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JSON Specification

Defaults

The following json contains the default values by PolyFEM.

Values of "REQUIRED!" indicate the field has no default and must be specified by the user.

{
    "boundary_conditions": {
        "dirichlet_boundary": [],
        "neumann_boundary": [],
        "normal_aligned_neumann_boundary": [],
        "obstacle_displacements": [],
        "periodic_boundary": {
            "correspondence": [],
            "enabled": false,
            "fixed_macro_strain": [],
            "force_zero_mean": false,
            "linear_displacement_offset": [],
            "tolerance": 1e-05
        },
        "pressure_boundary": [],
        "pressure_cavity": [],
        "rhs": {
            "unit": "REQUIRED!",
            "value": "REQUIRED!"
        }
    },
    "common": "",
    "contact": {
        "collision_mesh": {
            "enabled": true,
            "linear_map": "REQUIRED!",
            "max_edge_length": "REQUIRED!",
            "mesh": "REQUIRED!",
            "tessellation_type": "regular"
        },
        "dhat": 0.001,
        "dhat_percentage": 0.8,
        "enabled": false,
        "epsv": 0.001,
        "friction_coefficient": 0,
        "periodic": false,
        "use_convergent_formulation": false
    },
    "geometry": "REQUIRED!",
    "initial_conditions": {
        "acceleration": [],
        "solution": [],
        "velocity": []
    },
    "input": {
        "data": {
            "reorder": false,
            "state": ""
        }
    },
    "materials": "REQUIRED!",
    "output": {
        "advanced": {
            "compute_error": true,
            "curved_mesh_size": false,
            "save_ccd_debug_meshes": false,
            "save_nl_solve_sequence": false,
            "save_solve_sequence_debug": false,
            "save_time_sequence": true,
            "sol_at_node": -1,
            "sol_on_grid": -1,
            "spectrum": false,
            "timestep_prefix": "step_",
            "vis_boundary_only": false
        },
        "data": {
            "advanced": {
                "reorder_nodes": false
            },
            "full_mat": "",
            "mises": "",
            "nodes": "",
            "rest_mesh": "",
            "solution": "",
            "state": "",
            "stiffness_mat": "",
            "stress_mat": ""
        },
        "directory": "",
        "json": "",
        "log": {
            "file_level": "trace",
            "level": "debug",
            "path": "",
            "quiet": false
        },
        "paraview": {
            "file_name": "",
            "high_order_mesh": true,
            "options": {
                "acceleration": false,
                "body_ids": false,
                "contact_forces": false,
                "discretization_order": true,
                "forces": false,
                "friction_forces": false,
                "material": false,
                "nodes": true,
                "scalar_values": true,
                "tensor_values": true,
                "use_hdf5": false,
                "velocity": false
            },
            "points": false,
            "skip_frame": 1,
            "surface": false,
            "vismesh_rel_area": 1e-05,
            "volume": true,
            "wireframe": false
        },
        "reference": {
            "gradient": [],
            "solution": []
        },
        "restart_json": ""
    },
    "preset_problem": {
        "U": {},
        "angular_v0": 0.5,
        "angular_v1": -0.5,
        "axis_coordiante": 2,
        "axis_coordiante0": 2,
        "axis_coordiante1": 2,
        "bbox_center": [],
        "fixed_boundary": 5,
        "force": {},
        "formulation": "",
        "func": 0,
        "kernel_distance": 0,
        "kernel_weights": "",
        "n_kernels": 0,
        "n_turns": 0.5,
        "time_dependent": {},
        "turning_boundary": 6,
        "turning_boundary0": 5,
        "turning_boundary1": 6,
        "type": "REQUIRED!",
        "viscosity": 1
    },
    "root_path": "",
    "solver": {
        "adjoint_linear": {
            "AMGCL": {
                "precond": {
                    "class": "amg",
                    "coarsening": {
                        "aggr": {
                            "eps_strong": 0
                        },
                        "estimate_spectral_radius": true,
                        "relax": 1,
                        "type": "smoothed_aggregation"
                    },
                    "direct_coarse": false,
                    "max_levels": 6,
                    "ncycle": 2,
                    "relax": {
                        "degree": 16,
                        "higher": 2,
                        "lower": 0.008333333333,
                        "power_iters": 100,
                        "scale": true,
                        "type": "chebyshev"
                    }
                },
                "solver": {
                    "maxiter": 1000,
                    "tol": 1e-10,
                    "type": "cg"
                }
            },
            "Eigen::BiCGSTAB": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::ConjugateGradient": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::DGMRES": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::GMRES": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::LeastSquaresConjugateGradient": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::MINRES": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Hypre": {
                "max_iter": 1000,
                "pre_max_iter": 1,
                "tolerance": 1e-10
            },
            "Pardiso": {
                "mtype": 11
            },
            "enable_overwrite_solver": false,
            "precond": "",
            "solver": ""
        },
        "advanced": {
            "cache_size": 900000,
            "lagged_regularization_iterations": 1,
            "lagged_regularization_weight": 0,
            "lump_mass_matrix": false
        },
        "augmented_lagrangian": {
            "eta": 0.99,
            "initial_weight": 1000000.0,
            "max_weight": 100000000.0,
            "nonlinear": {
                "ADAM": {
                    "alpha": 0.001,
                    "beta_1": 0.9,
                    "beta_2": 0.999,
                    "epsilon": 1e-08
                },
                "L-BFGS": {
                    "history_size": 6
                },
                "L-BFGS-B": {
                    "history_size": 6
                },
                "Newton": {
                    "force_psd_projection": false,
                    "reg_weight_inc": 10,
                    "reg_weight_max": 100000000.0,
                    "reg_weight_min": 1e-08,
                    "residual_tolerance": 1e-05,
                    "use_psd_projection": true,
                    "use_psd_projection_in_regularized": true
                },
                "StochasticADAM": {
                    "alpha": 0.001,
                    "beta_1": 0.9,
                    "beta_2": 0.999,
                    "epsilon": 1e-08,
                    "erase_component_probability": 0.3
                },
                "StochasticGradientDescent": {
                    "erase_component_probability": 0.3
                },
                "advanced": {
                    "apply_gradient_fd": "None",
                    "derivative_along_delta_x_tol": 0,
                    "f_delta": 0,
                    "f_delta_step_tol": 100,
                    "gradient_fd_eps": 1e-07
                },
                "allow_out_of_iterations": false,
                "box_constraints": {
                    "bounds": [],
                    "max_change": -1
                },
                "first_grad_norm_tol": 1e-10,
                "grad_norm": 1e-08,
                "iterations_per_strategy": 5,
                "line_search": {
                    "Armijo": {
                        "c": 0.0001
                    },
                    "RobustArmijo": {
                        "delta_relative_tolerance": 0.1
                    },
                    "default_init_step_size": 1,
                    "max_step_size_iter": 30,
                    "max_step_size_iter_final": 100,
                    "method": "RobustArmijo",
                    "min_step_size": 1e-10,
                    "min_step_size_final": 1e-20,
                    "step_ratio": 0.5,
                    "use_grad_norm_tol": 1e-06
                },
                "max_iterations": 500,
                "solver": "Newton",
                "x_delta": 0
            },
            "scaling": 2.0
        },
        "contact": {
            "CCD": {
                "broad_phase": "hash_grid",
                "max_iterations": 1000000,
                "tolerance": 1e-06
            },
            "barrier_stiffness": "adaptive",
            "friction_convergence_tol": 0.01,
            "friction_iterations": 1
        },
        "linear": {
            "AMGCL": {
                "precond": {
                    "class": "amg",
                    "coarsening": {
                        "aggr": {
                            "eps_strong": 0
                        },
                        "estimate_spectral_radius": true,
                        "relax": 1,
                        "type": "smoothed_aggregation"
                    },
                    "direct_coarse": false,
                    "max_levels": 6,
                    "ncycle": 2,
                    "relax": {
                        "degree": 16,
                        "higher": 2,
                        "lower": 0.008333333333,
                        "power_iters": 100,
                        "scale": true,
                        "type": "chebyshev"
                    }
                },
                "solver": {
                    "maxiter": 1000,
                    "tol": 1e-10,
                    "type": "cg"
                }
            },
            "Eigen::BiCGSTAB": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::ConjugateGradient": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::DGMRES": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::GMRES": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::LeastSquaresConjugateGradient": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Eigen::MINRES": {
                "max_iter": 1000,
                "tolerance": 1e-12
            },
            "Hypre": {
                "max_iter": 1000,
                "pre_max_iter": 1,
                "tolerance": 1e-10
            },
            "Pardiso": {
                "mtype": 11
            },
            "enable_overwrite_solver": false,
            "precond": "",
            "solver": ""
        },
        "max_threads": 0,
        "nonlinear": {
            "ADAM": {
                "alpha": 0.001,
                "beta_1": 0.9,
                "beta_2": 0.999,
                "epsilon": 1e-08
            },
            "L-BFGS": {
                "history_size": 6
            },
            "L-BFGS-B": {
                "history_size": 6
            },
            "Newton": {
                "force_psd_projection": false,
                "reg_weight_inc": 10,
                "reg_weight_max": 100000000.0,
                "reg_weight_min": 1e-08,
                "residual_tolerance": 1e-05,
                "use_psd_projection": true,
                "use_psd_projection_in_regularized": true
            },
            "StochasticADAM": {
                "alpha": 0.001,
                "beta_1": 0.9,
                "beta_2": 0.999,
                "epsilon": 1e-08,
                "erase_component_probability": 0.3
            },
            "StochasticGradientDescent": {
                "erase_component_probability": 0.3
            },
            "advanced": {
                "apply_gradient_fd": "None",
                "derivative_along_delta_x_tol": 0,
                "f_delta": 0,
                "f_delta_step_tol": 100,
                "gradient_fd_eps": 1e-07
            },
            "allow_out_of_iterations": false,
            "box_constraints": {
                "bounds": [],
                "max_change": -1
            },
            "first_grad_norm_tol": 1e-10,
            "grad_norm": 1e-08,
            "iterations_per_strategy": 5,
            "line_search": {
                "Armijo": {
                    "c": 0.0001
                },
                "RobustArmijo": {
                    "delta_relative_tolerance": 0.1
                },
                "default_init_step_size": 1,
                "max_step_size_iter": 30,
                "max_step_size_iter_final": 100,
                "method": "RobustArmijo",
                "min_step_size": 1e-10,
                "min_step_size_final": 1e-20,
                "step_ratio": 0.5,
                "use_grad_norm_tol": 1e-06
            },
            "max_iterations": 500,
            "solver": "Newton",
            "x_delta": 0
        },
        "rayleigh_damping": []
    },
    "space": {
        "advanced": {
            "B": 3,
            "bc_method": "sample",
            "count_flipped_els": true,
            "discr_order_max": 4,
            "force_no_ref_for_harmonic": false,
            "h1_formula": false,
            "integral_constraints": 2,
            "isoparametric": false,
            "mass_quadrature_order": -1,
            "n_boundary_samples": -1,
            "n_harmonic_samples": 10,
            "quadrature_order": -1,
            "use_particle_advection": false
        },
        "basis_type": "Lagrange",
        "discr_order": 1,
        "poly_basis_type": "MFSHarmonic",
        "pressure_discr_order": 1,
        "remesh": {
            "collapse": {
                "abs_max_edge_length": 1e+100,
                "acceptance_tolerance": -1e-08,
                "culling_threshold": 0.01,
                "enabled": true,
                "max_depth": 3,
                "rel_max_edge_length": 1
            },
            "enabled": false,
            "local_relaxation": {
                "local_mesh_n_ring": 2,
                "local_mesh_rel_area": 0.01,
                "max_nl_iterations": 1
            },
            "smooth": {
                "acceptance_tolerance": -1e-08,
                "enabled": false,
                "max_iters": 1
            },
            "split": {
                "acceptance_tolerance": 0.001,
                "culling_threshold": 0.95,
                "enabled": true,
                "max_depth": 3,
                "min_edge_length": 1e-06
            },
            "swap": {
                "acceptance_tolerance": -1e-08,
                "enabled": false,
                "max_depth": 3
            },
            "type": "physics"
        },
        "use_p_ref": false
    },
    "tests": {
        "err_h1": 0,
        "err_h1_semi": 0,
        "err_l2": 0,
        "err_linf": 0,
        "err_linf_grad": 0,
        "err_lp": 0,
        "margin": 1e-05,
        "time_steps": 1
    },
    "time": {
        "dt": "REQUIRED!",
        "integrator": {
            "beta": 0.25,
            "gamma": 0.5,
            "steps": 1,
            "type": "REQUIRED!"
        },
        "quasistatic": false,
        "t0": 0,
        "tend": "REQUIRED!",
        "time_steps": "REQUIRED!"
    },
    "units": {
        "characteristic_length": 1,
        "length": "m",
        "mass": "kg",
        "time": "s"
    }
}

Full Specification

The following json contains the full specification of the PolyFEM JSON API.

/ (object)

/

Description

Root of the configuration file.

Required

/geometry (list) 

/geometry

Description

List of geometry objects.

/geometry/* 
/geometry/*

Description

Each geometry object stores a mesh, a set of transformations applied to it after loading, and a set of selections, which can be used to specify boundary conditions, materials, optimization parameters and other quantities that can be associated with a part of an object.

Required

/geometry/*/mesh (file) 

/geometry/*/mesh

Description

Path of the mesh file to load.

Extensions: ['.obj', '.msh', '.stl', '.ply', '.mesh']

Optional

/geometry/*/type (string) 

/geometry/*/type

Description

Type of geometry, currently only one supported. In future we will add stuff like planes, spheres, etc.

Default: 'mesh'

Options: ['mesh', 'plane', 'ground', 'mesh_sequence', 'mesh_array']

/geometry/*/extract (string) 

/geometry/*/extract

Description

Used to extract stuff from the mesh. Eg extract surface extracts the surface from a tet mesh.

Default: 'volume'

Options: ['volume', 'edges', 'points', 'surface']

/geometry/*/unit (string) 

/geometry/*/unit

Description

Units of the geometric model.

Default: ''

/geometry/*/transformation (object) 

/geometry/*/transformation

Description

Geometric transformations applied to the geometry after loading it.

Default: None

Optional

/geometry/*/transformation/translation (list) 

/geometry/*/transformation/translation

Description

Translate (two entries for 2D problems or three entries for 3D problems).

/geometry/*/transformation/translation/* (float) 

/geometry/*/transformation/translation/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/rotation (list) 

/geometry/*/transformation/rotation

Description

Rotate, in 2D, one number, the rotation angle, in 3D, three or four Euler angles, axis+angle, or a unit quaternion. Depends on rotation mode.

/geometry/*/transformation/rotation/* (float) 

/geometry/*/transformation/rotation/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/rotation_mode (string) 

/geometry/*/transformation/rotation_mode

Description

Type of rotation, supported are any permutation of [xyz]+, axis_angle, quaternion, or rotation_vector.

Default: 'xyz'

/geometry/*/transformation/scale (list) 

/geometry/*/transformation/scale

Description

Scale by specified factors along axes (two entries for 2D problems or three entries for 3D problems).

/geometry/*/transformation/scale/* (float) 

/geometry/*/transformation/scale/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/dimensions 
/geometry/*/transformation/dimensions

Description

Scale the object so that bounding box dimensions match specified dimensions, 2 entries for 2D problems, 3 entries for 3D problems.

Default: 1

Description

Scale the object so that bounding box dimensions match specified dimensions, 2 entries for 2D problems, 3 entries for 3D problems.

/geometry/*/transformation/dimensions/* (float) 

/geometry/*/transformation/dimensions/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/volume_selection 
/geometry/*/volume_selection

Description

Assign specified ID to all elements of the geometry.

Description

Load ids from a file; the file is required to have one ID per element of the geometry

Extensions: ['.txt']

Description

Offsets the volume IDs loaded from the mesh.

Default: None

Optional

/geometry/*/volume_selection/id_offset (int) 

/geometry/*/volume_selection/id_offset

Description

Offsets the volume IDs loaded from the mesh.

Default: 0

Description

List of selection (ID assignment) operations to apply to the geometry; operations can be box, sphere, etc.

/geometry/*/volume_selection/* 
/geometry/*/volume_selection/*

Description

Assign the ID to all elements with barycenters inside an axis-aligned box given by the list of its 2 corners, one with min, the other with max coordinates along all axes. If relative option is set to true, the coordinates of the box corners are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/box (list) 

/geometry/*/volume_selection/*/box

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/box/* (list) 

/geometry/*/volume_selection/*/box/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/box/*/* (float) 

/geometry/*/volume_selection/*/box/*/*

Description

FIXME: Missing documentation in the specification.

Default: 0

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a sphere with specified center and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/radius (float) 

/geometry/*/volume_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/center (list) 

/geometry/*/volume_selection/*/center

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/center/* (float) 

/geometry/*/volume_selection/*/center/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a cylinder with specified axis (p1, p2) and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/radius (float) 

/geometry/*/volume_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p1 (list) 

/geometry/*/volume_selection/*/p1

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p1/* (float) 

/geometry/*/volume_selection/*/p1/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p2 (list) 

/geometry/*/volume_selection/*/p2

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p2/* (float) 

/geometry/*/volume_selection/*/p2/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters in a halfspace. The halfspace boundary plane is defined by a point in the plane and the normal, which points to the halfspace. The option relative set to true indicates that the point position is specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/point (list) 

/geometry/*/volume_selection/*/point

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/point/* (float) 

/geometry/*/volume_selection/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/normal (list) 

/geometry/*/volume_selection/*/normal

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/normal/* (float) 

/geometry/*/volume_selection/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Same as halfspace, but the boundary plane is axis-aligned. The choice of axis is specified either by a string matching the regexp r”[+-][xyzXYZ]” or an int matching the regular expression [+-]?[123] where the sign is the side of the plane to select and letter or number indicates the axis to which the plane is perpendicular. The offset is the plane offset from the origin. If the relative option is set to true, the offset is with respect to the center of the bounding box.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/axis 
/geometry/*/volume_selection/*/axis

Description

FIXME: Missing documentation in the specification.

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/position (float) 

/geometry/*/volume_selection/*/position

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

/geometry/*/surface_selection 
/geometry/*/surface_selection

Description

Assign specified ID to all elements of the geometry.

Description

Load ids from a file; the file is required to have one ID per element of the geometry

Extensions: ['.txt']

Description

List of selection (ID assignment) operations to apply to the geometry; operations can be box, sphere, etc.

/geometry/*/surface_selection/* 
/geometry/*/surface_selection/*

Description

Assign the ID to all elements with barycenters inside an axis-aligned box given by the list of its 2 corners, one with min, the other with max coordinates along all axes. If relative option is set to true, the coordinates of the box corners are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/box (list) 

/geometry/*/surface_selection/*/box

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/box/* (list) 

/geometry/*/surface_selection/*/box/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/box/*/* (float) 

/geometry/*/surface_selection/*/box/*/*

Description

FIXME: Missing documentation in the specification.

Default: 0

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a sphere with specified center and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/radius (float) 

/geometry/*/surface_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/center (list) 

/geometry/*/surface_selection/*/center

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/center/* (float) 

/geometry/*/surface_selection/*/center/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a cylinder with specified axis (p1, p2) and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/radius (float) 

/geometry/*/surface_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p1 (list) 

/geometry/*/surface_selection/*/p1

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p1/* (float) 

/geometry/*/surface_selection/*/p1/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p2 (list) 

/geometry/*/surface_selection/*/p2

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p2/* (float) 

/geometry/*/surface_selection/*/p2/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters in a halfspace. The halfspace boundary plane is defined by a point in the plane and the normal, which points to the halfspace. The option relative set to true indicates that the point position is specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/point (list) 

/geometry/*/surface_selection/*/point

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/point/* (float) 

/geometry/*/surface_selection/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/normal (list) 

/geometry/*/surface_selection/*/normal

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/normal/* (float) 

/geometry/*/surface_selection/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Same as halfspace, but the boundary plane is axis-aligned. The choice of axis is specified either by a string matching the regexp r”[+-][xyzXYZ]” or an int matching the regular expression [+-]?[123] where the sign is the side of the plane to select and letter or number indicates the axis to which the plane is perpendicular. The offset is the plane offset from the origin. If the relative option is set to true, the offset is with respect to the center of the bounding box.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/axis 
/geometry/*/surface_selection/*/axis

Description

FIXME: Missing documentation in the specification.

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/position (float) 

/geometry/*/surface_selection/*/position

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assigns ids to sides touching the bbox of the model using a threshold. Assigns 1+offset to left, 2+offset to bottom, 3+offset to right, 4+offset to top, 5+offset to front, 6+offset to back, 7+offset to everything else.

