文件名称：nalger_helper_functions:我编写的独立帮助程序功能可能广泛有用
文件大小：5.04MB
文件格式：ZIP
更新时间：2024-04-16 09:48:33
JupyterNotebook
nalger_helper_functions:我编写的独立帮助程序功能可能广泛有用
【文件预览】：
nalger_helper_functions-master
----jupyter_notebooks()
--------ind2sub_batches.ipynb(3KB)
--------build_dense_matrix_from_matvecs.ipynb(3KB)
--------combine_grid_functions.ipynb(53KB)
--------function_support_box.ipynb(21KB)
--------plot_ellipse.ipynb(34KB)
--------ellipsoid_bounding_box.ipynb(16KB)
--------neumann_poisson_solver.ipynb(52KB)
--------box_mesh_nd.ipynb(59KB)
--------rational_inverse_square_root.ipynb(70KB)
--------plot_rectangle.ipynb(5KB)
--------fenics_function_to_regular_grid_interpolator.ipynb(83KB)
--------point_is_in_box.ipynb(14KB)
--------grid_interpolate.ipynb(84KB)
--------conforming_box.ipynb(11KB)
--------poisson_squared_interpolation.ipynb(99KB)
--------point_is_in_ellipsoid.ipynb(15KB)
--------make_regular_grid.ipynb(35KB)
--------conforming_grid_convolution.ipynb(134KB)
--------box_mesh_lexsort.ipynb(27KB)
--------unit_speed_derivatives.ipynb(3KB)
--------csr_conversions.ipynb(5KB)
--------regular_grid_patch.ipynb(58KB)
--------circle_mesh.ipynb(107KB)
----tutorial_notebooks()
--------interpolate_fenics_function_onto_regular_grid.ipynb(293KB)
--------form_differentiation_in_fenics.ipynb(8KB)
--------fenics_first_example.ipynb(64KB)
--------angel_peak_badlands.png(365KB)
--------Shepp_Logan_phantom_in_fenics.ipynb(23KB)
--------load_marmousi_into_fenics.ipynb(243KB)
--------marmsmooth.dat(412KB)
--------marmhard.dat(412KB)
--------interpolating_external_data_into_fenics_function.ipynb(65KB)
--------load_png_image_into_fenics_Function.ipynb(266KB)
--------pointcloud_nearest_neighbors.ipynb(9KB)
----setup.py(238B)
----nalger_helper_functions()
--------build_dense_matrix_from_matvecs.py(578B)
--------conforming_grid_convolution.py(1KB)
--------point_is_in_ellipsoid.py(699B)
--------neumann_poisson_solver.py(2KB)
--------box_mesh_nd.py(670B)
--------interactive_impulse_response_plot.py(1KB)
--------poisson_squared_interpolation.py(3KB)
--------conforming_box.py(551B)
--------interactive_impulse_response_plot_example.py(555B)
--------make_dense_lu_solver.py(170B)
--------grid_interpolate.py(544B)
--------rational_inverse_square_root_weights_and_poles.py(1KB)
--------box_mesh_lexsort.py(316B)
--------plot_rectangle.py(582B)
--------combine_grid_functions.py(2KB)
--------circle_mesh.py(338B)
--------unit_speed_derivatives.py(2KB)
--------make_regular_grid.py(496B)
--------__init__.py(4KB)
--------plot_ellipse.py(701B)
--------regular_grid_patch.py(3KB)
--------ellipsoid_bounding_box.py(366B)
--------ind2sub_batches.py(829B)
--------point_is_in_box.py(563B)
--------function_support_box.py(701B)
--------csr_scipy2fenics.py(373B)
--------fenics_function_to_regular_grid_interpolator.py(3KB)
--------invert_dictionary.py(71B)
--------csr_fenics2scipy.py(335B)
--------vec2fct.py(127B)
----experimental_code()
--------fenics_function_smoother.ipynb(172KB)
--------poisson_example_with_convergence_plot.ipynb(144KB)
--------fenics_quad_mesh.ipynb(16KB)
--------objective_smoother_experiments.ipynb(271KB)
--------least_squares_derivative_matrix.ipynb(2.75MB)
--------fenics_to_scipy_sparse_csr_conversion.py(3KB)
--------points_in_boxes.py(1KB)
--------div_k_grad_u_inverse_problem_fenics.ipynb(251KB)
--------points_in_ellipsoids.ipynb(71KB)
--------fenics_function_extend_by_zero_evaluator.py(2KB)
--------extracting_diagonal_of_matrix_hutchinson.ipynb(120KB)
--------fenics_convolution.ipynb(205KB)
--------enforcing_flux_bc_with_lagrange_multipliers.ipynb(68KB)
--------points_in_boxes.ipynb(148KB)
--------fenics_mesh_and_dof_nodes_tutorial.ipynb(57KB)
--------poisson_2d_example.ipynb(83KB)
--------smooth_basis_maker.py(3KB)
--------fenics_interactive_impulse_response_plot_TEST.ipynb(1KB)
--------fenics_function_fast_grid_evaluator.py(5KB)