Index

_

_autosave_flag (pyphasefield.simulation.Simulation attribute), [1] _autosave_rate (pyphasefield.simulation.Simulation attribute), [1] _autosave_save_images_flag (pyphasefield.simulation.Simulation attribute), [1] _boundary_conditions_type (pyphasefield.simulation.Simulation attribute), [1] _dTdt (pyphasefield.simulation.Simulation attribute), [1] _dTdx (pyphasefield.simulation.Simulation attribute), [1] _framework (pyphasefield.simulation.Simulation attribute), [1] _gpu_blocks_per_grid_1D (pyphasefield.simulation.Simulation attribute), [1] _gpu_threads_per_block_1D (pyphasefield.simulation.Simulation attribute), [1] _initial_T (pyphasefield.simulation.Simulation attribute), [1] _neighbors (pyphasefield.field.Field attribute), [1] (pyphasefield.simulation.Simulation attribute), [1] _save_path (pyphasefield.simulation.Simulation attribute), [1]

_shapes (pyphasefield.field.Field attribute), [1] _simulation (pyphasefield.field.Field attribute), [1] _slice (pyphasefield.field.Field attribute), [1] _slice_sbc_in (pyphasefield.field.Field attribute), [1] _slice_sbc_out (pyphasefield.field.Field attribute), [1] _tdb_components (pyphasefield.simulation.Simulation attribute), [1] _tdb_container (pyphasefield.simulation.Simulation attribute), [1] _tdb_path (pyphasefield.simulation.Simulation attribute), [1] _tdb_phases (pyphasefield.simulation.Simulation attribute), [1] _temperature_path (pyphasefield.simulation.Simulation attribute), [1] _temperature_type (pyphasefield.simulation.Simulation attribute), [1] _temperature_units (pyphasefield.simulation.Simulation attribute), [1] _transfer_in (pyphasefield.field.Field attribute), [1] _transfer_out (pyphasefield.field.Field attribute), [1]

A

add_field() (pyphasefield.simulation.Simulation method), [1] add_nuclei() (in module pyphasefield.Engines.NComponent), [1] AnisoDorr_helper_kernel() (in module pyphasefield.Engines.AnisoDorrGPU), [1] AnisoDorr_kernel() (in module pyphasefield.Engines.AnisoDorrGPU), [1]

AnisoDorrGPU (class in pyphasefield.Engines.AnisoDorrGPU), [1] apply_boundary_conditions() (in module pyphasefield.ppf_gpu_utils), [1] (pyphasefield.simulation.Simulation method), [1] apply_parallel_bcs() (in module pyphasefield.ppf_gpu_utils), [1]

B

boundary_fields (pyphasefield.simulation.Simulation attribute), [1] boundary_kernel_1D_single_x() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_1D_x() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_2D_single_x() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_2D_single_y() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_2D_x() (in module pyphasefield.ppf_gpu_utils), [1]

boundary_kernel_2D_y() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_3D_single_x() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_3D_single_y() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_3D_single_z() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_3D_x() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_3D_y() (in module pyphasefield.ppf_gpu_utils), [1] boundary_kernel_3D_z() (in module pyphasefield.ppf_gpu_utils), [1]

C

CahnAllen (class in pyphasefield.Engines.CahnAllen), [1] CahnHilliard (class in pyphasefield.Engines.CahnHilliard), [1] clean_GPU() (in module pyphasefield.ppf_gpu_utils), [1] colormap (pyphasefield.field.Field attribute), [1] compute_tdb_energy_nc() (in module pyphasefield.Engines.NComponent), [1]

compute_tdb_energy_nc_rev() (in module pyphasefield.Engines.NComponent), [1] create_GPU_devices() (in module pyphasefield.ppf_gpu_utils), [1] (pyphasefield.simulation.Simulation method), [1] create_numba_ufunc_from_sympy() (in module pyphasefield.ppf_utils), [1] create_sympy_ufunc_from_tdb() (in module pyphasefield.ppf_utils), [1] CSVtoXDMF() (in module pyphasefield.ppf_utils), [1]