Default: None

Required

/geometry/*/surface_selection/*/threshold (float) 

/geometry/*/surface_selection/*/threshold

Description

Threshold for box side selection.

Optional

/geometry/*/surface_selection/*/id_offset (int) 

/geometry/*/surface_selection/*/id_offset

Description

ID offset of box side selection.

Default: 0

/geometry/*/curve_selection (object) 

/geometry/*/curve_selection

Description

Selection of curves

Default: None

/geometry/*/point_selection 
/geometry/*/point_selection

Description

Assign specified ID to all elements of the geometry.

Description

Load ids from a file; the file is required to have one ID per element of the geometry

Extensions: ['.txt']

Description

List of selection (ID assignment) operations to apply to the geometry; operations can be box, sphere, etc.

/geometry/*/point_selection/* 
/geometry/*/point_selection/*

Description

Assign the ID to all elements with barycenters inside an axis-aligned box given by the list of its 2 corners, one with min, the other with max coordinates along all axes. If relative option is set to true, the coordinates of the box corners are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/box (list) 

/geometry/*/point_selection/*/box

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/box/* (list) 

/geometry/*/point_selection/*/box/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/box/*/* (float) 

/geometry/*/point_selection/*/box/*/*

Description

FIXME: Missing documentation in the specification.

Default: 0

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a sphere with specified center and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/radius (float) 

/geometry/*/point_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/center (list) 

/geometry/*/point_selection/*/center

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/center/* (float) 

/geometry/*/point_selection/*/center/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a cylinder with specified axis (p1, p2) and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/radius (float) 

/geometry/*/point_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p1 (list) 

/geometry/*/point_selection/*/p1

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p1/* (float) 

/geometry/*/point_selection/*/p1/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p2 (list) 

/geometry/*/point_selection/*/p2

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p2/* (float) 

/geometry/*/point_selection/*/p2/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters in a halfspace. The halfspace boundary plane is defined by a point in the plane and the normal, which points to the halfspace. The option relative set to true indicates that the point position is specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/point (list) 

/geometry/*/point_selection/*/point

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/point/* (float) 

/geometry/*/point_selection/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/normal (list) 

/geometry/*/point_selection/*/normal

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/normal/* (float) 

/geometry/*/point_selection/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Same as halfspace, but the boundary plane is axis-aligned. The choice of axis is specified either by a string matching the regexp r”[+-][xyzXYZ]” or an int matching the regular expression [+-]?[123] where the sign is the side of the plane to select and letter or number indicates the axis to which the plane is perpendicular. The offset is the plane offset from the origin. If the relative option is set to true, the offset is with respect to the center of the bounding box.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/axis 
/geometry/*/point_selection/*/axis

Description

FIXME: Missing documentation in the specification.

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/position (float) 

/geometry/*/point_selection/*/position

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assigns ids to sides touching the bbox of the model using a threshold. Assigns 1+offset to left, 2+offset to bottom, 3+offset to right, 4+offset to top, 5+offset to front, 6+offset to back, 7+offset to everything else.

Default: None

Required

/geometry/*/point_selection/*/threshold (float) 

/geometry/*/point_selection/*/threshold

Description

Threshold for box side selection.

Optional

/geometry/*/point_selection/*/id_offset (int) 

/geometry/*/point_selection/*/id_offset

Description

ID offset of box side selection.

Default: 0

/geometry/*/n_refs (int) 

/geometry/*/n_refs

Description

number of uniform refinements

Default: 0

/geometry/*/advanced (object) 

/geometry/*/advanced

Description

Advanced options for geometry

Default: None

Optional

/geometry/*/advanced/normalize_mesh (bool) 

/geometry/*/advanced/normalize_mesh

Description

Rescale the mesh to it fits in the biunit cube

Default: False

/geometry/*/advanced/force_linear_geometry (bool) 

/geometry/*/advanced/force_linear_geometry

Description

Discard high-order nodes for curved geometries

Default: False

/geometry/*/advanced/refinement_location (float) 

/geometry/*/advanced/refinement_location

Description

parametric location of the refinement

Default: 0.5

/geometry/*/advanced/min_component (int) 

/geometry/*/advanced/min_component

Description

Size of the minumum component for collision

Default: -1

/geometry/*/enabled (bool) 

/geometry/*/enabled

Description

Skips the geometry if false

Default: True

/geometry/*/is_obstacle (bool) 

/geometry/*/is_obstacle

Description

The geometry elements are not included in deforming geometry, only in collision computations

Default: False

Type: mesh_array

Description

Each geometry object stores a mesh, a set of transformations applied to it after loading, and a set of selections, which can be used to specify boundary conditions, materials, optimization parameters and other quantities that can be associated with a part of an object.

Required

/geometry/*/mesh (file) 

/geometry/*/mesh

Description

Path of the mesh file to load.

Extensions: ['.obj', '.msh', '.stl', '.ply', '.mesh']

/geometry/*/array (object) 

/geometry/*/array

Description

Array of meshes

Required

/geometry/*/array/offset (float) 

/geometry/*/array/offset

Description

Offset of the mesh in the array.

/geometry/*/array/size (list) 

/geometry/*/array/size

Description

Size of the array (two entries for 2D problems or three entries for 3D problems).

/geometry/*/array/size/* (int) 

/geometry/*/array/size/*

Description

Size of the array (two entries for 2D problems or three entries for 3D problems).

Range: [1, inf]

Optional

/geometry/*/array/relative (bool) 

/geometry/*/array/relative

Description

Is the offset value relative to the mesh’s dimensions.

Default: False

Optional

/geometry/*/type (string) 

/geometry/*/type

Description

Type of geometry, currently only one supported. In future we will add stuff like planes, spheres, etc.

Default: 'mesh'

Options: ['mesh', 'plane', 'ground', 'mesh_sequence', 'mesh_array']

/geometry/*/extract (string) 

/geometry/*/extract

Description

Used to extract stuff from the mesh. Eg extract surface extracts the surface from a tet mesh.

Default: 'volume'

Options: ['volume', 'edges', 'points', 'surface']

/geometry/*/unit (string) 

/geometry/*/unit

Description

Units of the geometric model.

Default: ''

/geometry/*/transformation (object) 

/geometry/*/transformation

Description

Geometric transformations applied to the geometry after loading it.

Default: None

Optional

/geometry/*/transformation/translation (list) 

/geometry/*/transformation/translation

Description

Translate (two entries for 2D problems or three entries for 3D problems).

/geometry/*/transformation/translation/* (float) 

/geometry/*/transformation/translation/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/rotation (list) 

/geometry/*/transformation/rotation

Description

Rotate, in 2D, one number, the rotation angle, in 3D, three or four Euler angles, axis+angle, or a unit quaternion. Depends on rotation mode.

/geometry/*/transformation/rotation/* (float) 

/geometry/*/transformation/rotation/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/rotation_mode (string) 

/geometry/*/transformation/rotation_mode

Description

Type of rotation, supported are any permutation of [xyz]+, axis_angle, quaternion, or rotation_vector.

Default: 'xyz'

/geometry/*/transformation/scale (list) 

/geometry/*/transformation/scale

Description

Scale by specified factors along axes (two entries for 2D problems or three entries for 3D problems).

/geometry/*/transformation/scale/* (float) 

/geometry/*/transformation/scale/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/dimensions 
/geometry/*/transformation/dimensions

Description

Scale the object so that bounding box dimensions match specified dimensions, 2 entries for 2D problems, 3 entries for 3D problems.

Default: 1

Description

Scale the object so that bounding box dimensions match specified dimensions, 2 entries for 2D problems, 3 entries for 3D problems.

/geometry/*/transformation/dimensions/* (float) 

/geometry/*/transformation/dimensions/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/volume_selection 
/geometry/*/volume_selection

Description

Assign specified ID to all elements of the geometry.

Description

Load ids from a file; the file is required to have one ID per element of the geometry

Extensions: ['.txt']

Description

Offsets the volume IDs loaded from the mesh.

Default: None

Optional

/geometry/*/volume_selection/id_offset (int) 

/geometry/*/volume_selection/id_offset

Description

Offsets the volume IDs loaded from the mesh.

Default: 0

Description

List of selection (ID assignment) operations to apply to the geometry; operations can be box, sphere, etc.

/geometry/*/volume_selection/* 
/geometry/*/volume_selection/*

Description

Assign the ID to all elements with barycenters inside an axis-aligned box given by the list of its 2 corners, one with min, the other with max coordinates along all axes. If relative option is set to true, the coordinates of the box corners are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/box (list) 

/geometry/*/volume_selection/*/box

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/box/* (list) 

/geometry/*/volume_selection/*/box/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/box/*/* (float) 

/geometry/*/volume_selection/*/box/*/*

Description

FIXME: Missing documentation in the specification.

Default: 0

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a sphere with specified center and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/radius (float) 

/geometry/*/volume_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/center (list) 

/geometry/*/volume_selection/*/center

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/center/* (float) 

/geometry/*/volume_selection/*/center/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a cylinder with specified axis (p1, p2) and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/radius (float) 

/geometry/*/volume_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p1 (list) 

/geometry/*/volume_selection/*/p1

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p1/* (float) 

/geometry/*/volume_selection/*/p1/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p2 (list) 

/geometry/*/volume_selection/*/p2

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/p2/* (float) 

/geometry/*/volume_selection/*/p2/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters in a halfspace. The halfspace boundary plane is defined by a point in the plane and the normal, which points to the halfspace. The option relative set to true indicates that the point position is specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/point (list) 

/geometry/*/volume_selection/*/point

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/point/* (float) 

/geometry/*/volume_selection/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/normal (list) 

/geometry/*/volume_selection/*/normal

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/normal/* (float) 

/geometry/*/volume_selection/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Same as halfspace, but the boundary plane is axis-aligned. The choice of axis is specified either by a string matching the regexp r”[+-][xyzXYZ]” or an int matching the regular expression [+-]?[123] where the sign is the side of the plane to select and letter or number indicates the axis to which the plane is perpendicular. The offset is the plane offset from the origin. If the relative option is set to true, the offset is with respect to the center of the bounding box.

Default: None

Required

/geometry/*/volume_selection/*/id (int) 

/geometry/*/volume_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/axis 
/geometry/*/volume_selection/*/axis

Description

FIXME: Missing documentation in the specification.

Description

FIXME: Missing documentation in the specification.

/geometry/*/volume_selection/*/position (float) 

/geometry/*/volume_selection/*/position

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/volume_selection/*/relative (bool) 

/geometry/*/volume_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

/geometry/*/surface_selection 
/geometry/*/surface_selection

Description

Assign specified ID to all elements of the geometry.

Description

Load ids from a file; the file is required to have one ID per element of the geometry

Extensions: ['.txt']

Description

List of selection (ID assignment) operations to apply to the geometry; operations can be box, sphere, etc.

/geometry/*/surface_selection/* 
/geometry/*/surface_selection/*

Description

Assign the ID to all elements with barycenters inside an axis-aligned box given by the list of its 2 corners, one with min, the other with max coordinates along all axes. If relative option is set to true, the coordinates of the box corners are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/box (list) 

/geometry/*/surface_selection/*/box

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/box/* (list) 

/geometry/*/surface_selection/*/box/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/box/*/* (float) 

/geometry/*/surface_selection/*/box/*/*

Description

FIXME: Missing documentation in the specification.

Default: 0

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a sphere with specified center and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/radius (float) 

/geometry/*/surface_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/center (list) 

/geometry/*/surface_selection/*/center

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/center/* (float) 

/geometry/*/surface_selection/*/center/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a cylinder with specified axis (p1, p2) and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/radius (float) 

/geometry/*/surface_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p1 (list) 

/geometry/*/surface_selection/*/p1

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p1/* (float) 

/geometry/*/surface_selection/*/p1/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p2 (list) 

/geometry/*/surface_selection/*/p2

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/p2/* (float) 

/geometry/*/surface_selection/*/p2/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters in a halfspace. The halfspace boundary plane is defined by a point in the plane and the normal, which points to the halfspace. The option relative set to true indicates that the point position is specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/point (list) 

/geometry/*/surface_selection/*/point

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/point/* (float) 

/geometry/*/surface_selection/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/normal (list) 

/geometry/*/surface_selection/*/normal

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/normal/* (float) 

/geometry/*/surface_selection/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Same as halfspace, but the boundary plane is axis-aligned. The choice of axis is specified either by a string matching the regexp r”[+-][xyzXYZ]” or an int matching the regular expression [+-]?[123] where the sign is the side of the plane to select and letter or number indicates the axis to which the plane is perpendicular. The offset is the plane offset from the origin. If the relative option is set to true, the offset is with respect to the center of the bounding box.

Default: None

Required

/geometry/*/surface_selection/*/id (int) 

/geometry/*/surface_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/axis 
/geometry/*/surface_selection/*/axis

Description

FIXME: Missing documentation in the specification.

Description

FIXME: Missing documentation in the specification.

/geometry/*/surface_selection/*/position (float) 

/geometry/*/surface_selection/*/position

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/surface_selection/*/relative (bool) 

/geometry/*/surface_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assigns ids to sides touching the bbox of the model using a threshold. Assigns 1+offset to left, 2+offset to bottom, 3+offset to right, 4+offset to top, 5+offset to front, 6+offset to back, 7+offset to everything else.

Default: None

Required

/geometry/*/surface_selection/*/threshold (float) 

/geometry/*/surface_selection/*/threshold

Description

Threshold for box side selection.

Optional

/geometry/*/surface_selection/*/id_offset (int) 

/geometry/*/surface_selection/*/id_offset

Description

ID offset of box side selection.

Default: 0

/geometry/*/curve_selection (object) 

/geometry/*/curve_selection

Description

Selection of curves

Default: None

/geometry/*/point_selection 
/geometry/*/point_selection

Description

Assign specified ID to all elements of the geometry.

Description

Load ids from a file; the file is required to have one ID per element of the geometry

Extensions: ['.txt']

Description

List of selection (ID assignment) operations to apply to the geometry; operations can be box, sphere, etc.

/geometry/*/point_selection/* 
/geometry/*/point_selection/*

Description

Assign the ID to all elements with barycenters inside an axis-aligned box given by the list of its 2 corners, one with min, the other with max coordinates along all axes. If relative option is set to true, the coordinates of the box corners are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/box (list) 

/geometry/*/point_selection/*/box

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/box/* (list) 

/geometry/*/point_selection/*/box/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/box/*/* (float) 

/geometry/*/point_selection/*/box/*/*

Description

FIXME: Missing documentation in the specification.

Default: 0

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a sphere with specified center and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/radius (float) 

/geometry/*/point_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/center (list) 

/geometry/*/point_selection/*/center

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/center/* (float) 

/geometry/*/point_selection/*/center/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters inside a cylinder with specified axis (p1, p2) and radius. If relative option is set to true, the coordinates of the center are specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry, and the radius is specified relative to the bounding box diagonal length.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/radius (float) 

/geometry/*/point_selection/*/radius

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p1 (list) 

/geometry/*/point_selection/*/p1

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p1/* (float) 

/geometry/*/point_selection/*/p1/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p2 (list) 

/geometry/*/point_selection/*/p2

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/p2/* (float) 

/geometry/*/point_selection/*/p2/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assign the ID to all elements with barycenters in a halfspace. The halfspace boundary plane is defined by a point in the plane and the normal, which points to the halfspace. The option relative set to true indicates that the point position is specified in bilinear/trilinear coordinates with respect to the bounding box of the geometry.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/point (list) 

/geometry/*/point_selection/*/point

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/point/* (float) 

/geometry/*/point_selection/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/normal (list) 

/geometry/*/point_selection/*/normal

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/normal/* (float) 

/geometry/*/point_selection/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Same as halfspace, but the boundary plane is axis-aligned. The choice of axis is specified either by a string matching the regexp r”[+-][xyzXYZ]” or an int matching the regular expression [+-]?[123] where the sign is the side of the plane to select and letter or number indicates the axis to which the plane is perpendicular. The offset is the plane offset from the origin. If the relative option is set to true, the offset is with respect to the center of the bounding box.

Default: None

Required

/geometry/*/point_selection/*/id (int) 

/geometry/*/point_selection/*/id

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/axis 
/geometry/*/point_selection/*/axis

Description

FIXME: Missing documentation in the specification.

Description

FIXME: Missing documentation in the specification.

/geometry/*/point_selection/*/position (float) 

/geometry/*/point_selection/*/position

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/point_selection/*/relative (bool) 

/geometry/*/point_selection/*/relative

Description

FIXME: Missing documentation in the specification.

Default: False

Description

Assigns ids to sides touching the bbox of the model using a threshold. Assigns 1+offset to left, 2+offset to bottom, 3+offset to right, 4+offset to top, 5+offset to front, 6+offset to back, 7+offset to everything else.

Default: None

Required

/geometry/*/point_selection/*/threshold (float) 

/geometry/*/point_selection/*/threshold

Description

Threshold for box side selection.

Optional

/geometry/*/point_selection/*/id_offset (int) 

/geometry/*/point_selection/*/id_offset

Description

ID offset of box side selection.

Default: 0

/geometry/*/n_refs (int) 

/geometry/*/n_refs

Description

number of uniform refinements

Default: 0

/geometry/*/advanced (object) 

/geometry/*/advanced

Description

Advanced options for geometry

Default: None

Optional

/geometry/*/advanced/normalize_mesh (bool) 

/geometry/*/advanced/normalize_mesh

Description

Rescale the mesh to it fits in the biunit cube

Default: False

/geometry/*/advanced/force_linear_geometry (bool) 

/geometry/*/advanced/force_linear_geometry

Description

Discard high-order nodes for curved geometries

Default: False

/geometry/*/advanced/refinement_location (float) 

/geometry/*/advanced/refinement_location

Description

parametric location of the refinement

Default: 0.5

/geometry/*/advanced/min_component (int) 

/geometry/*/advanced/min_component

Description

Size of the minumum component for collision

Default: -1

/geometry/*/enabled (bool) 

/geometry/*/enabled

Description

Skips the geometry if false

Default: True

/geometry/*/is_obstacle (bool) 

/geometry/*/is_obstacle

Description

The geometry elements are not included in deforming geometry, only in collision computations

Default: False

Type: plane

Description

Plane geometry object defined by its origin and normal.

Required

/geometry/*/point (list) 

/geometry/*/point

Description

Point on plane (two entries for 2D problems or three entries for 3D problems).

/geometry/*/point/* (float) 

/geometry/*/point/*

Description

FIXME: Missing documentation in the specification.

/geometry/*/normal (list) 

/geometry/*/normal

Description

Normal of plane (two entries for 2D problems or three entries for 3D problems).

/geometry/*/normal/* (float) 

/geometry/*/normal/*

Description

FIXME: Missing documentation in the specification.

Optional

/geometry/*/type (string) 

/geometry/*/type

Description

Type of geometry, currently only one supported. In future we will add stuff like planes, spheres, etc.

Default: 'mesh'

Options: ['mesh', 'plane', 'ground', 'mesh_sequence', 'mesh_array']

/geometry/*/enabled (bool) 

/geometry/*/enabled

Description

Skips the geometry if false

Default: True

/geometry/*/is_obstacle (bool) 

/geometry/*/is_obstacle

Description

The geometry elements are not included in deforming geometry, only in collision computations

Default: False

Type: ground

Description

Plane orthogonal to gravity defined by its height.

Required

/geometry/*/height (float) 

/geometry/*/height

Description

Height of ground plane.

Optional

/geometry/*/type (string) 

/geometry/*/type

Description

Type of geometry, currently only one supported. In future we will add stuff like planes, spheres, etc.

Default: 'mesh'

Options: ['mesh', 'plane', 'ground', 'mesh_sequence', 'mesh_array']

/geometry/*/enabled (bool) 

/geometry/*/enabled

Description

Skips the geometry if false

Default: True

/geometry/*/is_obstacle (bool) 

/geometry/*/is_obstacle

Description

The geometry elements are not included in deforming geometry, only in collision computations

Default: False

Type: mesh_sequence

Description

Mesh sequence.

Required

/geometry/*/mesh_sequence 
/geometry/*/mesh_sequence

Description

Directory (or GLOB) of meshes for the mesh sequence.

Description

List of mesh files for the mesh sequence.

/geometry/*/mesh_sequence/* (file) 

/geometry/*/mesh_sequence/*

Description

Path of the mesh file to load.

Extensions: ['.obj', '.msh', '.stl', '.ply', '.mesh']

/geometry/*/fps (int) 

/geometry/*/fps

Description

Frames of the mesh sequence per second.

Optional

/geometry/*/type (string) 

/geometry/*/type

Description

Type of geometry, currently only one supported. In future we will add stuff like planes, spheres, etc.

