics.NLElasticity.NLElasticity method) stressLastSolved() (pyFANTOM.physics.NLElasticity.NLElasticity method) StructuredFilter2D (class in pyFANTOM.geom.CPU._filters) StructuredFilter3D (class in pyFANTOM.geom.CPU._filters) StructuredMesh2D (class in pyFANTOM.geom.CPU._mesh) StructuredMesh3D (class in pyFANTOM.geom.CPU._mesh) StructuredStiffnessKernel (class in pyFANTOM.stiffness.CPU._FEA) (class in pyFANTOM.stiffness.CUDA._FEA)

T

target_centroid (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance attribute)

thickness (pyFANTOM.physics.LinearElasticity.LinearElasticity attribute) (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer attribute) type (pyFANTOM.physics.LinearElasticity.LinearElasticity attribute)

U

UniformStiffnessKernel (class in pyFANTOM.stiffness.CPU._FEA) (class in pyFANTOM.stiffness.CUDA._FEA)

V

visualize_deformed_mesh() (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] visualize_density() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) visualize_field() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) visualize_problem() (pyFANTOM.FiniteElement.CPU.FiniteElement.FiniteElement method), [1] (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method), [1] (pyFANTOM.FiniteElement.CUDA.FiniteElement.FiniteElement method) (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method) (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method) (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method)

visualize_solution() (pyFANTOM.FiniteElement.CPU.NLFiniteElement.NLFiniteElement method) (pyFANTOM.Problem.CPU.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CPU.MinimumCompliance.MinimumCompliance method), [1] (pyFANTOM.Problem.CPU.MinimumComplianceNL.MinimumComplianceNL method), [1] (pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] (pyFANTOM.Problem.CUDA.ComplianceConstrainedMinimumVolume.ComplianceConstrainedMinimumVolume method) (pyFANTOM.Problem.CUDA.MinimumCompliance.MinimumCompliance method) (pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance.WeightDistributionMinimumCompliance method), [1] volume (pyFANTOM.geom.CPU._mesh.GeneralMesh attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh2D attribute) (pyFANTOM.geom.CPU._mesh.StructuredMesh3D attribute) volume() (pyFANTOM.physics._physx.Physx method), [1] (pyFANTOM.physics.LinearElasticity.LinearElasticity method), [1] (pyFANTOM.physics.NLElasticity.NLElasticity method) (pyFANTOM.physics.SteadyHeatTransfer.SteadyHeatTransfer method), [1]

W

WeightDistributionMinimumCompliance (class in pyFANTOM.Problem.CPU.WeightDistributionMinimumCompliance) (class in pyFANTOM.Problem.CUDA.WeightDistributionMinimumCompliance) weights (pyFANTOM.geom.CPU._filters.StructuredFilter2D attribute) (pyFANTOM.geom.CPU._filters.StructuredFilter3D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter2D attribute) (pyFANTOM.geom.CUDA._filters.CuStructuredFilter3D attribute)

wolfe_line_search() (pyFANTOM.Optimizers.CPU.PGD.PGD method) (pyFANTOM.Optimizers.CUDA.PGD.PGD method)