D

data (pyphasefield.field.Field attribute), [1] data() (pyphasefield.ppf_utils.XDMFLoader method), [1] default_value() (pyphasefield.simulation.Simulation method), [1] Diffusion (class in pyphasefield.Engines.Diffusion), [1] diffusion_kernel_1D() (in module pyphasefield.Engines.Diffusion), [1] diffusion_kernel_2D() (in module pyphasefield.Engines.Diffusion), [1] diffusion_kernel_3D() (in module pyphasefield.Engines.Diffusion), [1] diffusion_matrix_1d() (in module pyphasefield.Engines.Diffusion), [1] diffusion_matrix_2d() (in module pyphasefield.Engines.Diffusion), [1]

diffusion_matrix_3d() (in module pyphasefield.Engines.Diffusion), [1] dimensions (pyphasefield.simulation.Simulation attribute), [1] discretization_NComponent() (in module pyphasefield.Engines.NComponent), [1] divagradb() (in module pyphasefield.Engines.AnisoDorrGPU), [1] (in module pyphasefield.Engines.NCGPU), [1] (in module pyphasefield.Engines.NCGPU_new), [1] (in module pyphasefield.Engines.NComponent), [1] divagradb_3D() (in module pyphasefield.Engines.NCGPU_new), [1] dt (pyphasefield.simulation.Simulation attribute), [1] dx (pyphasefield.simulation.Simulation attribute), [1]

E

engine_AnisoDorrGPU() (in module pyphasefield.Engines.AnisoDorrGPU), [1] engine_CahnAllenCrankNicolson2D_ADI() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenExplicit() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenIMEX1D() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenImplicit1D() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenImplicit1D_GMRES() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenImplicit2D_ADI() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenImplicit2D_ADI_GMRES() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenImplicit2D_GMRES() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnAllenImplicit3D_ADI() (in module pyphasefield.Engines.CahnAllen), [1] engine_CahnHilliardCrankNicolson1D() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardCrankNicolson1D_GMRES() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardCrankNicolson2D_ADI() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardExplicit() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardIMEX1D() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardImplicit1D() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardImplicit1D_GMRES() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardImplicit2D_ADI() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardImplicit2D_ADI_GMRES() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardImplicit2D_GMRES() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CahnHilliardImplicit3D_ADI() (in module pyphasefield.Engines.CahnHilliard), [1] engine_CrankNicolsonDiffusion1D() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion1D_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion2D() (in module pyphasefield.Engines.Diffusion), [1]

engine_CrankNicolsonDiffusion2D_ADI() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion2D_ADI_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion2D_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion3D() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion3D_ADI() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion3D_ADI_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_CrankNicolsonDiffusion3D_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_DiffusionGPU() (in module pyphasefield.Engines.Diffusion), [1] engine_ExplicitDiffusion() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion1D() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion1D_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion2D() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion2D_ADI() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion2D_ADI_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion2D_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion3D() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion3D_ADI() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion3D_ADI_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_ImplicitDiffusion3D_GMRES() (in module pyphasefield.Engines.Diffusion), [1] engine_NComponent_ADI() (in module pyphasefield.Engines.NComponent), [1] engine_NComponent_AnisoM() (in module pyphasefield.Engines.NComponent), [1] engine_NComponent_Explicit() (in module pyphasefield.Engines.NComponent), [1] engine_NComponent_FrozenOrientation() (in module pyphasefield.Engines.NComponent), [1] engine_params_NComponent() (in module pyphasefield.Engines.NComponent), [1] engine_Warren1995() (in module pyphasefield.Engines.Warren1995), [1]

F

f_ori_term() (in module pyphasefield.Engines.AnisoDorrGPU), [1] (in module pyphasefield.Engines.NCGPU), [1] (in module pyphasefield.Engines.NCGPU_new), [1] f_ori_term_3D() (in module pyphasefield.Engines.NCGPU_new), [1] Field (class in pyphasefield.field), [1]

fields (pyphasefield.simulation.Simulation attribute), [1] find_Pn() (in module pyphasefield.Engines.NComponent), [1] finish_simulation() (pyphasefield.simulation.Simulation method), [1] functional_CahnAllen() (in module pyphasefield.Engines.CahnAllen), [1] functional_CahnHilliard() (in module pyphasefield.Engines.CahnHilliard), [1] functional_NComponent() (in module pyphasefield.Engines.NComponent), [1]