Default: 'mesh'

Options: ['mesh', 'plane', 'ground', 'mesh_sequence', 'mesh_array']

/geometry/*/extract (string) 

/geometry/*/extract

Description

Used to extract stuff from the mesh. Eg extract surface extracts the surface from a tet mesh.

Default: 'volume'

Options: ['volume', 'edges', 'points', 'surface']

/geometry/*/unit (string) 

/geometry/*/unit

Description

Units of the geometric model.

Default: ''

/geometry/*/transformation (object) 

/geometry/*/transformation

Description

Geometric transformations applied to the geometry after loading it.

Default: None

Optional

/geometry/*/transformation/translation (list) 

/geometry/*/transformation/translation

Description

Translate (two entries for 2D problems or three entries for 3D problems).

/geometry/*/transformation/translation/* (float) 

/geometry/*/transformation/translation/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/rotation (list) 

/geometry/*/transformation/rotation

Description

Rotate, in 2D, one number, the rotation angle, in 3D, three or four Euler angles, axis+angle, or a unit quaternion. Depends on rotation mode.

/geometry/*/transformation/rotation/* (float) 

/geometry/*/transformation/rotation/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/rotation_mode (string) 

/geometry/*/transformation/rotation_mode

Description

Type of rotation, supported are any permutation of [xyz]+, axis_angle, quaternion, or rotation_vector.

Default: 'xyz'

/geometry/*/transformation/scale (list) 

/geometry/*/transformation/scale

Description

Scale by specified factors along axes (two entries for 2D problems or three entries for 3D problems).

/geometry/*/transformation/scale/* (float) 

/geometry/*/transformation/scale/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/transformation/dimensions 
/geometry/*/transformation/dimensions

Description

Scale the object so that bounding box dimensions match specified dimensions, 2 entries for 2D problems, 3 entries for 3D problems.

Default: 1

Description

Scale the object so that bounding box dimensions match specified dimensions, 2 entries for 2D problems, 3 entries for 3D problems.

/geometry/*/transformation/dimensions/* (float) 

/geometry/*/transformation/dimensions/*

Description

FIXME: Missing documentation in the specification.

Default: 0

/geometry/*/n_refs (int) 

/geometry/*/n_refs

Description

number of uniform refinements

Default: 0

/geometry/*/advanced (object) 

/geometry/*/advanced

Description

Advanced options for geometry

Default: None

Optional

/geometry/*/advanced/normalize_mesh (bool) 

/geometry/*/advanced/normalize_mesh

Description

Rescale the mesh to it fits in the biunit cube

Default: False

/geometry/*/advanced/force_linear_geometry (bool) 

/geometry/*/advanced/force_linear_geometry

Description

Discard high-order nodes for curved geometries

Default: False

/geometry/*/advanced/refinement_location (float) 

/geometry/*/advanced/refinement_location

Description

parametric location of the refinement

Default: 0.5

/geometry/*/advanced/min_component (int) 

/geometry/*/advanced/min_component

Description

Size of the minumum component for collision

Default: -1

/geometry/*/enabled (bool) 

/geometry/*/enabled

Description

Skips the geometry if false

Default: True

/geometry/*/is_obstacle (bool) 

/geometry/*/is_obstacle

Description

The geometry elements are not included in deforming geometry, only in collision computations

Default: False

/materials (list) 

/materials

Description

Material Parameters lists including ID pointing to volume selection, Young’s modulus (\(E\)), Poisson’s ratio (\(\nu\)), Density (\(\rho\)), or Lamé constants (\(\lambda\) and \(\mu\)).

/materials/* 
/materials/*

Type: NeoHookean

Description

Material Parameters including ID, Young’s modulus (\(E\)), Poisson’s ratio (\(\nu\)), density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/E 
/materials/*/E

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/E/value 
/materials/*/E/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/E/unit (string) 

/materials/*/E/unit

Description

The unit of the Value

/materials/*/nu 
/materials/*/nu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/nu/value 
/materials/*/nu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/nu/unit (string) 

/materials/*/nu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

/materials/*/phi 
/materials/*/phi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/phi/value 
/materials/*/phi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/phi/unit (string) 

/materials/*/phi/unit

Description

The unit of the Value

/materials/*/psi 
/materials/*/psi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/psi/value 
/materials/*/psi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/psi/unit (string) 

/materials/*/psi/unit

Description

The unit of the Value

Type: NeoHookean

Description

Material Parameters including ID, Lamé first (\(\lambda\)), Lamé second (\(\mu\)), density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/lambda 
/materials/*/lambda

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/lambda/value 
/materials/*/lambda/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/lambda/unit (string) 

/materials/*/lambda/unit

Description

The unit of the Value

/materials/*/mu 
/materials/*/mu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/mu/value 
/materials/*/mu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/mu/unit (string) 

/materials/*/mu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

/materials/*/phi 
/materials/*/phi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/phi/value 
/materials/*/phi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/phi/unit (string) 

/materials/*/phi/unit

Description

The unit of the Value

/materials/*/psi 
/materials/*/psi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/psi/value 
/materials/*/psi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/psi/unit (string) 

/materials/*/psi/unit

Description

The unit of the Value

Type: MooneyRivlin

Description

Material Parameters including ID, for Mooney-Rivlin

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/c1 
/materials/*/c1

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c1/value 
/materials/*/c1/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c1/unit (string) 

/materials/*/c1/unit

Description

The unit of the Value

/materials/*/c2 
/materials/*/c2

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c2/value 
/materials/*/c2/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c2/unit (string) 

/materials/*/c2/unit

Description

The unit of the Value

/materials/*/k 
/materials/*/k

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/k/value 
/materials/*/k/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/k/unit (string) 

/materials/*/k/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: MooneyRivlin3Param

Description

Material Parameters including ID, for Mooney-Rivlin

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/c1 
/materials/*/c1

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c1/value 
/materials/*/c1/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c1/unit (string) 

/materials/*/c1/unit

Description

The unit of the Value

/materials/*/c2 
/materials/*/c2

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c2/value 
/materials/*/c2/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c2/unit (string) 

/materials/*/c2/unit

Description

The unit of the Value

/materials/*/c3 
/materials/*/c3

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c3/value 
/materials/*/c3/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c3/unit (string) 

/materials/*/c3/unit

Description

The unit of the Value

/materials/*/d1 
/materials/*/d1

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/d1/value 
/materials/*/d1/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/d1/unit (string) 

/materials/*/d1/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: MooneyRivlin3ParamSymbolic

Description

Material Parameters including ID, for Mooney-Rivlin

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/c1 
/materials/*/c1

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c1/value 
/materials/*/c1/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c1/unit (string) 

/materials/*/c1/unit

Description

The unit of the Value

/materials/*/c2 
/materials/*/c2

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c2/value 
/materials/*/c2/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c2/unit (string) 

/materials/*/c2/unit

Description

The unit of the Value

/materials/*/c3 
/materials/*/c3

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c3/value 
/materials/*/c3/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c3/unit (string) 

/materials/*/c3/unit

Description

The unit of the Value

/materials/*/d1 
/materials/*/d1

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/d1/value 
/materials/*/d1/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/d1/unit (string) 

/materials/*/d1/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: UnconstrainedOgden

Description

Material Parameters including ID, for Ogden.

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/alphas 
/materials/*/alphas

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/alphas/value 
/materials/*/alphas/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/alphas/unit (string) 

/materials/*/alphas/unit

Description

The unit of the Value

/materials/*/mus (list) 

/materials/*/mus

Description

Ogden mu

/materials/*/mus/* 
/materials/*/mus/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/mus/*/value 
/materials/*/mus/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/mus/*/unit (string) 

/materials/*/mus/*/unit

Description

The unit of the Value

/materials/*/Ds (list) 

/materials/*/Ds

Description

Ogden D

/materials/*/Ds/* 
/materials/*/Ds/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/Ds/*/value 
/materials/*/Ds/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/Ds/*/unit (string) 

/materials/*/Ds/*/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: IncompressibleOgden

Description

Material Parameters including ID, for Ogden.

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/c 
/materials/*/c

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c/value 
/materials/*/c/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c/unit (string) 

/materials/*/c/unit

Description

The unit of the Value

Description

Coefficient(s) of Incompressible Ogden

/materials/*/c/* 
/materials/*/c/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/c/*/value 
/materials/*/c/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/c/*/unit (string) 

/materials/*/c/*/unit

Description

The unit of the Value

/materials/*/m 
/materials/*/m

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/m/value 
/materials/*/m/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/m/unit (string) 

/materials/*/m/unit

Description

The unit of the Value

Description

Exponent(s) of Incompressible Ogden

/materials/*/m/* 
/materials/*/m/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/m/*/value 
/materials/*/m/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/m/*/unit (string) 

/materials/*/m/*/unit

Description

The unit of the Value

/materials/*/k 
/materials/*/k

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/k/value 
/materials/*/k/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/k/unit (string) 

/materials/*/k/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: LinearElasticity

Description

Material Parameters including ID, Young’s modulus (\(E\)), Poisson’s ratio (\(\nu\)), density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/E 
/materials/*/E

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/E/value 
/materials/*/E/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/E/unit (string) 

/materials/*/E/unit

Description

The unit of the Value

/materials/*/nu 
/materials/*/nu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/nu/value 
/materials/*/nu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/nu/unit (string) 

/materials/*/nu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

/materials/*/phi 
/materials/*/phi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/phi/value 
/materials/*/phi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/phi/unit (string) 

/materials/*/phi/unit

Description

The unit of the Value

/materials/*/psi 
/materials/*/psi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/psi/value 
/materials/*/psi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/psi/unit (string) 

/materials/*/psi/unit

Description

The unit of the Value

Type: LinearElasticity

Description

Material Parameters including ID, Lamé first (\(\lambda\)), Lamé second (\(\mu\)), density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/lambda 
/materials/*/lambda

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/lambda/value 
/materials/*/lambda/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/lambda/unit (string) 

/materials/*/lambda/unit

Description

The unit of the Value

/materials/*/mu 
/materials/*/mu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/mu/value 
/materials/*/mu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/mu/unit (string) 

/materials/*/mu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: HookeLinearElasticity

Description

Material Parameters including ID, E, nu, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/E 
/materials/*/E

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/E/value 
/materials/*/E/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/E/unit (string) 

/materials/*/E/unit

Description

The unit of the Value

/materials/*/nu 
/materials/*/nu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/nu/value 
/materials/*/nu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/nu/unit (string) 

/materials/*/nu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: HookeLinearElasticity

Description

Material Parameters including ID, E, nu, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/elasticity_tensor (list) 

/materials/*/elasticity_tensor

Description

Symmetric elasticity tensor

/materials/*/elasticity_tensor/* 
/materials/*/elasticity_tensor/*

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/elasticity_tensor/*/value 
/materials/*/elasticity_tensor/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/elasticity_tensor/*/unit (string) 

/materials/*/elasticity_tensor/*/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: SaintVenant

Description

Material Parameters including ID, E, nu, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/E 
/materials/*/E

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/E/value 
/materials/*/E/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/E/unit (string) 

/materials/*/E/unit

Description

The unit of the Value

/materials/*/nu 
/materials/*/nu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/nu/value 
/materials/*/nu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/nu/unit (string) 

/materials/*/nu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

/materials/*/phi 
/materials/*/phi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/phi/value 
/materials/*/phi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/phi/unit (string) 

/materials/*/phi/unit

Description

The unit of the Value

/materials/*/psi 
/materials/*/psi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/psi/value 
/materials/*/psi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/psi/unit (string) 

/materials/*/psi/unit

Description

The unit of the Value

Type: SaintVenant

Description

Material Parameters including ID, E, nu, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/elasticity_tensor (list) 

/materials/*/elasticity_tensor

Description

Symmetric elasticity tensor

/materials/*/elasticity_tensor/* 
/materials/*/elasticity_tensor/*

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/elasticity_tensor/*/value 
/materials/*/elasticity_tensor/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/elasticity_tensor/*/unit (string) 

/materials/*/elasticity_tensor/*/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

/materials/*/phi 
/materials/*/phi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/phi/value 
/materials/*/phi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/phi/unit (string) 

/materials/*/phi/unit

Description

The unit of the Value

/materials/*/psi 
/materials/*/psi

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/psi/value 
/materials/*/psi/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/psi/unit (string) 

/materials/*/psi/unit

Description

The unit of the Value

Type: Stokes

Description

Material Parameters including ID, viscosity, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/viscosity 
/materials/*/viscosity

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/viscosity/value 
/materials/*/viscosity/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/viscosity/unit (string) 

/materials/*/viscosity/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: NavierStokes

Description

Material Parameters including ID, viscosity, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/viscosity 
/materials/*/viscosity

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/viscosity/value 
/materials/*/viscosity/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/viscosity/unit (string) 

/materials/*/viscosity/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: OperatorSplitting

Description

Material Parameters including ID, viscosity, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/viscosity 
/materials/*/viscosity

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/viscosity/value 
/materials/*/viscosity/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/viscosity/unit (string) 

/materials/*/viscosity/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: IncompressibleLinearElasticity

Description

Material Parameters including ID, Young’s modulus (\(E\)), Poisson’s ratio (\(\nu\)), density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/E 
/materials/*/E

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/E/value 
/materials/*/E/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/E/unit (string) 

/materials/*/E/unit

Description

The unit of the Value

/materials/*/nu 
/materials/*/nu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/nu/value 
/materials/*/nu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/nu/unit (string) 

/materials/*/nu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: IncompressibleLinearElasticity

Description

Material Parameters including ID, Lamé first (\(\lambda\)), Lamé second (\(\mu\)), density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/lambda 
/materials/*/lambda

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/lambda/value 
/materials/*/lambda/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/lambda/unit (string) 

/materials/*/lambda/unit

Description

The unit of the Value

/materials/*/mu 
/materials/*/mu

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/mu/value 
/materials/*/mu/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/mu/unit (string) 

/materials/*/mu/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: Laplacian

Description

Material Parameters including ID, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: Helmholtz

Description

Material Parameters including ID, k, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

/materials/*/k 
/materials/*/k

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/k/value 
/materials/*/k/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/k/unit (string) 

/materials/*/k/unit

Description

The unit of the Value

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: Bilaplacian

Description

Material Parameters including ID, density (\(\rho\))

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

/materials/*/rho 
/materials/*/rho

Description

Value as a constant float

Default: 1

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/materials/*/rho/value 
/materials/*/rho/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/materials/*/rho/unit (string) 

/materials/*/rho/unit

Description

The unit of the Value

Type: AMIPS

Description

Material Parameters including ID

Required

/materials/*/type (string) 

/materials/*/type

Description

Type of material

Options: ['LinearElasticity', 'HookeLinearElasticity', 'SaintVenant', 'NeoHookean', 'MooneyRivlin', 'MooneyRivlin3Param', 'MooneyRivlin3ParamSymbolic', 'UnconstrainedOgden', 'IncompressibleOgden', 'Stokes', 'NavierStokes', 'OperatorSplitting', 'IncompressibleLinearElasticity', 'Laplacian', 'Helmholtz', 'Bilaplacian', 'AMIPS']

Optional

/materials/*/id 
/materials/*/id

Description

Volume selection ID

Default: 0

Description

Volume selection IDs

/materials/*/id/* (int) 

/materials/*/id/*

Description

Volume selection ID

Optional

/units (object) 

/units

Description

Basic units used in the code.

Default: None

Optional

/units/length (string) 

/units/length

Description

Length unit.

Default: 'm'

/units/mass (string) 

/units/mass

Description

Mass unit.

Default: 'kg'

/units/time (string) 

/units/time

Description

Time unit.

Default: 's'

/units/characteristic_length (float) 

/units/characteristic_length

Description

Characteristic length, used for tolerances.

Default: 1

/preset_problem 
/preset_problem

Type: Linear

Description

TODO

Default: 'skip'

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Quadratic

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Cubic

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Sine

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Franke

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: FrankeOld

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: GenericScalarExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/func (int) 

/preset_problem/func

Description

TODO

Default: 0

Type: Zero_BC

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Elastic

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Walk

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: TorsionElastic

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/axis_coordiante (int) 

/preset_problem/axis_coordiante

Description

TODO

Default: 2

/preset_problem/n_turns (float) 

/preset_problem/n_turns

Description

TODO

Default: 0.5

/preset_problem/fixed_boundary (int) 

/preset_problem/fixed_boundary

Description

TODO

Default: 5

/preset_problem/turning_boundary (int) 

/preset_problem/turning_boundary

Description

TODO

Default: 6

/preset_problem/bbox_center (list) 

/preset_problem/bbox_center

Description

TODO

/preset_problem/bbox_center/* (float) 

/preset_problem/bbox_center/*

Description

TODO

Default: 0

Type: DoubleTorsionElastic

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/axis_coordiante0 (int) 

/preset_problem/axis_coordiante0

Description

TODO

Default: 2

/preset_problem/axis_coordiante1 (int) 

/preset_problem/axis_coordiante1

Description

TODO

Default: 2

/preset_problem/angular_v0 (float) 

/preset_problem/angular_v0

Description

TODO

Default: 0.5

/preset_problem/angular_v1 (float) 

/preset_problem/angular_v1

Description

TODO

Default: -0.5

/preset_problem/turning_boundary0 (int) 

/preset_problem/turning_boundary0

Description

TODO

Default: 5

/preset_problem/turning_boundary1 (int) 

/preset_problem/turning_boundary1

Description

TODO

Default: 6

/preset_problem/bbox_center (list) 

/preset_problem/bbox_center

Description

TODO

/preset_problem/bbox_center/* (float) 

/preset_problem/bbox_center/*

Description

TODO

Default: 0

Type: ElasticZeroBC

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: ElasticExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: ElasticCantileverExact

Description

TODO, add displacement, E, nu, formulation, mesh_size

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: CompressionElasticExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: QuadraticElasticExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: LinearElasticExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: PointBasedTensor

Description

TODO, add optionals

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Kernel

Description

TODO, add optionals

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/formulation (string) 

/preset_problem/formulation

Description

TODO

Default: ''

/preset_problem/n_kernels (int) 

/preset_problem/n_kernels

Description

TODO

Default: 0

/preset_problem/kernel_distance (float) 

/preset_problem/kernel_distance

Description

TODO

Default: 0

/preset_problem/kernel_weights (string) 

/preset_problem/kernel_weights

Description

TODO

Default: ''

Type: Node

Description

TODO, add optionals

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: TimeDependentScalar

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: MinSurf

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Gravity

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

Type: ConstantVelocity

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: TwoSpheres

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: DrivenCavity

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: DrivenCavityC0

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: DrivenCavitySmooth

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: Flow

Description

TODO, add inflow, outflow, inflow_amout, outflow_amout, direction, obstacle

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: FlowWithObstacle

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

Type: CornerFlow

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

Type: UnitFlowWithObstacle

Description

TODO, add inflow_id, direction, no_slip

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

Type: StokesLaw

Description

TODO, add radius

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/viscosity (float) 

/preset_problem/viscosity

Description

TODO

Default: 1

Type: TaylorGreenVortex

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/viscosity (float) 

/preset_problem/viscosity

Description

TODO

Default: 1

Type: SimpleStokeProblemExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/func (int) 

/preset_problem/func

Description

TODO

Default: 0

Type: SineStokeProblemExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: TransientStokeProblemExact

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/func (int) 

/preset_problem/func

Description

TODO

Default: 0

/preset_problem/viscosity (float) 

/preset_problem/viscosity

Description

TODO

Default: 1

Type: Kovnaszy

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

/preset_problem/viscosity (float) 

/preset_problem/viscosity

Description

TODO

Default: 1

Type: Airfoil

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

Type: Lshape

Description

TODO

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Optional

Type: TestProblem

Description

TODO, type, omega, is_scalar

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

Type: BilaplacianProblemWithSolution

Description

TODO, type, omega, is_scalar

Required

/preset_problem/type (string) 

/preset_problem/type

Description

Type of preset problem to use.

Options: ['Linear', 'Quadratic', 'Cubic', 'Sine', 'Franke', 'FrankeOld', 'GenericScalarExact', 'Zero_BC', 'Elastic', 'Walk', 'TorsionElastic', 'DoubleTorsionElastic', 'ElasticZeroBC', 'ElasticExact', 'ElasticCantileverExact', 'CompressionElasticExact', 'QuadraticElasticExact', 'LinearElasticExact', 'PointBasedTensor', 'Kernel', 'Node', 'TimeDependentScalar', 'MinSurf', 'Gravity', 'ConstantVelocity', 'TwoSpheres', 'DrivenCavity', 'DrivenCavityC0', 'DrivenCavitySmooth', 'Flow', 'FlowWithObstacle', 'CornerFlow', 'UnitFlowWithObstacle', 'StokesLaw', 'TaylorGreenVortex', 'SimpleStokeProblemExact', 'SineStokeProblemExact', 'TransientStokeProblemExact', 'Kovnaszy', 'Airfoil', 'Lshape', 'TestProblem', 'BilaplacianProblemWithSolution']

/common (file) 

/common

Description

Path to common settings will patch the current file.

Default: ''

Extensions: ['.json']

/root_path (string) 

/root_path

Description

Path for all relative paths, set automatically to the folder containing this JSON.

Default: ''

/space (object) 

/space

Description

Options related to the FE space.

Default: None

Optional

/space/discr_order 
/space/discr_order

Description

Lagrange element order for the space for the main unknown, for all elements.

Default: 1

Description

Path to file containing Lagrange element order for the space for the main unknown per element.

Extensions: ['.txt', '.bin']

Description

List of Lagrange element order for the space for the main unknown with volume IDs.

/space/discr_order/* (object) 

/space/discr_order/*

Description

Lagrange element order for the a space tagged with volume ID for the main unknown.

Required

/space/discr_order/*/id 
/space/discr_order/*/id

Description

Volume selection ID to apply the discr_order to.

Description

List of volume selection IDs to apply the discr_order to.

/space/discr_order/*/id/* (int) 

/space/discr_order/*/id/*

Description

Volume selection ID to apply the discr_order to.

/space/discr_order/*/order (int) 

/space/discr_order/*/order

Description

Lagrange element order for the space for the main unknown, for all elements.

/space/pressure_discr_order (int) 

/space/pressure_discr_order

Description

Lagrange element order for the space for the pressure unknown, for all elements.

Default: 1

/space/basis_type (string) 

/space/basis_type

Description

Type of basis to use for non polygonal element, one of Lagrange, Spline, or Serendipity. Spline or Serendipity work only for quad/hex meshes

Default: 'Lagrange'

Options: ['Lagrange', 'Spline', 'Serendipity']

/space/poly_basis_type (string) 

/space/poly_basis_type

Description

Type of basis to use for a polygonal element, one of MFSHarmonic, MeanValue, or Wachspress see ‘PolySpline..’ paper for details.

Default: 'MFSHarmonic'

Options: ['MFSHarmonic', 'MeanValue', 'Wachspress']

/space/use_p_ref (bool) 

/space/use_p_ref

Description

Perform a priori p-refinement based on element shape, as described in ‘Decoupling..’ paper.

Default: False

/space/remesh (object) 

/space/remesh

Description

Settings for adaptive remeshing

Default: None

Optional

/space/remesh/enabled (bool) 

/space/remesh/enabled

Description

Whether to do adaptive remeshing

Default: False

/space/remesh/split (object) 

/space/remesh/split

Description

Settings for adaptive remeshing edge splitting operations

Default: None

Optional

/space/remesh/split/enabled (bool) 

/space/remesh/split/enabled

Description

Whether to do edge splitting in adaptive remeshing

Default: True

/space/remesh/split/acceptance_tolerance (float) 

/space/remesh/split/acceptance_tolerance

Description

Accept split operation if energy decreased by at least x

Default: 0.001

Range: [0, inf]

/space/remesh/split/culling_threshold (float) 

/space/remesh/split/culling_threshold

Description

Split operation culling threshold on energy

Default: 0.95

Range: [0, 1]

/space/remesh/split/max_depth (int) 

/space/remesh/split/max_depth

Description

Maximum depth split per time-step

Default: 3

Range: [1, inf]

/space/remesh/split/min_edge_length (float) 

/space/remesh/split/min_edge_length

Description

Minimum edge length to split

Default: 1e-06

Range: [0, inf]

/space/remesh/collapse (object) 

/space/remesh/collapse

Description

Settings for adaptive remeshing edge collapse operations

Default: None

Optional

/space/remesh/collapse/enabled (bool) 

/space/remesh/collapse/enabled

Description

Whether to do edge collapse in adaptive remeshing

Default: True

/space/remesh/collapse/acceptance_tolerance (float) 

/space/remesh/collapse/acceptance_tolerance

Description

Accept collapse operation if energy decreased by at least x

Default: -1e-08

Range: [-inf, 0]

/space/remesh/collapse/culling_threshold (float) 

/space/remesh/collapse/culling_threshold

Description

Collapse operation culling threshold on energy

Default: 0.01

Range: [0, 1]

/space/remesh/collapse/max_depth (int) 

/space/remesh/collapse/max_depth

Description

Maximum depth collapse per time-step

Default: 3

Range: [1, inf]

/space/remesh/collapse/rel_max_edge_length (float) 

/space/remesh/collapse/rel_max_edge_length

Description

Length of maximum edge length to collapse relative to initial minimum edge length

Default: 1

Range: [0, inf]

/space/remesh/collapse/abs_max_edge_length (float) 

/space/remesh/collapse/abs_max_edge_length

Description

Length of maximum edge length to collapse in absolute units of distance

Default: 1e+100

Range: [0, inf]

/space/remesh/swap (object) 

/space/remesh/swap

Description

Settings for adaptive remeshing edge/face swap operations

Default: None

Optional

/space/remesh/swap/enabled (bool) 

/space/remesh/swap/enabled

Description

Whether to do edge/face swap in adaptive remeshing

Default: False

/space/remesh/swap/acceptance_tolerance (float) 

/space/remesh/swap/acceptance_tolerance

Description

Accept swap operation if energy decreased by at least x

Default: -1e-08

Range: [-inf, 0]

/space/remesh/swap/max_depth (int) 

/space/remesh/swap/max_depth

Description

Maximum depth swap per time-step

Default: 3

Range: [1, inf]

/space/remesh/smooth (object) 

/space/remesh/smooth

Description

Settings for adaptive remeshing vertex smoothing operations

Default: None

Optional

/space/remesh/smooth/enabled (bool) 

/space/remesh/smooth/enabled

Description

Whether to do vertex smoothing in adaptive remeshing

Default: False

/space/remesh/smooth/acceptance_tolerance (float) 

/space/remesh/smooth/acceptance_tolerance

Description

Accept smooth operation if energy decreased by at least x

Default: -1e-08

Range: [-inf, 0]

/space/remesh/smooth/max_iters (int) 

/space/remesh/smooth/max_iters

Description

Maximum number of smoothing iterations per time-step

Default: 1

Range: [1, inf]

/space/remesh/local_relaxation (object) 

/space/remesh/local_relaxation

Description

Settings for adaptive remeshing local relaxation

Default: None

Optional

/space/remesh/local_relaxation/local_mesh_n_ring (int) 

/space/remesh/local_relaxation/local_mesh_n_ring

Description

Size of n-ring for local relaxation

Default: 2

/space/remesh/local_relaxation/local_mesh_rel_area (float) 

/space/remesh/local_relaxation/local_mesh_rel_area

Description

Minimum area for local relaxation

Default: 0.01

/space/remesh/local_relaxation/max_nl_iterations (int) 

/space/remesh/local_relaxation/max_nl_iterations

Description

Maximum number of nonlinear solver iterations before acceptance check

Default: 1

/space/remesh/type (string) 

/space/remesh/type

Description

Type of adaptive remeshing to use.

Default: 'physics'

Options: ['physics', 'sizing_field']

/space/advanced (object) 

/space/advanced

Description

Advanced settings for the FE space.

Default: None

Optional

/space/advanced/discr_order_max (int) 

/space/advanced/discr_order_max

Description

Maximal discretization order in adaptive p-refinement and hp-refinement

Default: 4

/space/advanced/isoparametric (bool) 

/space/advanced/isoparametric

Description

Forces geometric map basis to be the same degree as the main variable basis, irrespective of the degree associated with the geom. map degrees associated with the elements of the geometry.

Default: False

/space/advanced/bc_method (string) 

/space/advanced/bc_method

Description

Method for imposing analytic Dirichet boundary conditions. If ‘lsq’ (least-squares fit), then the bc function is sampled at quadrature points, and the FEspace nodal values on the boundary are determined by minimizing L2 norm of the difference. If ‘sample’, then the analytic bc function is sampled at the boundary nodes.

Default: 'sample'

Options: ['lsq', 'sample']

/space/advanced/n_boundary_samples (int) 

/space/advanced/n_boundary_samples

Description

Per-element number of boundary samples for analytic Dirichlet and Neumann boundary conditions.

Default: -1

/space/advanced/quadrature_order (int) 

/space/advanced/quadrature_order

Description

Minimal quadrature order to use in matrix and rhs assembly; the actual order is determined as min(2*(p-1)+1,quadrature_order).

Default: -1

/space/advanced/mass_quadrature_order (int) 

/space/advanced/mass_quadrature_order

Description

Minimal quadrature order to use in mass matrix assembler; the actual order is determined as min(2*p+1,quadrature_order)

Default: -1

/space/advanced/integral_constraints (int) 

/space/advanced/integral_constraints

Description

Number of constraints for non-conforming polygonal basis; 0, 1, or 2; see ‘PolySpline..’ paper for details.

Default: 2

/space/advanced/n_harmonic_samples (int) 

/space/advanced/n_harmonic_samples

Description

If MFSHarmonics is used for a polygonal element, number of collocation samples used in the basis construction;see ‘PolySpline..’ paper for details.

Default: 10

/space/advanced/force_no_ref_for_harmonic (bool) 

/space/advanced/force_no_ref_for_harmonic

Description

If true, do not do uniform global refinement if the mesh contains polygonal elements.

Default: False

/space/advanced/B (int) 

/space/advanced/B

Description

The target deviation of the error on elements from perfect element error, for a priori geometry-dependent p-refinement, see ‘Decoupling .. ‘ paper.

Default: 3

/space/advanced/h1_formula (bool) 

/space/advanced/h1_formula

Description

Default: False

/space/advanced/count_flipped_els (bool) 

/space/advanced/count_flipped_els

Description

Count the number of elements with Jacobian of the geometric map not positive at quadrature points.

Default: True

/space/advanced/use_particle_advection (bool) 

/space/advanced/use_particle_advection

Description

Use particle advection in splitting method for solving NS equation.

Default: False

/time 
/time

Description

The time parameters: start time t0, end time tend, time step dt.

Default: 'skip'

Required

/time/tend (float) 

/time/tend

Description

Ending time

Range: [0, inf]

/time/dt (float) 

/time/dt

Description

Time step size \(\Delta t\)

Range: [0, inf]

Optional

/time/t0 (float) 

/time/t0

Description

Startning time

Default: 0

Range: [0, inf]

/time/integrator 
/time/integrator

Description

Time integrator

Default: 'ImplicitEuler'

Options: ['ImplicitEuler', 'BDF1', 'BDF2', 'BDF3', 'BDF4', 'BDF5', 'BDF6', 'ImplicitNewmark']

Type: ImplicitEuler

Description

Implicit Euler time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Type: BDF

Description

Backwards differentiation formula time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Optional

/time/integrator/steps (int) 

/time/integrator/steps

Description

BDF order

Default: 1

Range: [1, 6]

Type: ImplicitNewmark

Description

Implicit Newmark time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Optional

/time/integrator/gamma (float) 

/time/integrator/gamma

Description

Newmark gamma

Default: 0.5

Range: [0, 1]

/time/integrator/beta (float) 

/time/integrator/beta

Description

Newmark beta

Default: 0.25

Range: [0, 0.5]

/time/quasistatic (bool) 

/time/quasistatic

Description

Ignore inertia in time dependent. Used for doing incremental load.

Default: False

Description

The time parameters: start time t0, time step dt, number of time steps.

Required

/time/time_steps (int) 

/time/time_steps

Description

Number of time steps

Range: [0, inf]

/time/dt (float) 

/time/dt

Description

Time step size \(\Delta t\)

Range: [0, inf]

Optional

/time/t0 (float) 

/time/t0

Description

Startning time

Default: 0

Range: [0, inf]

/time/integrator 
/time/integrator

Description

Time integrator

Default: 'ImplicitEuler'

Options: ['ImplicitEuler', 'BDF1', 'BDF2', 'BDF3', 'BDF4', 'BDF5', 'BDF6', 'ImplicitNewmark']

Type: ImplicitEuler

Description

Implicit Euler time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Type: BDF

Description

Backwards differentiation formula time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Optional

/time/integrator/steps (int) 

/time/integrator/steps

Description

BDF order

Default: 1

Range: [1, 6]

Type: ImplicitNewmark

Description

Implicit Newmark time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Optional

/time/integrator/gamma (float) 

/time/integrator/gamma

Description

Newmark gamma

Default: 0.5

Range: [0, 1]

/time/integrator/beta (float) 

/time/integrator/beta

Description

Newmark beta

Default: 0.25

Range: [0, 0.5]

/time/quasistatic (bool) 

/time/quasistatic

Description

Ignore inertia in time dependent. Used for doing incremental load.

Default: False

Description

The time parameters: start time t0, end time tend, number of time steps.

Required

/time/time_steps (int) 

/time/time_steps

Description

Number of time steps

Range: [0, inf]

/time/tend (float) 

/time/tend

Description

Ending time

Range: [0, inf]

Optional

/time/t0 (float) 

/time/t0

Description

Startning time

Default: 0

Range: [0, inf]

/time/integrator 
/time/integrator

Description

Time integrator

Default: 'ImplicitEuler'

Options: ['ImplicitEuler', 'BDF1', 'BDF2', 'BDF3', 'BDF4', 'BDF5', 'BDF6', 'ImplicitNewmark']

Type: ImplicitEuler

Description

Implicit Euler time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Type: BDF

Description

Backwards differentiation formula time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Optional

/time/integrator/steps (int) 

/time/integrator/steps

Description

BDF order

Default: 1

Range: [1, 6]

Type: ImplicitNewmark

Description

Implicit Newmark time integration

Required

/time/integrator/type (string) 

/time/integrator/type

Description

Type of time integrator to use

Options: ['ImplicitEuler', 'BDF', 'ImplicitNewmark']

Optional

/time/integrator/gamma (float) 

/time/integrator/gamma

Description

Newmark gamma

Default: 0.5

Range: [0, 1]

/time/integrator/beta (float) 

/time/integrator/beta

Description

Newmark beta

Default: 0.25

Range: [0, 0.5]

/time/quasistatic (bool) 

/time/quasistatic

Description

Ignore inertia in time dependent. Used for doing incremental load.

Default: False

/contact (object) 

/contact

Description

Contact handling parameters.

Default: None

Optional

/contact/enabled (bool) 

/contact/enabled

Description

True if contact handling is enabled.

Default: False

/contact/dhat (float) 

/contact/dhat

Description

Contact barrier activation distance.

Default: 0.001

Range: [0, inf]

/contact/dhat_percentage (float) 

/contact/dhat_percentage

Description

\(\hat{d}\) as percentage of the diagonal of the bounding box

Default: 0.8

/contact/epsv (float) 

/contact/epsv

Description

Friction smoothing parameter.

Default: 0.001

Range: [0, inf]

/contact/friction_coefficient (float) 

/contact/friction_coefficient

Description

Coefficient of friction (global)

Default: 0

/contact/use_convergent_formulation (bool) 

/contact/use_convergent_formulation

Description

Whether to use the convergent (area weighted) formulation of IPC.

Default: False

/contact/collision_mesh 
/contact/collision_mesh

Description

Load a preconstructed collision mesh.

Default: 'skip'

Required

/contact/collision_mesh/mesh (string) 

/contact/collision_mesh/mesh

Description

Path to preconstructed collision mesh.

/contact/collision_mesh/linear_map (string) 

/contact/collision_mesh/linear_map

Description

HDF file storing the linear mapping of displacements.

Optional

/contact/collision_mesh/enabled (bool) 

/contact/collision_mesh/enabled

Description

Default: True

Description

Construct a collision mesh with a maximum edge length.

Required

/contact/collision_mesh/max_edge_length (float) 

/contact/collision_mesh/max_edge_length

Description

Maximum edge length to use for building the collision mesh.

Optional

/contact/collision_mesh/tessellation_type (string) 

/contact/collision_mesh/tessellation_type

Description

Type of tessellation to use for building the collision mesh.

Default: 'regular'

Options: ['regular', 'irregular']

/contact/collision_mesh/enabled (bool) 

/contact/collision_mesh/enabled

Description

Default: True

/contact/periodic (bool) 

/contact/periodic

Description

Set to true to check collision between adjacent periodic cells.

Default: False

/solver (object) 

/solver

Description

The settings for the solver including linear solver, nonlinear solver, and some advanced options.

Default: None

Optional

/solver/max_threads (int) 

/solver/max_threads

Description

Maximum number of threads used; 0 is unlimited.

Default: 0

Range: [0, inf]

/solver/linear (object) 

/solver/linear

Description

Settings for the linear solver.

Default: None

Optional

/solver/linear/enable_overwrite_solver (bool) 

/solver/linear/enable_overwrite_solver

Description

If solver name is not present, falls back to default

Default: False

/solver/linear/solver (string) 

/solver/linear/solver

Description

Linear solver type.

Default: ''

Options: ['Eigen::SimplicialLDLT', 'Eigen::SparseLU', 'Eigen::CholmodSupernodalLLT', 'Eigen::UmfPackLU', 'Eigen::SuperLU', 'Eigen::PardisoLDLT', 'Eigen::PardisoLLT', 'Eigen::PardisoLU', 'Pardiso', 'Hypre', 'AMGCL', 'Eigen::LeastSquaresConjugateGradient', 'Eigen::DGMRES', 'Eigen::ConjugateGradient', 'Eigen::BiCGSTAB', 'Eigen::GMRES', 'Eigen::MINRES']

/solver/linear/precond (string) 

/solver/linear/precond

Description

Preconditioner used if using an iterative linear solver.

Default: ''

Options: ['Eigen::IdentityPreconditioner', 'Eigen::DiagonalPreconditioner', 'Eigen::IncompleteCholesky', 'Eigen::LeastSquareDiagonalPreconditioner', 'Eigen::IncompleteLUT']

/solver/linear/Eigen::LeastSquaresConjugateGradient (object) 

/solver/linear/Eigen::LeastSquaresConjugateGradient

Description

Settings for the Eigen’s Least Squares Conjugate Gradient solver.

Default: None

Optional

/solver/linear/Eigen::LeastSquaresConjugateGradient/max_iter (int) 

/solver/linear/Eigen::LeastSquaresConjugateGradient/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Eigen::LeastSquaresConjugateGradient/tolerance (float) 

/solver/linear/Eigen::LeastSquaresConjugateGradient/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/linear/Eigen::DGMRES (object) 

/solver/linear/Eigen::DGMRES

Description

Settings for the Eigen’s DGMRES solver.

Default: None

Optional

/solver/linear/Eigen::DGMRES/max_iter (int) 

/solver/linear/Eigen::DGMRES/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Eigen::DGMRES/tolerance (float) 

/solver/linear/Eigen::DGMRES/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/linear/Eigen::ConjugateGradient (object) 

/solver/linear/Eigen::ConjugateGradient

Description

Settings for the Eigen’s Conjugate Gradient solver.

Default: None

Optional

/solver/linear/Eigen::ConjugateGradient/max_iter (int) 

/solver/linear/Eigen::ConjugateGradient/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Eigen::ConjugateGradient/tolerance (float) 

/solver/linear/Eigen::ConjugateGradient/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/linear/Eigen::BiCGSTAB (object) 

/solver/linear/Eigen::BiCGSTAB

Description

Settings for the Eigen’s BiCGSTAB solver.

Default: None

Optional

/solver/linear/Eigen::BiCGSTAB/max_iter (int) 

/solver/linear/Eigen::BiCGSTAB/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Eigen::BiCGSTAB/tolerance (float) 

/solver/linear/Eigen::BiCGSTAB/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/linear/Eigen::GMRES (object) 

/solver/linear/Eigen::GMRES

Description

Settings for the Eigen’s GMRES solver.

Default: None

Optional

/solver/linear/Eigen::GMRES/max_iter (int) 

/solver/linear/Eigen::GMRES/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Eigen::GMRES/tolerance (float) 

/solver/linear/Eigen::GMRES/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/linear/Eigen::MINRES (object) 

/solver/linear/Eigen::MINRES

Description

Settings for the Eigen’s MINRES solver.

Default: None

Optional

/solver/linear/Eigen::MINRES/max_iter (int) 

/solver/linear/Eigen::MINRES/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Eigen::MINRES/tolerance (float) 

/solver/linear/Eigen::MINRES/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/linear/Pardiso (object) 

/solver/linear/Pardiso

Description

Settings for the Pardiso solver.

Default: None

Optional

/solver/linear/Pardiso/mtype (int) 

/solver/linear/Pardiso/mtype

Description

Matrix type.

Default: 11

Options: [1, 2, -2, 3, 4, -4, 6, 11, 13]

/solver/linear/Hypre (object) 

/solver/linear/Hypre

Description

Settings for the Hypre solver.