G

gaq() (in module pyphasefield.Engines.NComponent), [1] generate_python_script() (pyphasefield.simulation.Simulation method), [1] get_all_cells() (pyphasefield.field.Field method), [1] get_cell_spacing() (pyphasefield.simulation.Simulation method), [1] get_cells() (pyphasefield.field.Field method), [1] get_dimensions() (pyphasefield.simulation.Simulation method), [1] get_dt() (pyphasefield.simulation.Simulation method), [1] get_dx() (pyphasefield.simulation.Simulation method), [1] get_framework() (pyphasefield.simulation.Simulation method), [1] get_thermodynamics() (in module pyphasefield.Engines.AnisoDorrGPU), [1] (in module pyphasefield.Engines.NCGPU), [1] (in module pyphasefield.Engines.NCGPU_new), [1] get_time_step_counter() (pyphasefield.simulation.Simulation method), [1]

get_time_step_length() (pyphasefield.simulation.Simulation method), [1] grad2() (in module pyphasefield.Engines.AnisoDorrGPU), [1] (in module pyphasefield.Engines.NComponent), [1] grad_c() (in module pyphasefield.Engines.NComponent), [1] grad_l() (in module pyphasefield.Engines.NComponent), [1] grad_r() (in module pyphasefield.Engines.NComponent), [1] gradient_cell() (pyphasefield.field.Field method), [1] gradient_face_left() (pyphasefield.field.Field method), [1] gradient_face_right() (pyphasefield.field.Field method), [1] gradx() (in module pyphasefield.Engines.Warren1995), [1] gradxx() (in module pyphasefield.Engines.Warren1995), [1] grady() (in module pyphasefield.Engines.Warren1995), [1] gradyy() (in module pyphasefield.Engines.Warren1995), [1]

I

implicit_matrix_1d() (in module pyphasefield.Engines.CahnAllen), [1] (in module pyphasefield.Engines.CahnHilliard), [1] implicit_matrix_2d() (in module pyphasefield.Engines.CahnAllen), [1] (in module pyphasefield.Engines.CahnHilliard), [1] init_AnisoDorrGPU() (in module pyphasefield.Engines.AnisoDorrGPU), [1] init_fields() (pyphasefield.Engines.AnisoDorrGPU.AnisoDorrGPU method), [1] (pyphasefield.Engines.CahnAllen.CahnAllen method), [1] (pyphasefield.Engines.CahnHilliard.CahnHilliard method), [1] (pyphasefield.Engines.Diffusion.Diffusion method), [1] (pyphasefield.Engines.NCGPU.NCGPU method), [1] (pyphasefield.Engines.NCGPU_new.NCGPU_new method), [1] (pyphasefield.Engines.Template.Template method), [1] (pyphasefield.Engines.Warren1995.Warren1995 method), [1] (pyphasefield.simulation.Simulation method), [1] init_NComponent() (in module pyphasefield.Engines.NComponent), [1] init_sim_CahnAllen() (pyphasefield.simulation.Simulation method), [1]

init_sim_CahnHilliard() (pyphasefield.simulation.Simulation method), [1] init_sim_Diffusion() (pyphasefield.simulation.Simulation method), [1] init_sim_DiffusionGPU() (pyphasefield.simulation.Simulation method), [1] init_sim_NCGPU() (pyphasefield.simulation.Simulation method), [1] init_sim_NComponent() (pyphasefield.simulation.Simulation method), [1] init_sim_Warren1995() (pyphasefield.simulation.Simulation method), [1] init_tdb_parameters() (in module pyphasefield.Engines.NComponent), [1] init_tdb_params() (pyphasefield.Engines.AnisoDorrGPU.AnisoDorrGPU method), [1] (pyphasefield.Engines.NCGPU.NCGPU method), [1] (pyphasefield.Engines.NCGPU_new.NCGPU_new method), [1] (pyphasefield.Engines.Template.Template method), [1] (pyphasefield.simulation.Simulation method), [1] init_temperature_field() (pyphasefield.simulation.Simulation method), [1] init_Warren1995() (in module pyphasefield.Engines.Warren1995), [1] initialize_engine() (pyphasefield.simulation.Simulation method), [1] initialize_fields_and_imported_data() (pyphasefield.simulation.Simulation method), [1]