Default: None

Optional

/solver/linear/Hypre/max_iter (int) 

/solver/linear/Hypre/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/Hypre/pre_max_iter (int) 

/solver/linear/Hypre/pre_max_iter

Description

Maximum number of pre iterations.

Default: 1

/solver/linear/Hypre/tolerance (float) 

/solver/linear/Hypre/tolerance

Description

Convergence tolerance.

Default: 1e-10

/solver/linear/AMGCL (object) 

/solver/linear/AMGCL

Description

Settings for the AMGCL solver.

Default: None

Optional

/solver/linear/AMGCL/solver (object) 

/solver/linear/AMGCL/solver

Description

Solver settings for the AMGCL.

Default: None

Optional

/solver/linear/AMGCL/solver/tol (float) 

/solver/linear/AMGCL/solver/tol

Description

Convergence tolerance.

Default: 1e-10

/solver/linear/AMGCL/solver/maxiter (int) 

/solver/linear/AMGCL/solver/maxiter

Description

Maximum number of iterations.

Default: 1000

/solver/linear/AMGCL/solver/type (string) 

/solver/linear/AMGCL/solver/type

Description

Type of solver to use.

Default: 'cg'

/solver/linear/AMGCL/precond (object) 

/solver/linear/AMGCL/precond

Description

Preconditioner settings for the AMGCL.

Default: None

Optional

/solver/linear/AMGCL/precond/relax (object) 

/solver/linear/AMGCL/precond/relax

Description

Preconditioner settings for the AMGCL.

Default: None

Optional

/solver/linear/AMGCL/precond/relax/degree (int) 

/solver/linear/AMGCL/precond/relax/degree

Description

Degree of the polynomial.

Default: 16

/solver/linear/AMGCL/precond/relax/type (string) 

/solver/linear/AMGCL/precond/relax/type

Description

Type of relaxation to use.

Default: 'chebyshev'

/solver/linear/AMGCL/precond/relax/power_iters (int) 

/solver/linear/AMGCL/precond/relax/power_iters

Description

Number of power iterations.

Default: 100

/solver/linear/AMGCL/precond/relax/higher (float) 

/solver/linear/AMGCL/precond/relax/higher

Description

Higher level relaxation.

Default: 2

/solver/linear/AMGCL/precond/relax/lower (float) 

/solver/linear/AMGCL/precond/relax/lower

Description

Lower level relaxation.

Default: 0.008333333333

/solver/linear/AMGCL/precond/relax/scale (bool) 

/solver/linear/AMGCL/precond/relax/scale

Description

Scale.

Default: True

/solver/linear/AMGCL/precond/class (string) 

/solver/linear/AMGCL/precond/class

Description

Type of preconditioner to use.

Default: 'amg'

/solver/linear/AMGCL/precond/max_levels (int) 

/solver/linear/AMGCL/precond/max_levels

Description

Maximum number of levels.

Default: 6

/solver/linear/AMGCL/precond/direct_coarse (bool) 

/solver/linear/AMGCL/precond/direct_coarse

Description

Use direct solver for the coarsest level.

Default: False

/solver/linear/AMGCL/precond/ncycle (int) 

/solver/linear/AMGCL/precond/ncycle

Description

Number of cycles.

Default: 2

/solver/linear/AMGCL/precond/coarsening (object) 

/solver/linear/AMGCL/precond/coarsening

Description

Coarsening parameters.

Default: None

Optional

/solver/linear/AMGCL/precond/coarsening/type (string) 

/solver/linear/AMGCL/precond/coarsening/type

Description

Coarsening type.

Default: 'smoothed_aggregation'

/solver/linear/AMGCL/precond/coarsening/estimate_spectral_radius (bool) 

/solver/linear/AMGCL/precond/coarsening/estimate_spectral_radius

Description

Should the spectral radius be estimated.

Default: True

/solver/linear/AMGCL/precond/coarsening/relax (float) 

/solver/linear/AMGCL/precond/coarsening/relax

Description

Coarsening relaxation.

Default: 1

/solver/linear/AMGCL/precond/coarsening/aggr (object) 

/solver/linear/AMGCL/precond/coarsening/aggr

Description

Aggregation settings.

Default: None

Optional

/solver/linear/AMGCL/precond/coarsening/aggr/eps_strong (float) 

/solver/linear/AMGCL/precond/coarsening/aggr/eps_strong

Description

Aggregation epsilon strong.

Default: 0

/solver/adjoint_linear (object) 

/solver/adjoint_linear

Description

Settings for the linear solver.

Default: None

Optional

/solver/adjoint_linear/enable_overwrite_solver (bool) 

/solver/adjoint_linear/enable_overwrite_solver

Description

If solver name is not present, falls back to default

Default: False

/solver/adjoint_linear/solver (string) 

/solver/adjoint_linear/solver

Description

Linear solver type.

Default: ''

Options: ['Eigen::SimplicialLDLT', 'Eigen::SparseLU', 'Eigen::CholmodSupernodalLLT', 'Eigen::UmfPackLU', 'Eigen::SuperLU', 'Eigen::PardisoLDLT', 'Eigen::PardisoLLT', 'Eigen::PardisoLU', 'Pardiso', 'Hypre', 'AMGCL', 'Eigen::LeastSquaresConjugateGradient', 'Eigen::DGMRES', 'Eigen::ConjugateGradient', 'Eigen::BiCGSTAB', 'Eigen::GMRES', 'Eigen::MINRES']

/solver/adjoint_linear/precond (string) 

/solver/adjoint_linear/precond

Description

Preconditioner used if using an iterative linear solver.

Default: ''

Options: ['Eigen::IdentityPreconditioner', 'Eigen::DiagonalPreconditioner', 'Eigen::IncompleteCholesky', 'Eigen::LeastSquareDiagonalPreconditioner', 'Eigen::IncompleteLUT']

/solver/adjoint_linear/Eigen::LeastSquaresConjugateGradient (object) 

/solver/adjoint_linear/Eigen::LeastSquaresConjugateGradient

Description

Settings for the Eigen’s Least Squares Conjugate Gradient solver.

Default: None

Optional

/solver/adjoint_linear/Eigen::LeastSquaresConjugateGradient/max_iter (int) 

/solver/adjoint_linear/Eigen::LeastSquaresConjugateGradient/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Eigen::LeastSquaresConjugateGradient/tolerance (float) 

/solver/adjoint_linear/Eigen::LeastSquaresConjugateGradient/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/adjoint_linear/Eigen::DGMRES (object) 

/solver/adjoint_linear/Eigen::DGMRES

Description

Settings for the Eigen’s DGMRES solver.

Default: None

Optional

/solver/adjoint_linear/Eigen::DGMRES/max_iter (int) 

/solver/adjoint_linear/Eigen::DGMRES/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Eigen::DGMRES/tolerance (float) 

/solver/adjoint_linear/Eigen::DGMRES/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/adjoint_linear/Eigen::ConjugateGradient (object) 

/solver/adjoint_linear/Eigen::ConjugateGradient

Description

Settings for the Eigen’s Conjugate Gradient solver.

Default: None

Optional

/solver/adjoint_linear/Eigen::ConjugateGradient/max_iter (int) 

/solver/adjoint_linear/Eigen::ConjugateGradient/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Eigen::ConjugateGradient/tolerance (float) 

/solver/adjoint_linear/Eigen::ConjugateGradient/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/adjoint_linear/Eigen::BiCGSTAB (object) 

/solver/adjoint_linear/Eigen::BiCGSTAB

Description

Settings for the Eigen’s BiCGSTAB solver.

Default: None

Optional

/solver/adjoint_linear/Eigen::BiCGSTAB/max_iter (int) 

/solver/adjoint_linear/Eigen::BiCGSTAB/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Eigen::BiCGSTAB/tolerance (float) 

/solver/adjoint_linear/Eigen::BiCGSTAB/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/adjoint_linear/Eigen::GMRES (object) 

/solver/adjoint_linear/Eigen::GMRES

Description

Settings for the Eigen’s GMRES solver.

Default: None

Optional

/solver/adjoint_linear/Eigen::GMRES/max_iter (int) 

/solver/adjoint_linear/Eigen::GMRES/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Eigen::GMRES/tolerance (float) 

/solver/adjoint_linear/Eigen::GMRES/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/adjoint_linear/Eigen::MINRES (object) 

/solver/adjoint_linear/Eigen::MINRES

Description

Settings for the Eigen’s MINRES solver.

Default: None

Optional

/solver/adjoint_linear/Eigen::MINRES/max_iter (int) 

/solver/adjoint_linear/Eigen::MINRES/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Eigen::MINRES/tolerance (float) 

/solver/adjoint_linear/Eigen::MINRES/tolerance

Description

Convergence tolerance.

Default: 1e-12

/solver/adjoint_linear/Pardiso (object) 

/solver/adjoint_linear/Pardiso

Description

Settings for the Pardiso solver.

Default: None

Optional

/solver/adjoint_linear/Pardiso/mtype (int) 

/solver/adjoint_linear/Pardiso/mtype

Description

Matrix type.

Default: 11

Options: [1, 2, -2, 3, 4, -4, 6, 11, 13]

/solver/adjoint_linear/Hypre (object) 

/solver/adjoint_linear/Hypre

Description

Settings for the Hypre solver.

Default: None

Optional

/solver/adjoint_linear/Hypre/max_iter (int) 

/solver/adjoint_linear/Hypre/max_iter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/Hypre/pre_max_iter (int) 

/solver/adjoint_linear/Hypre/pre_max_iter

Description

Maximum number of pre iterations.

Default: 1

/solver/adjoint_linear/Hypre/tolerance (float) 

/solver/adjoint_linear/Hypre/tolerance

Description

Convergence tolerance.

Default: 1e-10

/solver/adjoint_linear/AMGCL (object) 

/solver/adjoint_linear/AMGCL

Description

Settings for the AMGCL solver.

Default: None

Optional

/solver/adjoint_linear/AMGCL/solver (object) 

/solver/adjoint_linear/AMGCL/solver

Description

Solver settings for the AMGCL.

Default: None

Optional

/solver/adjoint_linear/AMGCL/solver/tol (float) 

/solver/adjoint_linear/AMGCL/solver/tol

Description

Convergence tolerance.

Default: 1e-10

/solver/adjoint_linear/AMGCL/solver/maxiter (int) 

/solver/adjoint_linear/AMGCL/solver/maxiter

Description

Maximum number of iterations.

Default: 1000

/solver/adjoint_linear/AMGCL/solver/type (string) 

/solver/adjoint_linear/AMGCL/solver/type

Description

Type of solver to use.

Default: 'cg'

/solver/adjoint_linear/AMGCL/precond (object) 

/solver/adjoint_linear/AMGCL/precond

Description

Preconditioner settings for the AMGCL.

Default: None

Optional

/solver/adjoint_linear/AMGCL/precond/relax (object) 

/solver/adjoint_linear/AMGCL/precond/relax

Description

Preconditioner settings for the AMGCL.

Default: None

Optional

/solver/adjoint_linear/AMGCL/precond/relax/degree (int) 

/solver/adjoint_linear/AMGCL/precond/relax/degree

Description

Degree of the polynomial.

Default: 16

/solver/adjoint_linear/AMGCL/precond/relax/type (string) 

/solver/adjoint_linear/AMGCL/precond/relax/type

Description

Type of relaxation to use.

Default: 'chebyshev'

/solver/adjoint_linear/AMGCL/precond/relax/power_iters (int) 

/solver/adjoint_linear/AMGCL/precond/relax/power_iters

Description

Number of power iterations.

Default: 100

/solver/adjoint_linear/AMGCL/precond/relax/higher (float) 

/solver/adjoint_linear/AMGCL/precond/relax/higher

Description

Higher level relaxation.

Default: 2

/solver/adjoint_linear/AMGCL/precond/relax/lower (float) 

/solver/adjoint_linear/AMGCL/precond/relax/lower

Description

Lower level relaxation.

Default: 0.008333333333

/solver/adjoint_linear/AMGCL/precond/relax/scale (bool) 

/solver/adjoint_linear/AMGCL/precond/relax/scale

Description

Scale.

Default: True

/solver/adjoint_linear/AMGCL/precond/class (string) 

/solver/adjoint_linear/AMGCL/precond/class

Description

Type of preconditioner to use.

Default: 'amg'

/solver/adjoint_linear/AMGCL/precond/max_levels (int) 

/solver/adjoint_linear/AMGCL/precond/max_levels

Description

Maximum number of levels.

Default: 6

/solver/adjoint_linear/AMGCL/precond/direct_coarse (bool) 

/solver/adjoint_linear/AMGCL/precond/direct_coarse

Description

Use direct solver for the coarsest level.

Default: False

/solver/adjoint_linear/AMGCL/precond/ncycle (int) 

/solver/adjoint_linear/AMGCL/precond/ncycle

Description

Number of cycles.

Default: 2

/solver/adjoint_linear/AMGCL/precond/coarsening (object) 

/solver/adjoint_linear/AMGCL/precond/coarsening

Description

Coarsening parameters.

Default: None

Optional

/solver/adjoint_linear/AMGCL/precond/coarsening/type (string) 

/solver/adjoint_linear/AMGCL/precond/coarsening/type

Description

Coarsening type.

Default: 'smoothed_aggregation'

/solver/adjoint_linear/AMGCL/precond/coarsening/estimate_spectral_radius (bool) 

/solver/adjoint_linear/AMGCL/precond/coarsening/estimate_spectral_radius

Description

Should the spectral radius be estimated.

Default: True

/solver/adjoint_linear/AMGCL/precond/coarsening/relax (float) 

/solver/adjoint_linear/AMGCL/precond/coarsening/relax

Description

Coarsening relaxation.

Default: 1

/solver/adjoint_linear/AMGCL/precond/coarsening/aggr (object) 

/solver/adjoint_linear/AMGCL/precond/coarsening/aggr

Description

Aggregation settings.

Default: None

Optional

/solver/adjoint_linear/AMGCL/precond/coarsening/aggr/eps_strong (float) 

/solver/adjoint_linear/AMGCL/precond/coarsening/aggr/eps_strong

Description

Aggregation epsilon strong.

Default: 0

/solver/nonlinear (object) 

/solver/nonlinear

Description

Settings for nonlinear solver. Interior-loop linear solver settings are defined in the solver/linear section.

Default: None

Optional

/solver/nonlinear/solver 
/solver/nonlinear/solver

Description

Nonlinear solver type

Default: 'Newton'

Options: ['Newton', 'DenseNewton', 'GradientDescent', 'ADAM', 'StochasticADAM', 'StochasticGradientDescent', 'L-BFGS', 'BFGS', 'L-BFGS-B', 'MMA']

Description

List of solvers for ballback. Eg, [{‘type’:’Newton’}, {‘type’:’L-BFGS’}, {‘type’:’GradientDescent’}] will solve using Newton, in case of failure will fallback to L-BFGS and eventually to GradientDescent

/solver/nonlinear/solver/* 
/solver/nonlinear/solver/*

Type: Newton

Description

Options for Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: ProjectedNewton

Description

Options for projected Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: RegularizedNewton

Description

Options for regularized Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/nonlinear/solver/*/reg_weight_min (float) 

/solver/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/nonlinear/solver/*/reg_weight_max (float) 

/solver/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/nonlinear/solver/*/reg_weight_inc (float) 

/solver/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: RegularizedProjectedNewton

Description

Options for regularized projected Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/nonlinear/solver/*/reg_weight_min (float) 

/solver/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/nonlinear/solver/*/reg_weight_max (float) 

/solver/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/nonlinear/solver/*/reg_weight_inc (float) 

/solver/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: DenseNewton

Description

Options for Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: DenseProjectedNewton

Description

Options for projected Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: DenseRegularizedNewton

Description

Options for regularized Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/nonlinear/solver/*/reg_weight_min (float) 

/solver/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/nonlinear/solver/*/reg_weight_max (float) 

/solver/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/nonlinear/solver/*/reg_weight_inc (float) 

/solver/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: DenseRegularizedProjectedNewton

Description

Options for projected regularized Newton.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/residual_tolerance (float) 

/solver/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/nonlinear/solver/*/reg_weight_min (float) 

/solver/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/nonlinear/solver/*/reg_weight_max (float) 

/solver/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/nonlinear/solver/*/reg_weight_inc (float) 

/solver/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: GradientDescent

Description

Options for Gradient Descent.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Type: StochasticGradientDescent

Description

Options for Stochastic Gradient Descent.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/erase_component_probability (float) 

/solver/nonlinear/solver/*/erase_component_probability

Description

Probability of erasing a component on the gradient for stochastic solvers.

Default: 0.3

Type: L-BFGS

Description

Options for L-BFGS.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/history_size (int) 

/solver/nonlinear/solver/*/history_size

Description

The number of corrections to approximate the inverse Hessian matrix.

Default: 6

Type: BFGS

Description

Options for BFGS.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Type: ADAM

Description

Options for ADAM.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/alpha (float) 

/solver/nonlinear/solver/*/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/nonlinear/solver/*/beta_1 (float) 

/solver/nonlinear/solver/*/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/nonlinear/solver/*/beta_2 (float) 

/solver/nonlinear/solver/*/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/nonlinear/solver/*/epsilon (float) 

/solver/nonlinear/solver/*/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

Type: StochasticADAM

Description

Options for ADAM.

Required

/solver/nonlinear/solver/*/type (string) 

/solver/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/nonlinear/solver/*/alpha (float) 

/solver/nonlinear/solver/*/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/nonlinear/solver/*/beta_1 (float) 

/solver/nonlinear/solver/*/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/nonlinear/solver/*/beta_2 (float) 

/solver/nonlinear/solver/*/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/nonlinear/solver/*/epsilon (float) 

/solver/nonlinear/solver/*/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

/solver/nonlinear/solver/*/erase_component_probability (float) 

/solver/nonlinear/solver/*/erase_component_probability

Description

Probability of erasing a component on the gradient for stochastic solvers.

Default: 0.3

/solver/nonlinear/x_delta (float) 

/solver/nonlinear/x_delta

Description

Stopping criterion: minimal change of the variables x for the iterations to continue. Computed as the L2 norm of x divide by the time step.

Default: 0

Range: [0, inf]

/solver/nonlinear/grad_norm (float) 

/solver/nonlinear/grad_norm

Description

Stopping criterion: Minimal gradient norm for the iterations to continue.

Default: 1e-08

Range: [0, inf]

/solver/nonlinear/first_grad_norm_tol (float) 

/solver/nonlinear/first_grad_norm_tol

Description

Minimal gradient norm for the iterations to not start, assume we already are at a minimum.

Default: 1e-10

/solver/nonlinear/max_iterations (int) 

/solver/nonlinear/max_iterations

Description

Maximum number of iterations for a nonlinear solve.

Default: 500

/solver/nonlinear/iterations_per_strategy 
/solver/nonlinear/iterations_per_strategy

Description

Number of iterations for every substrategy before reset.

Default: 5

Description

Number of iterations for every substrategy before reset.

/solver/nonlinear/iterations_per_strategy/* (int) 

/solver/nonlinear/iterations_per_strategy/*

Description

Number of iterations for every substrategy before reset.

Default: 5

/solver/nonlinear/line_search (object) 

/solver/nonlinear/line_search

Description

Settings for line-search in the nonlinear solver

Default: None

Optional

/solver/nonlinear/line_search/method (string) 

/solver/nonlinear/line_search/method

Description

Line-search type

Default: 'RobustArmijo'

Options: ['Armijo', 'RobustArmijo', 'Backtracking', 'None']

/solver/nonlinear/line_search/use_grad_norm_tol (float) 

/solver/nonlinear/line_search/use_grad_norm_tol

Description

When the energy is smaller than use_grad_norm_tol, line-search uses norm of gradient instead of energy

Default: 1e-06

/solver/nonlinear/line_search/min_step_size (float) 

/solver/nonlinear/line_search/min_step_size

Description

Mimimum step size

Default: 1e-10

/solver/nonlinear/line_search/max_step_size_iter (int) 

/solver/nonlinear/line_search/max_step_size_iter

Description

Number of iterations

Default: 30

/solver/nonlinear/line_search/min_step_size_final (float) 

/solver/nonlinear/line_search/min_step_size_final

Description

Mimimum step size for last descent strategy

Default: 1e-20

/solver/nonlinear/line_search/max_step_size_iter_final (int) 

/solver/nonlinear/line_search/max_step_size_iter_final

Description

Number of iterations for last descent strategy

Default: 100

/solver/nonlinear/line_search/default_init_step_size (float) 

/solver/nonlinear/line_search/default_init_step_size

Description

Initial step size

Default: 1

/solver/nonlinear/line_search/step_ratio (float) 

/solver/nonlinear/line_search/step_ratio

Description

Ratio used to decrease the step

Default: 0.5

/solver/nonlinear/line_search/Armijo (object) 

/solver/nonlinear/line_search/Armijo

Description

Options for Armijo.

Default: None

Optional

/solver/nonlinear/line_search/Armijo/c (float) 

/solver/nonlinear/line_search/Armijo/c

Description

Armijo c parameter.

Default: 0.0001

/solver/nonlinear/line_search/RobustArmijo (object) 

/solver/nonlinear/line_search/RobustArmijo

Description

Options for RobustArmijo.

Default: None

Optional

/solver/nonlinear/line_search/RobustArmijo/delta_relative_tolerance (float) 

/solver/nonlinear/line_search/RobustArmijo/delta_relative_tolerance

Description

Relative tolerance on E to switch to approximate.

Default: 0.1

/solver/nonlinear/allow_out_of_iterations (bool) 

/solver/nonlinear/allow_out_of_iterations

Description

If false (default), an exception will be thrown when the nonlinear solver reaches the maximum number of iterations.

Default: False

/solver/nonlinear/L-BFGS (object) 

/solver/nonlinear/L-BFGS

Description

Options for LBFGS.

Default: None

Optional

/solver/nonlinear/L-BFGS/history_size (int) 

/solver/nonlinear/L-BFGS/history_size

Description

The number of corrections to approximate the inverse Hessian matrix.

Default: 6

/solver/nonlinear/L-BFGS-B (object) 

/solver/nonlinear/L-BFGS-B

Description

Options for the boxed L-BFGS.

Default: None

Optional

/solver/nonlinear/L-BFGS-B/history_size (int) 

/solver/nonlinear/L-BFGS-B/history_size

Description

The number of corrections to approximate the inverse Hessian matrix.

Default: 6

/solver/nonlinear/Newton (object) 

/solver/nonlinear/Newton

Description

Options for Newton.

Default: None

Optional

/solver/nonlinear/Newton/residual_tolerance (float) 

/solver/nonlinear/Newton/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/nonlinear/Newton/reg_weight_min (float) 

/solver/nonlinear/Newton/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/nonlinear/Newton/reg_weight_max (float) 

/solver/nonlinear/Newton/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/nonlinear/Newton/reg_weight_inc (float) 

/solver/nonlinear/Newton/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

/solver/nonlinear/Newton/force_psd_projection (bool) 

/solver/nonlinear/Newton/force_psd_projection

Description

Force the Hessian to be PSD when using second order solvers (i.e., Newton’s method).

Default: False

/solver/nonlinear/Newton/use_psd_projection (bool) 

/solver/nonlinear/Newton/use_psd_projection

Description

Use PSD as fallback using second order solvers (i.e., Newton’s method).

Default: True

/solver/nonlinear/Newton/use_psd_projection_in_regularized (bool) 

/solver/nonlinear/Newton/use_psd_projection_in_regularized

Description

Use PSD in regularized Newton.

Default: True

/solver/nonlinear/ADAM (object) 

/solver/nonlinear/ADAM

Description

Options for ADAM.

Default: None

Optional

/solver/nonlinear/ADAM/alpha (float) 

/solver/nonlinear/ADAM/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/nonlinear/ADAM/beta_1 (float) 

/solver/nonlinear/ADAM/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/nonlinear/ADAM/beta_2 (float) 

/solver/nonlinear/ADAM/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/nonlinear/ADAM/epsilon (float) 

/solver/nonlinear/ADAM/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

/solver/nonlinear/StochasticADAM (object) 

/solver/nonlinear/StochasticADAM

Description

Options for ADAM.

Default: None

Optional

/solver/nonlinear/StochasticADAM/alpha (float) 

/solver/nonlinear/StochasticADAM/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/nonlinear/StochasticADAM/beta_1 (float) 

/solver/nonlinear/StochasticADAM/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/nonlinear/StochasticADAM/beta_2 (float) 

/solver/nonlinear/StochasticADAM/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/nonlinear/StochasticADAM/epsilon (float) 

/solver/nonlinear/StochasticADAM/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

/solver/nonlinear/StochasticADAM/erase_component_probability (float) 

/solver/nonlinear/StochasticADAM/erase_component_probability

Description

Probability of erasing a component on the gradient for ADAM.

Default: 0.3

/solver/nonlinear/StochasticGradientDescent (object) 

/solver/nonlinear/StochasticGradientDescent

Description

Options for Stochastic Gradient Descent.

Default: None

Optional

/solver/nonlinear/StochasticGradientDescent/erase_component_probability (float) 

/solver/nonlinear/StochasticGradientDescent/erase_component_probability

Description

Probability of erasing a component on the gradient for StochasticGradientDescent.

Default: 0.3

/solver/nonlinear/box_constraints (object) 

/solver/nonlinear/box_constraints

Description

FIXME: Missing documentation in the specification.

Default: None

Optional

/solver/nonlinear/box_constraints/bounds (list) 

/solver/nonlinear/box_constraints/bounds

Description

Box constraints on optimization variables.

/solver/nonlinear/box_constraints/bounds/* 
/solver/nonlinear/box_constraints/bounds/*

Description

Box constraint values on optimization variables.

/solver/nonlinear/box_constraints/bounds/*/* (float) 

/solver/nonlinear/box_constraints/bounds/*/*

Description

Box constraint values on optimization variables.

Description

Box constraint values on optimization variables.

/solver/nonlinear/box_constraints/max_change 
/solver/nonlinear/box_constraints/max_change

Description

Maximum change of optimization variables in one iteration, only for solvers with box constraints. Negative value to disable this constraint.

Default: -1

Description

Maximum change of optimization variables in one iteration, only for solvers with box constraints.

/solver/nonlinear/box_constraints/max_change/* (float) 

/solver/nonlinear/box_constraints/max_change/*

Description

Maximum change of every optimization variable in one iteration, only for solvers with box constraints.

/solver/nonlinear/advanced (object) 

/solver/nonlinear/advanced

Description

Nonlinear solver advanced options

Default: None

Optional

/solver/nonlinear/advanced/f_delta (float) 

/solver/nonlinear/advanced/f_delta

Description

Dangerous Option: Quit the optimization if the solver reduces the energy by less than f_delta for consecutive f_delta_step_tol steps.

Default: 0

Range: [0, inf]

/solver/nonlinear/advanced/f_delta_step_tol (int) 

/solver/nonlinear/advanced/f_delta_step_tol

Description

Dangerous Option: Quit the optimization if the solver reduces the energy by less than f_delta for consecutive f_delta_step_tol steps.

Default: 100

/solver/nonlinear/advanced/derivative_along_delta_x_tol (float) 

/solver/nonlinear/advanced/derivative_along_delta_x_tol

Description

Quit the optimization if the directional derivative along the descent direction is smaller than this tolerance.

Default: 0

Range: [0, inf]

/solver/nonlinear/advanced/apply_gradient_fd (string) 

/solver/nonlinear/advanced/apply_gradient_fd

Description

Expensive Option: For every iteration of the nonlinear solver, run finite difference to verify gradient of energy.

Default: 'None'

Options: ['None', 'DirectionalDerivative', 'FullFiniteDiff']

/solver/nonlinear/advanced/gradient_fd_eps (float) 

/solver/nonlinear/advanced/gradient_fd_eps

Description

Expensive Option: Eps for finite difference to verify gradient of energy.

Default: 1e-07

/solver/augmented_lagrangian (object) 

/solver/augmented_lagrangian

Description

Parameters for the AL for imposing Dirichlet BCs. If the bc are not imposable, we add \(w\|u - bc\|^2\) to the energy (\(u\) is the solution at the Dirichlet nodes and \(bc\) are the Dirichlet values). After convergence, we try to impose bc again. The algorithm computes E + a/2*AL^2 - lambda AL, where E is the current energy (elastic, inertia, contact, etc.) and AL is the augmented Lagrangian energy. a starts at initial_weight and, in case DBC cannot be imposed, we update a as a *= scaling until max_weight. See IPC additional material

Default: None

Optional

/solver/augmented_lagrangian/initial_weight (float) 

/solver/augmented_lagrangian/initial_weight

Description

Initial weight for AL

Default: 1000000.0

Range: [0, inf]

/solver/augmented_lagrangian/scaling (float) 

/solver/augmented_lagrangian/scaling

Description

Multiplication factor

Default: 2.0

/solver/augmented_lagrangian/max_weight (float) 

/solver/augmented_lagrangian/max_weight

Description

Maximum weight

Default: 100000000.0

/solver/augmented_lagrangian/eta (float) 

/solver/augmented_lagrangian/eta

Description

Tolerance for increasing the weight or updating the lagrangian

Default: 0.99

Range: [0, 1]

/solver/augmented_lagrangian/nonlinear (object) 

/solver/augmented_lagrangian/nonlinear

Description

Settings for nonlinear solver. Interior-loop linear solver settings are defined in the solver/linear section.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/solver 
/solver/augmented_lagrangian/nonlinear/solver

Description

Nonlinear solver type

Default: 'Newton'

Options: ['Newton', 'DenseNewton', 'GradientDescent', 'ADAM', 'StochasticADAM', 'StochasticGradientDescent', 'L-BFGS', 'BFGS', 'L-BFGS-B', 'MMA']

Description

List of solvers for ballback. Eg, [{‘type’:’Newton’}, {‘type’:’L-BFGS’}, {‘type’:’GradientDescent’}] will solve using Newton, in case of failure will fallback to L-BFGS and eventually to GradientDescent

/solver/augmented_lagrangian/nonlinear/solver/* 
/solver/augmented_lagrangian/nonlinear/solver/*

Type: Newton

Description

Options for Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: ProjectedNewton

Description

Options for projected Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: RegularizedNewton

Description

Options for regularized Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: RegularizedProjectedNewton

Description

Options for regularized projected Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: DenseNewton

Description

Options for Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: DenseProjectedNewton

Description

Options for projected Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

Type: DenseRegularizedNewton

Description

Options for regularized Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: DenseRegularizedProjectedNewton

Description

Options for projected regularized Newton.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

Type: GradientDescent

Description

Options for Gradient Descent.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Type: StochasticGradientDescent

Description

Options for Stochastic Gradient Descent.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/erase_component_probability (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/erase_component_probability

Description

Probability of erasing a component on the gradient for stochastic solvers.

Default: 0.3

Type: L-BFGS

Description

Options for L-BFGS.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/history_size (int) 

/solver/augmented_lagrangian/nonlinear/solver/*/history_size

Description

The number of corrections to approximate the inverse Hessian matrix.

Default: 6

Type: BFGS

Description

Options for BFGS.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Type: ADAM

Description

Options for ADAM.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/alpha (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/augmented_lagrangian/nonlinear/solver/*/beta_1 (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/augmented_lagrangian/nonlinear/solver/*/beta_2 (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/augmented_lagrangian/nonlinear/solver/*/epsilon (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

Type: StochasticADAM

Description

Options for ADAM.

Required

/solver/augmented_lagrangian/nonlinear/solver/*/type (string) 

/solver/augmented_lagrangian/nonlinear/solver/*/type

Description

Nonlinear solver type

Options: ['Newton', 'DenseNewton', 'ProjectedNewton', 'DenseProjectedNewton', 'RegularizedNewton', 'DenseRegularizedNewton', 'RegularizedProjectedNewton', 'DenseRegularizedProjectedNewton', 'GradientDescent', 'StochasticGradientDescent', 'ADAM', 'StochasticADAM', 'L-BFGS', 'BFGS']

Optional

/solver/augmented_lagrangian/nonlinear/solver/*/alpha (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/augmented_lagrangian/nonlinear/solver/*/beta_1 (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/augmented_lagrangian/nonlinear/solver/*/beta_2 (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/augmented_lagrangian/nonlinear/solver/*/epsilon (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/solver/*/erase_component_probability (float) 

/solver/augmented_lagrangian/nonlinear/solver/*/erase_component_probability

Description

Probability of erasing a component on the gradient for stochastic solvers.

Default: 0.3

/solver/augmented_lagrangian/nonlinear/x_delta (float) 

/solver/augmented_lagrangian/nonlinear/x_delta

Description

Stopping criterion: minimal change of the variables x for the iterations to continue. Computed as the L2 norm of x divide by the time step.

Default: 0

Range: [0, inf]

/solver/augmented_lagrangian/nonlinear/grad_norm (float) 

/solver/augmented_lagrangian/nonlinear/grad_norm

Description

Stopping criterion: Minimal gradient norm for the iterations to continue.

Default: 1e-08

Range: [0, inf]

/solver/augmented_lagrangian/nonlinear/first_grad_norm_tol (float) 

/solver/augmented_lagrangian/nonlinear/first_grad_norm_tol

Description

Minimal gradient norm for the iterations to not start, assume we already are at a minimum.

Default: 1e-10

/solver/augmented_lagrangian/nonlinear/max_iterations (int) 

/solver/augmented_lagrangian/nonlinear/max_iterations

Description

Maximum number of iterations for a nonlinear solve.

Default: 500

/solver/augmented_lagrangian/nonlinear/iterations_per_strategy 
/solver/augmented_lagrangian/nonlinear/iterations_per_strategy

Description

Number of iterations for every substrategy before reset.

Default: 5

Description

Number of iterations for every substrategy before reset.

/solver/augmented_lagrangian/nonlinear/iterations_per_strategy/* (int) 

/solver/augmented_lagrangian/nonlinear/iterations_per_strategy/*

Description

Number of iterations for every substrategy before reset.

Default: 5

/solver/augmented_lagrangian/nonlinear/line_search (object) 

/solver/augmented_lagrangian/nonlinear/line_search

Description

Settings for line-search in the nonlinear solver

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/line_search/method (string) 

/solver/augmented_lagrangian/nonlinear/line_search/method

Description

Line-search type

Default: 'RobustArmijo'

Options: ['Armijo', 'RobustArmijo', 'Backtracking', 'None']

/solver/augmented_lagrangian/nonlinear/line_search/use_grad_norm_tol (float) 

/solver/augmented_lagrangian/nonlinear/line_search/use_grad_norm_tol

Description

When the energy is smaller than use_grad_norm_tol, line-search uses norm of gradient instead of energy

Default: 1e-06

/solver/augmented_lagrangian/nonlinear/line_search/min_step_size (float) 

/solver/augmented_lagrangian/nonlinear/line_search/min_step_size

Description

Mimimum step size

Default: 1e-10

/solver/augmented_lagrangian/nonlinear/line_search/max_step_size_iter (int) 

/solver/augmented_lagrangian/nonlinear/line_search/max_step_size_iter

Description

Number of iterations

Default: 30

/solver/augmented_lagrangian/nonlinear/line_search/min_step_size_final (float) 

/solver/augmented_lagrangian/nonlinear/line_search/min_step_size_final

Description

Mimimum step size for last descent strategy

Default: 1e-20

/solver/augmented_lagrangian/nonlinear/line_search/max_step_size_iter_final (int) 

/solver/augmented_lagrangian/nonlinear/line_search/max_step_size_iter_final

Description

Number of iterations for last descent strategy

Default: 100

/solver/augmented_lagrangian/nonlinear/line_search/default_init_step_size (float) 

/solver/augmented_lagrangian/nonlinear/line_search/default_init_step_size

Description

Initial step size

Default: 1

/solver/augmented_lagrangian/nonlinear/line_search/step_ratio (float) 

/solver/augmented_lagrangian/nonlinear/line_search/step_ratio

Description

Ratio used to decrease the step

Default: 0.5

/solver/augmented_lagrangian/nonlinear/line_search/Armijo (object) 

/solver/augmented_lagrangian/nonlinear/line_search/Armijo

Description

Options for Armijo.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/line_search/Armijo/c (float) 

/solver/augmented_lagrangian/nonlinear/line_search/Armijo/c

Description

Armijo c parameter.

Default: 0.0001

/solver/augmented_lagrangian/nonlinear/line_search/RobustArmijo (object) 

/solver/augmented_lagrangian/nonlinear/line_search/RobustArmijo

Description

Options for RobustArmijo.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/line_search/RobustArmijo/delta_relative_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/line_search/RobustArmijo/delta_relative_tolerance

Description

Relative tolerance on E to switch to approximate.

Default: 0.1

/solver/augmented_lagrangian/nonlinear/allow_out_of_iterations (bool) 

/solver/augmented_lagrangian/nonlinear/allow_out_of_iterations

Description

If false (default), an exception will be thrown when the nonlinear solver reaches the maximum number of iterations.

Default: False

/solver/augmented_lagrangian/nonlinear/L-BFGS (object) 

/solver/augmented_lagrangian/nonlinear/L-BFGS

Description

Options for LBFGS.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/L-BFGS/history_size (int) 

/solver/augmented_lagrangian/nonlinear/L-BFGS/history_size

Description

The number of corrections to approximate the inverse Hessian matrix.

Default: 6

/solver/augmented_lagrangian/nonlinear/L-BFGS-B (object) 

/solver/augmented_lagrangian/nonlinear/L-BFGS-B

Description

Options for the boxed L-BFGS.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/L-BFGS-B/history_size (int) 

/solver/augmented_lagrangian/nonlinear/L-BFGS-B/history_size

Description

The number of corrections to approximate the inverse Hessian matrix.

Default: 6

/solver/augmented_lagrangian/nonlinear/Newton (object) 

/solver/augmented_lagrangian/nonlinear/Newton

Description

Options for Newton.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/Newton/residual_tolerance (float) 

/solver/augmented_lagrangian/nonlinear/Newton/residual_tolerance

Description

Tolerance of the linear system residual. If residual is above, the direction is rejected.

Default: 1e-05

/solver/augmented_lagrangian/nonlinear/Newton/reg_weight_min (float) 

/solver/augmented_lagrangian/nonlinear/Newton/reg_weight_min

Description

Minimum regulariztion weight.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/Newton/reg_weight_max (float) 

/solver/augmented_lagrangian/nonlinear/Newton/reg_weight_max

Description

Maximum regulariztion weight.

Default: 100000000.0

/solver/augmented_lagrangian/nonlinear/Newton/reg_weight_inc (float) 

/solver/augmented_lagrangian/nonlinear/Newton/reg_weight_inc

Description

Regulariztion weight increment.

Default: 10

/solver/augmented_lagrangian/nonlinear/Newton/force_psd_projection (bool) 

/solver/augmented_lagrangian/nonlinear/Newton/force_psd_projection

Description

Force the Hessian to be PSD when using second order solvers (i.e., Newton’s method).

Default: False

/solver/augmented_lagrangian/nonlinear/Newton/use_psd_projection (bool) 

/solver/augmented_lagrangian/nonlinear/Newton/use_psd_projection

Description

Use PSD as fallback using second order solvers (i.e., Newton’s method).

Default: True

/solver/augmented_lagrangian/nonlinear/Newton/use_psd_projection_in_regularized (bool) 

/solver/augmented_lagrangian/nonlinear/Newton/use_psd_projection_in_regularized

Description

Use PSD in regularized Newton.

Default: True

/solver/augmented_lagrangian/nonlinear/ADAM (object) 

/solver/augmented_lagrangian/nonlinear/ADAM

Description

Options for ADAM.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/ADAM/alpha (float) 

/solver/augmented_lagrangian/nonlinear/ADAM/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/augmented_lagrangian/nonlinear/ADAM/beta_1 (float) 

/solver/augmented_lagrangian/nonlinear/ADAM/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/augmented_lagrangian/nonlinear/ADAM/beta_2 (float) 

/solver/augmented_lagrangian/nonlinear/ADAM/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/augmented_lagrangian/nonlinear/ADAM/epsilon (float) 

/solver/augmented_lagrangian/nonlinear/ADAM/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/StochasticADAM (object) 

/solver/augmented_lagrangian/nonlinear/StochasticADAM

Description

Options for ADAM.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/StochasticADAM/alpha (float) 

/solver/augmented_lagrangian/nonlinear/StochasticADAM/alpha

Description

Parameter alpha for ADAM.

Default: 0.001

/solver/augmented_lagrangian/nonlinear/StochasticADAM/beta_1 (float) 

/solver/augmented_lagrangian/nonlinear/StochasticADAM/beta_1

Description

Parameter beta_1 for ADAM.

Default: 0.9

/solver/augmented_lagrangian/nonlinear/StochasticADAM/beta_2 (float) 

/solver/augmented_lagrangian/nonlinear/StochasticADAM/beta_2

Description

Parameter beta_2 for ADAM.

Default: 0.999

/solver/augmented_lagrangian/nonlinear/StochasticADAM/epsilon (float) 

/solver/augmented_lagrangian/nonlinear/StochasticADAM/epsilon

Description

Parameter epsilon for ADAM.

Default: 1e-08

/solver/augmented_lagrangian/nonlinear/StochasticADAM/erase_component_probability (float) 

/solver/augmented_lagrangian/nonlinear/StochasticADAM/erase_component_probability

Description

Probability of erasing a component on the gradient for ADAM.