J

just_before_simulating() (pyphasefield.Engines.AnisoDorrGPU.AnisoDorrGPU method), [1] (pyphasefield.Engines.CahnAllen.CahnAllen method), [1] (pyphasefield.Engines.CahnHilliard.CahnHilliard method), [1] (pyphasefield.Engines.Diffusion.Diffusion method), [1] (pyphasefield.Engines.NCGPU.NCGPU method), [1] (pyphasefield.Engines.NCGPU_new.NCGPU_new method), [1] (pyphasefield.Engines.Template.Template method), [1] (pyphasefield.Engines.Warren1995.Warren1995 method), [1] (pyphasefield.simulation.Simulation method), [1]

L

laplacian() (pyphasefield.field.Field method), [1]

load_simulation() (pyphasefield.simulation.Simulation method), [1]

M

make_seed() (in module pyphasefield.Engines.AnisoDorrGPU), [1] (in module pyphasefield.Engines.NCGPU), [1] (in module pyphasefield.Engines.NComponent), [1] (in module pyphasefield.ppf_utils), [1] make_seed_masks() (in module pyphasefield.ppf_utils), [1] module pyphasefield, [1] pyphasefield.Engines, [1] pyphasefield.Engines.AnisoDorrGPU, [1] pyphasefield.Engines.CahnAllen, [1] pyphasefield.Engines.CahnHilliard, [1] pyphasefield.Engines.Diffusion, [1] pyphasefield.Engines.NCGPU, [1] pyphasefield.Engines.NCGPU_new, [1] pyphasefield.Engines.NComponent, [1] pyphasefield.Engines.Template, [1] pyphasefield.Engines.Warren1995, [1] pyphasefield.field, [1] pyphasefield.ppf_gpu_utils, [1] pyphasefield.ppf_utils, [1] pyphasefield.simulation, [1] pyphasefield.tests, [1] pyphasefield.tests.test_Diffusion, [1] pyphasefield.tests.test_NComponent, [1] pyphasefield.tests.test_SaveLoad, [1] pyphasefield.tests.test_Warren1995, [1]

N

name (pyphasefield.field.Field attribute), [1] NCGPU (class in pyphasefield.Engines.NCGPU), [1] NCGPU_new (class in pyphasefield.Engines.NCGPU_new), [1] NComponent_helper_kernel() (in module pyphasefield.Engines.NCGPU), [1] NComponent_helper_kernel_2D() (in module pyphasefield.Engines.NCGPU_new), [1] NComponent_helper_kernel_3D() (in module pyphasefield.Engines.NCGPU_new), [1] NComponent_kernel() (in module pyphasefield.Engines.NCGPU), [1] NComponent_kernel_2D() (in module pyphasefield.Engines.NCGPU_new), [1]

NComponent_kernel_3D() (in module pyphasefield.Engines.NCGPU_new), [1] NComponent_noise_kernel() (in module pyphasefield.Engines.NCGPU), [1] NComponent_noise_kernel_2D() (in module pyphasefield.Engines.NCGPU_new), [1] NComponent_noise_kernel_3D() (in module pyphasefield.Engines.NCGPU_new), [1] NComponent_sp_kernel_2D() (in module pyphasefield.Engines.NCGPU_new), [1] NComponent_sp_kernel_3D() (in module pyphasefield.Engines.NCGPU_new), [1] npvalue() (in module pyphasefield.Engines.NCGPU), [1] (in module pyphasefield.Engines.NCGPU_new), [1] (in module pyphasefield.Engines.NComponent), [1]