Default: 0.3

/solver/augmented_lagrangian/nonlinear/StochasticGradientDescent (object) 

/solver/augmented_lagrangian/nonlinear/StochasticGradientDescent

Description

Options for Stochastic Gradient Descent.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/StochasticGradientDescent/erase_component_probability (float) 

/solver/augmented_lagrangian/nonlinear/StochasticGradientDescent/erase_component_probability

Description

Probability of erasing a component on the gradient for StochasticGradientDescent.

Default: 0.3

/solver/augmented_lagrangian/nonlinear/box_constraints (object) 

/solver/augmented_lagrangian/nonlinear/box_constraints

Description

FIXME: Missing documentation in the specification.

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/box_constraints/bounds (list) 

/solver/augmented_lagrangian/nonlinear/box_constraints/bounds

Description

Box constraints on optimization variables.

/solver/augmented_lagrangian/nonlinear/box_constraints/bounds/* 
/solver/augmented_lagrangian/nonlinear/box_constraints/bounds/*

Description

Box constraint values on optimization variables.

/solver/augmented_lagrangian/nonlinear/box_constraints/bounds/*/* (float) 

/solver/augmented_lagrangian/nonlinear/box_constraints/bounds/*/*

Description

Box constraint values on optimization variables.

Description

Box constraint values on optimization variables.

/solver/augmented_lagrangian/nonlinear/box_constraints/max_change 
/solver/augmented_lagrangian/nonlinear/box_constraints/max_change

Description

Maximum change of optimization variables in one iteration, only for solvers with box constraints. Negative value to disable this constraint.

Default: -1

Description

Maximum change of optimization variables in one iteration, only for solvers with box constraints.

/solver/augmented_lagrangian/nonlinear/box_constraints/max_change/* (float) 

/solver/augmented_lagrangian/nonlinear/box_constraints/max_change/*

Description

Maximum change of every optimization variable in one iteration, only for solvers with box constraints.

/solver/augmented_lagrangian/nonlinear/advanced (object) 

/solver/augmented_lagrangian/nonlinear/advanced

Description

Nonlinear solver advanced options

Default: None

Optional

/solver/augmented_lagrangian/nonlinear/advanced/f_delta (float) 

/solver/augmented_lagrangian/nonlinear/advanced/f_delta

Description

Dangerous Option: Quit the optimization if the solver reduces the energy by less than f_delta for consecutive f_delta_step_tol steps.

Default: 0

Range: [0, inf]

/solver/augmented_lagrangian/nonlinear/advanced/f_delta_step_tol (int) 

/solver/augmented_lagrangian/nonlinear/advanced/f_delta_step_tol

Description

Dangerous Option: Quit the optimization if the solver reduces the energy by less than f_delta for consecutive f_delta_step_tol steps.

Default: 100

/solver/augmented_lagrangian/nonlinear/advanced/derivative_along_delta_x_tol (float) 

/solver/augmented_lagrangian/nonlinear/advanced/derivative_along_delta_x_tol

Description

Quit the optimization if the directional derivative along the descent direction is smaller than this tolerance.

Default: 0

Range: [0, inf]

/solver/augmented_lagrangian/nonlinear/advanced/apply_gradient_fd (string) 

/solver/augmented_lagrangian/nonlinear/advanced/apply_gradient_fd

Description

Expensive Option: For every iteration of the nonlinear solver, run finite difference to verify gradient of energy.

Default: 'None'

Options: ['None', 'DirectionalDerivative', 'FullFiniteDiff']

/solver/augmented_lagrangian/nonlinear/advanced/gradient_fd_eps (float) 

/solver/augmented_lagrangian/nonlinear/advanced/gradient_fd_eps

Description

Expensive Option: Eps for finite difference to verify gradient of energy.

Default: 1e-07

/solver/contact (object) 

/solver/contact

Description

Settings for contact handling in the solver.

Default: None

Optional

/solver/contact/CCD (object) 

/solver/contact/CCD

Description

CCD options

Default: None

Optional

/solver/contact/CCD/broad_phase (string) 

/solver/contact/CCD/broad_phase

Description

Broad phase collision-detection algorithm to use

Default: 'hash_grid'

Options: ['hash_grid', 'HG', 'brute_force', 'BF', 'spatial_hash', 'SH', 'bvh', 'BVH', 'sweep_and_prune', 'SAP', 'sweep_and_tiniest_queue', 'STQ']

/solver/contact/CCD/tolerance (float) 

/solver/contact/CCD/tolerance

Description

CCD tolerance

Default: 1e-06

/solver/contact/CCD/max_iterations (int) 

/solver/contact/CCD/max_iterations

Description

Maximum number of iterations for continuous collision detection

Default: 1000000

/solver/contact/friction_iterations (int) 

/solver/contact/friction_iterations

Description

Maximum number of update iterations for lagged friction formulation (see IPC paper).

Default: 1

/solver/contact/friction_convergence_tol (float) 

/solver/contact/friction_convergence_tol

Description

Tolerence for friction convergence

Default: 0.01

/solver/contact/barrier_stiffness 
/solver/contact/barrier_stiffness

Description

How coefficient of clamped log-barrier function for contact is updated

Default: 'adaptive'

Options: ['adaptive']

Description

The coefficient of clamped log-barrier function value when not adaptive

/solver/rayleigh_damping (list) 

/solver/rayleigh_damping

Description

Apply Rayleigh damping.

/solver/rayleigh_damping/* 
/solver/rayleigh_damping/*

Description

Apply Rayleigh damping to the given Form with a stiffness ratio.

Required

/solver/rayleigh_damping/*/form (string) 

/solver/rayleigh_damping/*/form

Description

Form to damp.

Options: ['elasticity', 'contact', 'friction']

/solver/rayleigh_damping/*/stiffness_ratio (float) 

/solver/rayleigh_damping/*/stiffness_ratio

Description

Ratio of to damp (stiffness = 0.75 * stiffness_ratio * Δt³).

Range: [0, inf]

Optional

/solver/rayleigh_damping/*/lagging_iterations (int) 

/solver/rayleigh_damping/*/lagging_iterations

Description

Maximum number of update iterations for lagging.

Default: 1

Description

Apply Rayleigh damping to the given Form with a stiffness.

Required

/solver/rayleigh_damping/*/form (string) 

/solver/rayleigh_damping/*/form

Description

Form to damp.

Options: ['elasticity', 'contact', 'friction']

/solver/rayleigh_damping/*/stiffness (float) 

/solver/rayleigh_damping/*/stiffness

Description

Ratio of to damp.

Range: [0, inf]

Optional

/solver/rayleigh_damping/*/lagging_iterations (int) 

/solver/rayleigh_damping/*/lagging_iterations

Description

Maximum number of update iterations for lagging.

Default: 1

/solver/advanced (object) 

/solver/advanced

Description

Advanced settings for the solver

Default: None

Optional

/solver/advanced/cache_size (int) 

/solver/advanced/cache_size

Description

Maximum number of elements when the assembly values are cached.

Default: 900000

/solver/advanced/lump_mass_matrix (bool) 

/solver/advanced/lump_mass_matrix

Description

If true, use diagonal mass matrix with entries on the diagonal equal to the sum of entries in each row of the full mass matrix.}

Default: False

/solver/advanced/lagged_regularization_weight (float) 

/solver/advanced/lagged_regularization_weight

Description

Weight used to regularize singular static problems.

Default: 0

/solver/advanced/lagged_regularization_iterations (int) 

/solver/advanced/lagged_regularization_iterations

Description

Number of regularize singular static problems.

Default: 1

/boundary_conditions (object) 

/boundary_conditions

Description

The settings for boundary conditions.

Default: None

Optional

/boundary_conditions/rhs 
/boundary_conditions/rhs

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/rhs/value 
/boundary_conditions/rhs/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/rhs/unit (string) 

/boundary_conditions/rhs/unit

Description

The unit of the Value

Description

Right-hand side of the system being solved for vector-valued PDEs.

/boundary_conditions/rhs/* 
/boundary_conditions/rhs/*

Description

Value as a constant float

Default: 0

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/rhs/*/value 
/boundary_conditions/rhs/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/rhs/*/unit (string) 

/boundary_conditions/rhs/*/unit

Description

The unit of the Value

/boundary_conditions/dirichlet_boundary (list) 

/boundary_conditions/dirichlet_boundary

Description

The list of boundary conditions for the main variable. Elements of the list are assignment pairs (ID, value) where ID is assigned by surface selection.

/boundary_conditions/dirichlet_boundary/* 
/boundary_conditions/dirichlet_boundary/*

Description

Dirichlet boundary condition.

Default: None

Required

/boundary_conditions/dirichlet_boundary/*/id 
/boundary_conditions/dirichlet_boundary/*/id

Description

ID of boundary condition from surface selection.

Range: [0, 2147483646]

Description

select all ids.

Options: ['all']

/boundary_conditions/dirichlet_boundary/*/value (list) 

/boundary_conditions/dirichlet_boundary/*/value

Description

Values of boundary condition, length 1 for scalar-valued pde, ⅔ for vector-valued PDEs depending on the dimension.

/boundary_conditions/dirichlet_boundary/*/value/* 
/boundary_conditions/dirichlet_boundary/*/value/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/dirichlet_boundary/*/value/*/value 
/boundary_conditions/dirichlet_boundary/*/value/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/dirichlet_boundary/*/value/*/unit (string) 

/boundary_conditions/dirichlet_boundary/*/value/*/unit

Description

The unit of the Value

Optional

/boundary_conditions/dirichlet_boundary/*/time_reference (list) 

/boundary_conditions/dirichlet_boundary/*/time_reference

Description

List of times when the Dirichlet boundary condition is specified

/boundary_conditions/dirichlet_boundary/*/time_reference/* (float) 

/boundary_conditions/dirichlet_boundary/*/time_reference/*

Description

Values of Dirichlet boundary condition for timestep

/boundary_conditions/dirichlet_boundary/*/interpolation (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation

Description

interpolation of boundary condition

/boundary_conditions/dirichlet_boundary/*/interpolation/* 
/boundary_conditions/dirichlet_boundary/*/interpolation/*

Type: none

Description

interpolation of boundary condition

Default: {'type': 'none'}

Required

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear

Description

interpolation of boundary condition

Required

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear_ramp

Description

interpolation of boundary condition

Required

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/dirichlet_boundary/*/interpolation/*/to (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/to

Description

interpolation ending time

Optional

/boundary_conditions/dirichlet_boundary/*/interpolation/*/from (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/from

Description

interpolation starting time

Default: 0

Type: piecewise_constant

Description

interpolation of boundary condition

Required

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points/* (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values/* (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/dirichlet_boundary/*/interpolation/*/extend (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_linear

Description

interpolation of boundary condition

Required

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points/* (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values/* (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/dirichlet_boundary/*/interpolation/*/extend (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_cubic

Description

interpolation of boundary condition

Required

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points/* (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values (list) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values/* (float) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/dirichlet_boundary/*/interpolation/*/extend (string) 

/boundary_conditions/dirichlet_boundary/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

/boundary_conditions/dirichlet_boundary/*/dimension (list) 

/boundary_conditions/dirichlet_boundary/*/dimension

Description

List of 2 (2D) or 3 (3D) boolean values indicating if the Dirichlet boundary condition is applied for a particular dimension.

/boundary_conditions/dirichlet_boundary/*/dimension/* (bool) 

/boundary_conditions/dirichlet_boundary/*/dimension/*

Description

value

Default: True

Description

Dirichlet boundary condition loaded from a file, , 1 for scalar, ⅔ for tensor depending on dimension.

/boundary_conditions/neumann_boundary (list) 

/boundary_conditions/neumann_boundary

Description

The list of boundary conditions for the main variable. Elements of the list are assignment pairs (ID, value) where ID is assigned by surface selection.

/boundary_conditions/neumann_boundary/* (object) 

/boundary_conditions/neumann_boundary/*

Description

Neumann boundary condition

Default: None

Required

/boundary_conditions/neumann_boundary/*/id 
/boundary_conditions/neumann_boundary/*/id

Description

ID of boundary condition from surface selection.

Range: [0, 2147483646]

Description

select all ids.

Options: ['all']

/boundary_conditions/neumann_boundary/*/value (list) 

/boundary_conditions/neumann_boundary/*/value

Description

Values of boundary condition, length 1 for scalar-valued pde, ⅔ for vector-valued PDEs depending on the dimension.

/boundary_conditions/neumann_boundary/*/value/* 
/boundary_conditions/neumann_boundary/*/value/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/neumann_boundary/*/value/*/value 
/boundary_conditions/neumann_boundary/*/value/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/neumann_boundary/*/value/*/unit (string) 

/boundary_conditions/neumann_boundary/*/value/*/unit

Description

The unit of the Value

Optional

/boundary_conditions/neumann_boundary/*/interpolation (list) 

/boundary_conditions/neumann_boundary/*/interpolation

Description

interpolation of boundary condition

/boundary_conditions/neumann_boundary/*/interpolation/* 
/boundary_conditions/neumann_boundary/*/interpolation/*

Type: none

Description

interpolation of boundary condition

Default: {'type': 'none'}

Required

/boundary_conditions/neumann_boundary/*/interpolation/*/type (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear

Description

interpolation of boundary condition

Required

/boundary_conditions/neumann_boundary/*/interpolation/*/type (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear_ramp

Description

interpolation of boundary condition

Required

/boundary_conditions/neumann_boundary/*/interpolation/*/type (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/neumann_boundary/*/interpolation/*/to (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/to

Description

interpolation ending time

Optional

/boundary_conditions/neumann_boundary/*/interpolation/*/from (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/from

Description

interpolation starting time

Default: 0

Type: piecewise_constant

Description

interpolation of boundary condition

Required

/boundary_conditions/neumann_boundary/*/interpolation/*/type (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/neumann_boundary/*/interpolation/*/points (list) 

/boundary_conditions/neumann_boundary/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/neumann_boundary/*/interpolation/*/points/* (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/neumann_boundary/*/interpolation/*/values (list) 

/boundary_conditions/neumann_boundary/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/neumann_boundary/*/interpolation/*/values/* (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/neumann_boundary/*/interpolation/*/extend (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_linear

Description

interpolation of boundary condition

Required

/boundary_conditions/neumann_boundary/*/interpolation/*/type (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/neumann_boundary/*/interpolation/*/points (list) 

/boundary_conditions/neumann_boundary/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/neumann_boundary/*/interpolation/*/points/* (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/neumann_boundary/*/interpolation/*/values (list) 

/boundary_conditions/neumann_boundary/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/neumann_boundary/*/interpolation/*/values/* (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/neumann_boundary/*/interpolation/*/extend (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_cubic

Description

interpolation of boundary condition

Required

/boundary_conditions/neumann_boundary/*/interpolation/*/type (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/neumann_boundary/*/interpolation/*/points (list) 

/boundary_conditions/neumann_boundary/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/neumann_boundary/*/interpolation/*/points/* (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/neumann_boundary/*/interpolation/*/values (list) 

/boundary_conditions/neumann_boundary/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/neumann_boundary/*/interpolation/*/values/* (float) 

/boundary_conditions/neumann_boundary/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/neumann_boundary/*/interpolation/*/extend (string) 

/boundary_conditions/neumann_boundary/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

/boundary_conditions/normal_aligned_neumann_boundary (list) 

/boundary_conditions/normal_aligned_neumann_boundary

Description

Neumann boundary condition for normal times value for vector-valued PDEs.

/boundary_conditions/normal_aligned_neumann_boundary/* (object) 

/boundary_conditions/normal_aligned_neumann_boundary/*

Description

pressure BC entry

Default: None

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/id (int) 

/boundary_conditions/normal_aligned_neumann_boundary/*/id

Description

ID for the pressure Neumann boundary condition

Range: [0, 2147483646]

/boundary_conditions/normal_aligned_neumann_boundary/*/value 
/boundary_conditions/normal_aligned_neumann_boundary/*/value

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/value/value 
/boundary_conditions/normal_aligned_neumann_boundary/*/value/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/normal_aligned_neumann_boundary/*/value/unit (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/value/unit

Description

The unit of the Value

Optional

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation 
/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation

Type: none

Description

interpolation of boundary condition

Default: {'type': 'none'}

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear

Description

interpolation of boundary condition

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear_ramp

Description

interpolation of boundary condition

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/to (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/to

Description

interpolation ending time

Optional

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/from (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/from

Description

interpolation starting time

Default: 0

Type: piecewise_constant

Description

interpolation of boundary condition

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points (list) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points

Description

interpolation time points

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points/* (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points/*

Description

interpolation time point

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values (list) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values

Description

interpolation values

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values/* (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values/*

Description

interpolation value

Optional

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/extend (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_linear

Description

interpolation of boundary condition

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points (list) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points

Description

interpolation time points

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points/* (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points/*

Description

interpolation time point

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values (list) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values

Description

interpolation values

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values/* (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values/*

Description

interpolation value

Optional

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/extend (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_cubic

Description

interpolation of boundary condition

Required

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points (list) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points

Description

interpolation time points

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points/* (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/points/*

Description

interpolation time point

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values (list) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values

Description

interpolation values

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values/* (float) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/values/*

Description

interpolation value

Optional

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/extend (string) 

/boundary_conditions/normal_aligned_neumann_boundary/*/interpolation/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

/boundary_conditions/pressure_boundary (list) 

/boundary_conditions/pressure_boundary

Description

Neumann boundary condition for normal times value for vector-valued PDEs.

/boundary_conditions/pressure_boundary/* (object) 

/boundary_conditions/pressure_boundary/*

Description

pressure BC entry

Default: None

Required

/boundary_conditions/pressure_boundary/*/id (int) 

/boundary_conditions/pressure_boundary/*/id

Description

ID for the pressure Neumann boundary condition

Range: [0, 2147483646]

/boundary_conditions/pressure_boundary/*/value 
/boundary_conditions/pressure_boundary/*/value

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/pressure_boundary/*/value/value 
/boundary_conditions/pressure_boundary/*/value/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/pressure_boundary/*/value/unit (string) 

/boundary_conditions/pressure_boundary/*/value/unit

Description

The unit of the Value

Optional

/boundary_conditions/pressure_boundary/*/interpolation 
/boundary_conditions/pressure_boundary/*/interpolation

Type: none

Description

interpolation of boundary condition

Default: {'type': 'none'}

Required

/boundary_conditions/pressure_boundary/*/interpolation/type (string) 

/boundary_conditions/pressure_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear

Description

interpolation of boundary condition

Required

/boundary_conditions/pressure_boundary/*/interpolation/type (string) 

/boundary_conditions/pressure_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear_ramp

Description

interpolation of boundary condition

Required

/boundary_conditions/pressure_boundary/*/interpolation/type (string) 

/boundary_conditions/pressure_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/pressure_boundary/*/interpolation/to (float) 

/boundary_conditions/pressure_boundary/*/interpolation/to

Description

interpolation ending time

Optional

/boundary_conditions/pressure_boundary/*/interpolation/from (float) 

/boundary_conditions/pressure_boundary/*/interpolation/from

Description

interpolation starting time

Default: 0

Type: piecewise_constant

Description

interpolation of boundary condition

Required

/boundary_conditions/pressure_boundary/*/interpolation/type (string) 

/boundary_conditions/pressure_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/pressure_boundary/*/interpolation/points (list) 

/boundary_conditions/pressure_boundary/*/interpolation/points

Description

interpolation time points

/boundary_conditions/pressure_boundary/*/interpolation/points/* (float) 

/boundary_conditions/pressure_boundary/*/interpolation/points/*

Description

interpolation time point

/boundary_conditions/pressure_boundary/*/interpolation/values (list) 

/boundary_conditions/pressure_boundary/*/interpolation/values

Description

interpolation values

/boundary_conditions/pressure_boundary/*/interpolation/values/* (float) 

/boundary_conditions/pressure_boundary/*/interpolation/values/*

Description

interpolation value

Optional

/boundary_conditions/pressure_boundary/*/interpolation/extend (string) 

/boundary_conditions/pressure_boundary/*/interpolation/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_linear

Description

interpolation of boundary condition

Required

/boundary_conditions/pressure_boundary/*/interpolation/type (string) 

/boundary_conditions/pressure_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/pressure_boundary/*/interpolation/points (list) 

/boundary_conditions/pressure_boundary/*/interpolation/points

Description

interpolation time points

/boundary_conditions/pressure_boundary/*/interpolation/points/* (float) 

/boundary_conditions/pressure_boundary/*/interpolation/points/*

Description

interpolation time point

/boundary_conditions/pressure_boundary/*/interpolation/values (list) 

/boundary_conditions/pressure_boundary/*/interpolation/values

Description

interpolation values

/boundary_conditions/pressure_boundary/*/interpolation/values/* (float) 

/boundary_conditions/pressure_boundary/*/interpolation/values/*

Description

interpolation value

Optional

/boundary_conditions/pressure_boundary/*/interpolation/extend (string) 

/boundary_conditions/pressure_boundary/*/interpolation/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_cubic

Description

interpolation of boundary condition

Required

/boundary_conditions/pressure_boundary/*/interpolation/type (string) 

/boundary_conditions/pressure_boundary/*/interpolation/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/pressure_boundary/*/interpolation/points (list) 

/boundary_conditions/pressure_boundary/*/interpolation/points

Description

interpolation time points

/boundary_conditions/pressure_boundary/*/interpolation/points/* (float) 

/boundary_conditions/pressure_boundary/*/interpolation/points/*

Description

interpolation time point

/boundary_conditions/pressure_boundary/*/interpolation/values (list) 

/boundary_conditions/pressure_boundary/*/interpolation/values

Description

interpolation values

/boundary_conditions/pressure_boundary/*/interpolation/values/* (float) 

/boundary_conditions/pressure_boundary/*/interpolation/values/*

Description

interpolation value

Optional

/boundary_conditions/pressure_boundary/*/interpolation/extend (string) 

/boundary_conditions/pressure_boundary/*/interpolation/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

/boundary_conditions/pressure_cavity (list) 

/boundary_conditions/pressure_cavity

Description

Neumann boundary condition for normal times value for vector-valued PDEs.

/boundary_conditions/pressure_cavity/* (object) 

/boundary_conditions/pressure_cavity/*

Description

pressure BC entry

Default: None

Required

/boundary_conditions/pressure_cavity/*/id (int) 

/boundary_conditions/pressure_cavity/*/id

Description

ID for the pressure Neumann boundary condition

Range: [0, 2147483646]

/boundary_conditions/pressure_cavity/*/value 
/boundary_conditions/pressure_cavity/*/value

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/pressure_cavity/*/value/value 
/boundary_conditions/pressure_cavity/*/value/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/pressure_cavity/*/value/unit (string) 

/boundary_conditions/pressure_cavity/*/value/unit

Description

The unit of the Value

/boundary_conditions/obstacle_displacements (list) 

/boundary_conditions/obstacle_displacements

Description

The list of boundary conditions for the main variable. Elements of the list are assignment pairs (ID, value) where ID is assigned by surface selection.

/boundary_conditions/obstacle_displacements/* (object) 

/boundary_conditions/obstacle_displacements/*

Description

Obstacle displacements

Default: None

Required

/boundary_conditions/obstacle_displacements/*/id 
/boundary_conditions/obstacle_displacements/*/id

Description

ID of boundary condition from surface selection.

Range: [0, 2147483646]

Description

select all ids.

Options: ['all']

/boundary_conditions/obstacle_displacements/*/value (list) 

/boundary_conditions/obstacle_displacements/*/value

Description

Values of boundary condition, length 1 for scalar-valued pde, ⅔ for vector-valued PDEs depending on the dimension.

/boundary_conditions/obstacle_displacements/*/value/* 
/boundary_conditions/obstacle_displacements/*/value/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/boundary_conditions/obstacle_displacements/*/value/*/value 
/boundary_conditions/obstacle_displacements/*/value/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/boundary_conditions/obstacle_displacements/*/value/*/unit (string) 

/boundary_conditions/obstacle_displacements/*/value/*/unit

Description

The unit of the Value

Optional

/boundary_conditions/obstacle_displacements/*/interpolation (list) 

/boundary_conditions/obstacle_displacements/*/interpolation

Description

interpolation of boundary condition

/boundary_conditions/obstacle_displacements/*/interpolation/* 
/boundary_conditions/obstacle_displacements/*/interpolation/*

Type: none

Description

interpolation of boundary condition

Default: {'type': 'none'}

Required

/boundary_conditions/obstacle_displacements/*/interpolation/*/type (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear

Description

interpolation of boundary condition

Required

/boundary_conditions/obstacle_displacements/*/interpolation/*/type (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

Type: linear_ramp

Description

interpolation of boundary condition

Required

/boundary_conditions/obstacle_displacements/*/interpolation/*/type (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/obstacle_displacements/*/interpolation/*/to (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/to

Description

interpolation ending time

Optional

/boundary_conditions/obstacle_displacements/*/interpolation/*/from (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/from

Description

interpolation starting time

Default: 0

Type: piecewise_constant

Description

interpolation of boundary condition

Required

/boundary_conditions/obstacle_displacements/*/interpolation/*/type (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/obstacle_displacements/*/interpolation/*/points (list) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/obstacle_displacements/*/interpolation/*/points/* (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/obstacle_displacements/*/interpolation/*/values (list) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/obstacle_displacements/*/interpolation/*/values/* (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/obstacle_displacements/*/interpolation/*/extend (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_linear

Description

interpolation of boundary condition

Required

/boundary_conditions/obstacle_displacements/*/interpolation/*/type (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/obstacle_displacements/*/interpolation/*/points (list) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/obstacle_displacements/*/interpolation/*/points/* (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/obstacle_displacements/*/interpolation/*/values (list) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/obstacle_displacements/*/interpolation/*/values/* (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/obstacle_displacements/*/interpolation/*/extend (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

Type: piecewise_cubic

Description

interpolation of boundary condition

Required

/boundary_conditions/obstacle_displacements/*/interpolation/*/type (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/type

Description

type of interpolation of boundary condition

Options: ['none', 'linear', 'linear_ramp', 'piecewise_constant', 'piecewise_linear', 'piecewise_cubic']

/boundary_conditions/obstacle_displacements/*/interpolation/*/points (list) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/points

Description

interpolation time points

/boundary_conditions/obstacle_displacements/*/interpolation/*/points/* (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/points/*

Description

interpolation time point

/boundary_conditions/obstacle_displacements/*/interpolation/*/values (list) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/values

Description

interpolation values

/boundary_conditions/obstacle_displacements/*/interpolation/*/values/* (float) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/values/*

Description

interpolation value

Optional

/boundary_conditions/obstacle_displacements/*/interpolation/*/extend (string) 

/boundary_conditions/obstacle_displacements/*/interpolation/*/extend

Description

how to extend the piecewise interpolation

Default: 'constant'

Options: ['constant', 'extrapolate', 'repeat', 'repeat_offset']

/boundary_conditions/periodic_boundary (object) 

/boundary_conditions/periodic_boundary

Description

Options for periodic boundary conditions.

Default: None

Optional

/boundary_conditions/periodic_boundary/enabled (bool) 

/boundary_conditions/periodic_boundary/enabled

Description

Default: False

/boundary_conditions/periodic_boundary/tolerance (float) 

/boundary_conditions/periodic_boundary/tolerance

Description

Relative tolerance of deciding periodic correspondence

Default: 1e-05

/boundary_conditions/periodic_boundary/correspondence (list) 

/boundary_conditions/periodic_boundary/correspondence

Description

Periodic directions for periodic boundary conditions. If not specified, default to axis-aligned directions.

/boundary_conditions/periodic_boundary/correspondence/* (list) 

/boundary_conditions/periodic_boundary/correspondence/*

Description

One periodic direction.

/boundary_conditions/periodic_boundary/correspondence/*/* (float) 

/boundary_conditions/periodic_boundary/correspondence/*/*

Description

One entry of a periodic direction.

/boundary_conditions/periodic_boundary/linear_displacement_offset (list) 

/boundary_conditions/periodic_boundary/linear_displacement_offset

Description

/boundary_conditions/periodic_boundary/linear_displacement_offset/* (list) 

/boundary_conditions/periodic_boundary/linear_displacement_offset/*

Description

/boundary_conditions/periodic_boundary/linear_displacement_offset/*/* 
/boundary_conditions/periodic_boundary/linear_displacement_offset/*/*

Description

Description

/boundary_conditions/periodic_boundary/fixed_macro_strain (list) 

/boundary_conditions/periodic_boundary/fixed_macro_strain

Description

/boundary_conditions/periodic_boundary/fixed_macro_strain/* (int) 

/boundary_conditions/periodic_boundary/fixed_macro_strain/*

Description

/boundary_conditions/periodic_boundary/force_zero_mean (bool) 

/boundary_conditions/periodic_boundary/force_zero_mean

Description

The periodic solution is not unique, set to true to find the solution with zero mean.

Default: False

/initial_conditions (object) 

/initial_conditions

Description

Initial conditions for the time-dependent problem, imposed on the main variable, its derivative or second derivative

Default: None

Optional

/initial_conditions/solution (list) 

/initial_conditions/solution

Description

initial solution

/initial_conditions/solution/* (object) 

/initial_conditions/solution/*

Description

A list of (ID, value) pairs defining the initial conditions for the main variable values. Ids are set by selection, and values can be floats or formulas.

Default: None

Required

/initial_conditions/solution/*/id (int) 

/initial_conditions/solution/*/id

Description

ID from volume selections

/initial_conditions/solution/*/value (list) 

/initial_conditions/solution/*/value

Description

value of the solution

/initial_conditions/solution/*/value/* 
/initial_conditions/solution/*/value/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/initial_conditions/solution/*/value/*/value 
/initial_conditions/solution/*/value/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/initial_conditions/solution/*/value/*/unit (string) 

/initial_conditions/solution/*/value/*/unit

Description

The unit of the Value

/initial_conditions/velocity (list) 

/initial_conditions/velocity

Description

initial velocity

/initial_conditions/velocity/* (object) 

/initial_conditions/velocity/*

Description

A list of (ID, value) pairs defining the initial conditions for the first derivative of the main variable values. Ids are set by selection, and values can be floats or formulas.

Default: None

Required

/initial_conditions/velocity/*/id (int) 

/initial_conditions/velocity/*/id

Description

ID from volume selections

/initial_conditions/velocity/*/value (list) 

/initial_conditions/velocity/*/value

Description

value od the initial velocity

/initial_conditions/velocity/*/value/* 
/initial_conditions/velocity/*/value/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/initial_conditions/velocity/*/value/*/value 
/initial_conditions/velocity/*/value/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/initial_conditions/velocity/*/value/*/unit (string) 

/initial_conditions/velocity/*/value/*/unit

Description

The unit of the Value

/initial_conditions/acceleration (list) 

/initial_conditions/acceleration

Description

initial acceleration

/initial_conditions/acceleration/* (object) 

/initial_conditions/acceleration/*

Description

entries

Default: None

Required

/initial_conditions/acceleration/*/id (int) 

/initial_conditions/acceleration/*/id

Description

ID from volume selections

/initial_conditions/acceleration/*/value (list) 

/initial_conditions/acceleration/*/value

Description

value

/initial_conditions/acceleration/*/value/* 
/initial_conditions/acceleration/*/value/*

Description

Value as a constant float

Description

Value as an expression of \(x,y,z,t\) or a file

Description

Value with unit

Required

/initial_conditions/acceleration/*/value/*/value 
/initial_conditions/acceleration/*/value/*/value

Description

The value of the constant

Description

The value as an expression

Description

The value as a file

/initial_conditions/acceleration/*/value/*/unit (string) 

/initial_conditions/acceleration/*/value/*/unit

Description

The unit of the Value

/output (object) 

/output

Description

output settings

Default: None

Optional

/output/directory (string) 

/output/directory

Description

Directory for output files.

Default: ''

/output/log (object) 

/output/log

Description

Setting for the output log.

Default: None

Optional

/output/log/level 
/output/log/level

Description

Level of logging, 0 trace, 1 debug, 2 info, 3 warning, 4 error, 5 critical, and 6 off.

Range: [0, 6]

Description

Level of logging.

Default: 'debug'

Options: ['trace', 'debug', 'info', 'warning', 'error', 'critical', 'off']

/output/log/file_level 
/output/log/file_level

Description

Level of logging to a file, 0 trace, 1 debug, 2 info, 3 warning, 4 error, 5 critical, and 6 off.

Range: [0, 6]

Description

Level of logging.

Default: 'trace'

Options: ['trace', 'debug', 'info', 'warning', 'error', 'critical', 'off']

/output/log/path (string) 

/output/log/path

Description

File where to save the log; empty string is output to terminal.

Default: ''

/output/log/quiet (bool) 

/output/log/quiet

Description

Disable cout for logging.

Default: False

/output/json (string) 

/output/json

Description

File name for JSON output statistics on time/error/etc.

Default: ''

/output/restart_json (string) 

/output/restart_json

Description

File name for JSON output to restart the simulation.

Default: ''

/output/paraview (object) 

/output/paraview

Description

Output in paraview format

Default: None

Optional

/output/paraview/file_name (string) 

/output/paraview/file_name

Description

Paraview output file name

Default: ''

/output/paraview/vismesh_rel_area (float) 

/output/paraview/vismesh_rel_area

Description

relative area for the upsampled visualisation mesh

Default: 1e-05

/output/paraview/skip_frame (int) 

/output/paraview/skip_frame

Description

export every skip_frame-th frames for time dependent simulations

Default: 1

/output/paraview/high_order_mesh (bool) 

/output/paraview/high_order_mesh

Description

Enables/disables high-order output for paraview. Supported only for isoparametric or linear meshes with high-order solutions.

Default: True

/output/paraview/volume (bool) 

/output/paraview/volume

Description

Export volumetric mesh

Default: True

/output/paraview/surface (bool) 

/output/paraview/surface

Description

Export surface mesh (in 2d polygon)

Default: False

/output/paraview/wireframe (bool) 

/output/paraview/wireframe

Description

Export the wireframe of the mesh

Default: False

/output/paraview/points (bool) 

/output/paraview/points

Description

Export the Dirichlet points

Default: False

/output/paraview/options (object) 

/output/paraview/options

Description

Optional fields in the output

Default: None

Optional

/output/paraview/options/use_hdf5 (bool) 

/output/paraview/options/use_hdf5

Description

If true, export the data as hdf5, compatible with paraview >5.11

Default: False

/output/paraview/options/material (bool) 

/output/paraview/options/material

Description

If true, write out material values sampled on the vertices of the mesh

Default: False

/output/paraview/options/body_ids (bool) 

/output/paraview/options/body_ids

Description

Export volumes ids

Default: False

/output/paraview/options/contact_forces (bool) 

/output/paraview/options/contact_forces

Description

If true, write out contact forces for surface

Default: False

/output/paraview/options/friction_forces (bool) 

/output/paraview/options/friction_forces

Description

If true, write out friction forces for surface

Default: False

/output/paraview/options/velocity (bool) 

/output/paraview/options/velocity

Description

If true, write out velocities

Default: False

/output/paraview/options/acceleration (bool) 

/output/paraview/options/acceleration

Description

If true, write out accelerations

Default: False

/output/paraview/options/scalar_values (bool) 

/output/paraview/options/scalar_values

Description

If true, write out scalar values

Default: True

/output/paraview/options/tensor_values (bool) 

/output/paraview/options/tensor_values

Description

If true, write out tensor values

Default: True

/output/paraview/options/discretization_order (bool) 

/output/paraview/options/discretization_order

Description

If true, write out discretization order

Default: True

/output/paraview/options/nodes (bool) 

/output/paraview/options/nodes

Description

If true, write out node order

Default: True

/output/paraview/options/forces (bool) 

/output/paraview/options/forces

Description

If true, write out all variational forces on the FE mesh

Default: False

/output/data (object) 

/output/data

Description

File names to write output data to.

Default: None

Optional

/output/data/solution (string) 

/output/data/solution

Description

Main variable solution. Unrolled [xyz, xyz, …] using PolyFEM ordering. If reorder_nodes exports the solution with the same order the vertices of the input mesh as a #n x d file

Default: ''

/output/data/full_mat (string) 

/output/data/full_mat

Description

System matrix without boundary conditions. Doesn’t work for nonlinear problems

Default: ''

/output/data/stiffness_mat (string) 

/output/data/stiffness_mat

Description

System matrix with boundary conditions. Doesn’t work for nonlinear problems

Default: ''

/output/data/stress_mat (string) 

/output/data/stress_mat

Description

Exports stress

Default: ''

/output/data/state (string) 

/output/data/state

Description

Writes the complete state in PolyFEM hdf5 format, used to restart the sim

Default: ''

/output/data/rest_mesh (string) 

/output/data/rest_mesh

Description

Writes the rest mesh in MSH format, used to restart the sim

Default: ''

/output/data/mises (string) 

/output/data/mises

Description

File name to write per-node Von Mises stress values to.

Default: ''

/output/data/nodes (string) 

/output/data/nodes

Description

Writes the FEM nodes

Default: ''

/output/data/advanced (object) 

/output/data/advanced

Description

advanced options

Default: None

Optional

/output/data/advanced/reorder_nodes (bool) 

/output/data/advanced/reorder_nodes

Description

Reorder nodes accodring to input

Default: False

/output/advanced (object) 

/output/advanced

Description

Additional output options

Default: None

Optional

/output/advanced/timestep_prefix (string) 

/output/advanced/timestep_prefix

Description

Prefix for output file names for each time step, the final file is step_i.[vtu|vtm] where i is the time index.

Default: 'step_'

/output/advanced/sol_on_grid (float) 

/output/advanced/sol_on_grid

Description

exports the solution sampled on a grid, specify the grid spacing

Default: -1

/output/advanced/compute_error (bool) 

/output/advanced/compute_error

Description

Enables the computation of the error. If no reference solution is provided, return the norms of the solution

Default: True

/output/advanced/sol_at_node (int) 

/output/advanced/sol_at_node

Description

Write out solution values at a specific node. the values will be written in the output JSON file

Default: -1

/output/advanced/vis_boundary_only (bool) 

/output/advanced/vis_boundary_only

Description

saves only elements touching the boundaries

Default: False

/output/advanced/curved_mesh_size (bool) 

/output/advanced/curved_mesh_size

Description

upsample curved edges to compute mesh size

Default: False

/output/advanced/save_solve_sequence_debug (bool) 

/output/advanced/save_solve_sequence_debug

Description

saves AL internal steps, for debugging

Default: False

/output/advanced/save_ccd_debug_meshes (bool) 

/output/advanced/save_ccd_debug_meshes

Description

saves AL internal steps, for debugging

Default: False

/output/advanced/save_time_sequence (bool) 

/output/advanced/save_time_sequence

Description

saves timesteps

Default: True

/output/advanced/save_nl_solve_sequence (bool) 

/output/advanced/save_nl_solve_sequence

Description

saves obj after every nonlinear iteration, for debugging

Default: False

/output/advanced/spectrum (bool) 

/output/advanced/spectrum

Description

exports the spectrum of the matrix in the output JSON. Works only if POLYSOLVE_WITH_SPECTRA is enabled

Default: False

/output/reference (object) 

/output/reference

Description

Write out the analytic/numerical ground-truth solution and or its gradient

Default: None

Optional

/output/reference/solution (list) 

/output/reference/solution

Description

reference solution used to compute errors

/output/reference/solution/* (string) 

/output/reference/solution/*

Description

value as a function of \(x,y,z,t\)

Default: ''

/output/reference/gradient (list) 

/output/reference/gradient

Description

gradient of the reference solution to compute errors

/output/reference/gradient/* (string) 

/output/reference/gradient/*

Description

value as a function of \(x,y,z,t\)

Default: ''

/input (object) 

/input

Description

input data

Default: None

Optional

/input/data (object) 

/input/data

Description

input to restart time dependent sim

Default: None

Optional

/input/data/state (file) 

/input/data/state

Description

input state as hdf5

Default: ''

/input/data/reorder (bool) 

/input/data/reorder

Description

reorder input data

Default: False

/tests (object) 

/tests

Description

Used to test to compare different norms of solutions.

Default: None

Optional

/tests/err_h1 (float) 

/tests/err_h1

Description

Reference h1 solution’s norm.

Default: 0

/tests/err_h1_semi (float) 

/tests/err_h1_semi

Description

Reference h1 seminorm solution’s norm.

Default: 0

/tests/err_l2 (float) 

/tests/err_l2

Description

Reference \(L^2\) solution’s norm.

Default: 0

/tests/err_linf (float) 

/tests/err_linf

Description

Reference \(L^\infty\) solution’s norm.

Default: 0

/tests/err_linf_grad (float) 

/tests/err_linf_grad

Description

Reference \(L^\infty\) solution’s gradient norm.

Default: 0

/tests/err_lp (float) 

/tests/err_lp

Description

Reference \(L^8\) solution’s gradient norm.

Default: 0

/tests/margin (float) 

/tests/margin

Description

Reference tolerance used in tests.

Default: 1e-05

/tests/time_steps 
/tests/time_steps

Description

Number of time steps to test.

Default: 1

Range: [1, inf]

Description

Number of time steps to test.

Options: ['all', 'static']

Last update: 2023-10-03