P

plot_all_fields() (pyphasefield.simulation.Simulation method), [1] plot_field() (pyphasefield.simulation.Simulation method), [1] plot_simulation() (pyphasefield.simulation.Simulation method), [1] progress_bar() (pyphasefield.simulation.Simulation method), [1] pyphasefield module, [1] pyphasefield.Engines module, [1] pyphasefield.Engines.AnisoDorrGPU module, [1] pyphasefield.Engines.CahnAllen module, [1] pyphasefield.Engines.CahnHilliard module, [1] pyphasefield.Engines.Diffusion module, [1] pyphasefield.Engines.NCGPU module, [1] pyphasefield.Engines.NCGPU_new module, [1] pyphasefield.Engines.NComponent module, [1]

pyphasefield.Engines.Template module, [1] pyphasefield.Engines.Warren1995 module, [1] pyphasefield.field module, [1] pyphasefield.ppf_gpu_utils module, [1] pyphasefield.ppf_utils module, [1] pyphasefield.simulation module, [1] pyphasefield.tests module, [1] pyphasefield.tests.test_Diffusion module, [1] pyphasefield.tests.test_NComponent module, [1] pyphasefield.tests.test_SaveLoad module, [1] pyphasefield.tests.test_Warren1995 module, [1]

Q

quaternion_implicit_matrix() (in module pyphasefield.Engines.NComponent), [1]

quaternion_implicit_method() (in module pyphasefield.Engines.NComponent), [1]

R

random_uniform_quaternion() (in module pyphasefield.ppf_utils), [1] renormalize() (in module pyphasefield.Engines.NComponent), [1] retrieve_fields_from_GPU() (in module pyphasefield.ppf_gpu_utils), [1] (pyphasefield.simulation.Simulation method), [1]

retrieve_fields_from_GPU_minimal() (in module pyphasefield.ppf_gpu_utils), [1] (pyphasefield.simulation.Simulation method), [1]

S

save_images() (pyphasefield.simulation.Simulation method), [1] save_simulation() (pyphasefield.Engines.NCGPU_new.NCGPU_new method), [1] (pyphasefield.simulation.Simulation method), [1] send_fields_to_GPU() (in module pyphasefield.ppf_gpu_utils), [1] (pyphasefield.simulation.Simulation method), [1] send_fields_to_GPU_minimal() (in module pyphasefield.ppf_gpu_utils), [1] set_autosave_flag() (pyphasefield.simulation.Simulation method), [1] set_autosave_rate() (pyphasefield.simulation.Simulation method), [1] set_autosave_save_images_flag() (pyphasefield.simulation.Simulation method), [1] set_boundary_conditions() (pyphasefield.simulation.Simulation method), [1] set_cell_spacing() (pyphasefield.simulation.Simulation method), [1] set_debug_mode_flag() (pyphasefield.simulation.Simulation method), [1] set_dimensions() (pyphasefield.simulation.Simulation method), [1] set_dt() (pyphasefield.simulation.Simulation method), [1] set_dx() (pyphasefield.simulation.Simulation method), [1] set_framework() (pyphasefield.simulation.Simulation method), [1] set_ghost_rows() (pyphasefield.simulation.Simulation method), [1] set_save_path() (pyphasefield.simulation.Simulation method), [1] set_t_file_max() (pyphasefield.simulation.Simulation method), [1] set_t_file_min() (pyphasefield.simulation.Simulation method), [1] set_t_file_offset() (pyphasefield.simulation.Simulation method), [1] set_t_file_offset_cells() (pyphasefield.simulation.Simulation method), [1] set_t_file_offset_units() (pyphasefield.simulation.Simulation method), [1] set_tdb_components() (pyphasefield.simulation.Simulation method), [1] set_tdb_container() (pyphasefield.simulation.Simulation method), [1] set_tdb_path() (pyphasefield.simulation.Simulation method), [1]

set_tdb_phases() (pyphasefield.simulation.Simulation method), [1] set_temperature_dTdt() (pyphasefield.simulation.Simulation method), [1] set_temperature_dTdx() (pyphasefield.simulation.Simulation method), [1] set_temperature_dTdy() (pyphasefield.simulation.Simulation method), [1] set_temperature_dTdz() (pyphasefield.simulation.Simulation method), [1] set_temperature_initial_T() (pyphasefield.simulation.Simulation method), [1] set_temperature_path() (pyphasefield.simulation.Simulation method), [1] set_temperature_type() (pyphasefield.simulation.Simulation method), [1] set_temperature_units() (pyphasefield.simulation.Simulation method), [1] set_time_step_counter() (pyphasefield.simulation.Simulation method), [1] set_time_step_length() (pyphasefield.simulation.Simulation method), [1] set_user_data() (pyphasefield.simulation.Simulation method), [1] simulate() (pyphasefield.simulation.Simulation method), [1] simulate_debug() (pyphasefield.simulation.Simulation method), [1] Simulation (class in pyphasefield.simulation), [1] simulation_loop() (pyphasefield.Engines.AnisoDorrGPU.AnisoDorrGPU method), [1] (pyphasefield.Engines.CahnAllen.CahnAllen method), [1] (pyphasefield.Engines.CahnHilliard.CahnHilliard method), [1] (pyphasefield.Engines.Diffusion.Diffusion method), [1] (pyphasefield.Engines.NCGPU.NCGPU method), [1] (pyphasefield.Engines.NCGPU_new.NCGPU_new method), [1] (pyphasefield.Engines.Template.Template method), [1] (pyphasefield.Engines.Warren1995.Warren1995 method), [1] (pyphasefield.simulation.Simulation method), [1] successfully_imported_numba() (in module pyphasefield.ppf_utils), [1] successfully_imported_pycalphad() (in module pyphasefield.ppf_utils), [1]

T

TDBContainer (class in pyphasefield.ppf_utils), [1] teardown_module() (in module pyphasefield.tests.test_SaveLoad), [1] temperature (pyphasefield.simulation.Simulation attribute), [1] Template (class in pyphasefield.Engines.Template), [1] test_1_saving() (in module pyphasefield.tests.test_SaveLoad), [1] test_2_loading_step_number() (in module pyphasefield.tests.test_SaveLoad), [1] test_3_loading_relative_path() (in module pyphasefield.tests.test_SaveLoad), [1] test_4_loading_absolute_path() (in module pyphasefield.tests.test_SaveLoad), [1] test_diffusion_CrankNicolson1D() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson1D_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson2D() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson2D_ADI() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson2D_ADI_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson2D_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson3D() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson3D_ADI() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson3D_ADI_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_CrankNicolson3D_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_default1dexplicit() (in module pyphasefield.tests.test_Diffusion), [1]

test_diffusion_default2dexplicit() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_default3dexplicit() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit1D() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit1D_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit2D() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit2D_ADI() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit2D_ADI_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit2D_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit3D() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit3D_ADI() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit3D_ADI_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_diffusion_Implicit3D_GMRES() (in module pyphasefield.tests.test_Diffusion), [1] test_ncomponent() (in module pyphasefield.tests.test_NComponent), [1] test_ncomponent_1d() (in module pyphasefield.tests.test_NComponent), [1] test_ncomponent_1d_actual() (in module pyphasefield.tests.test_NComponent), [1] test_ncomponent_very_small() (in module pyphasefield.tests.test_NComponent), [1] test_warren1995() (in module pyphasefield.tests.test_Warren1995), [1] time_step_counter (pyphasefield.simulation.Simulation attribute), [1] TSVtoHDF5() (in module pyphasefield.ppf_utils), [1]

U

update_temperature_field() (in module pyphasefield.ppf_gpu_utils), [1] (pyphasefield.simulation.Simulation method), [1] update_thermal_file_1D_kernel() (in module pyphasefield.ppf_gpu_utils), [1] update_thermal_file_2D_kernel() (in module pyphasefield.ppf_gpu_utils), [1]

update_thermal_file_3D_kernel() (in module pyphasefield.ppf_gpu_utils), [1] update_thermal_gradient_1D_kernel() (in module pyphasefield.ppf_gpu_utils), [1] update_thermal_gradient_2D_kernel() (in module pyphasefield.ppf_gpu_utils), [1] update_thermal_gradient_3D_kernel() (in module pyphasefield.ppf_gpu_utils), [1] user_data (pyphasefield.simulation.Simulation attribute), [1]

W

Warren1995 (class in pyphasefield.Engines.Warren1995), [1]

Warren1995_helper_kernel() (in module pyphasefield.Engines.Warren1995), [1] Warren1995_kernel() (in module pyphasefield.Engines.Warren1995), [1]

X

XDMFLoader (class in pyphasefield.ppf_utils), [1]