Neko
0.9.1
A portable framework for high-order spectral element flow simulations
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Here is a list of all namespace functions with links to the namespace documentation for each function:
- a -
aabb_contains_other() :
aabb
aabb_contains_point() :
aabb
aabb_get_center() :
aabb
aabb_get_depth() :
aabb
aabb_get_diagonal() :
aabb
aabb_get_diameter() :
aabb
aabb_get_height() :
aabb
aabb_get_max() :
aabb
aabb_get_min() :
aabb
aabb_get_surface_area() :
aabb
aabb_get_width() :
aabb
aabb_greater() :
aabb
aabb_init() :
aabb
aabb_less() :
aabb
aabb_node_get_aabb() :
aabb_tree
aabb_node_get_left_index() :
aabb_tree
aabb_node_get_object_index() :
aabb_tree
aabb_node_get_parent_index() :
aabb_tree
aabb_node_get_right_index() :
aabb_tree
aabb_node_greater() :
aabb_tree
aabb_node_init() :
aabb_tree
aabb_node_is_leaf() :
aabb_tree
aabb_node_is_valid() :
aabb_tree
aabb_node_less() :
aabb_tree
aabb_node_min_distance() :
aabb_tree
aabb_overlaps() :
aabb
aabb_tree_allocate_node() :
aabb_tree
aabb_tree_build_tree() :
aabb_tree
aabb_tree_deallocate_node() :
aabb_tree
aabb_tree_fix_upwards_tree() :
aabb_tree
aabb_tree_get_aabb() :
aabb_tree
aabb_tree_get_left_index() :
aabb_tree
aabb_tree_get_left_node() :
aabb_tree
aabb_tree_get_node() :
aabb_tree
aabb_tree_get_parent_index() :
aabb_tree
aabb_tree_get_parent_node() :
aabb_tree
aabb_tree_get_right_index() :
aabb_tree
aabb_tree_get_right_node() :
aabb_tree
aabb_tree_get_root_index() :
aabb_tree
aabb_tree_get_root_node() :
aabb_tree
aabb_tree_get_size() :
aabb_tree
aabb_tree_init() :
aabb_tree
aabb_tree_insert_leaf() :
aabb_tree
aabb_tree_insert_object() :
aabb_tree
aabb_tree_print() :
aabb_tree
aabb_tree_query_overlaps() :
aabb_tree
aabb_tree_resize_node_pool() :
aabb_tree
aabb_tree_valid_tree() :
aabb_tree
ab_time_scheme_compute_coeffs() :
ab_time_scheme
absval() :
math
absvolflux_compute() :
gradient_jump_penalty
add2() :
math
add2s1() :
math
add2s2() :
math
add3() :
math
add3s2() :
math
add4() :
math
add_field() :
field_registry
add_padding() :
aabb
add_point_zone_from_json() :
point_zone_registry
add_points() :
probes
addcol3() :
math
addcol4() :
math
addsqr2s2() :
math
addtnsr() :
tensor
adv_oifs_compute() :
adv_oifs
adv_oifs_compute_scalar() :
adv_oifs
adv_oifs_free() :
adv_oifs
adv_oifs_init() :
adv_oifs
arc_surface() :
dofmap
ascol5() :
math
assign_point_zone() :
combine_point_zone
ax_helm_compute() :
ax_helm_cpu
ax_helm_compute_vector() :
ax_helm
ax_helm_device_compute() :
ax_helm_device
ax_helm_device_compute_vector() :
ax_helm_device
ax_helm_full_compute() :
ax_helm_full
ax_helm_full_compute_vector() :
ax_helm_full_cpu
ax_helm_full_device_compute_vector() :
ax_helm_full_device
ax_helm_lx() :
ax_helm_cpu
ax_helm_lx10() :
ax_helm_cpu
ax_helm_lx11() :
ax_helm_cpu
ax_helm_lx12() :
ax_helm_cpu
ax_helm_lx13() :
ax_helm_cpu
ax_helm_lx14() :
ax_helm_cpu
ax_helm_lx2() :
ax_helm_cpu
ax_helm_lx3() :
ax_helm_cpu
ax_helm_lx4() :
ax_helm_cpu
ax_helm_lx5() :
ax_helm_cpu
ax_helm_lx6() :
ax_helm_cpu
ax_helm_lx7() :
ax_helm_cpu
ax_helm_lx8() :
ax_helm_cpu
ax_helm_lx9() :
ax_helm_cpu
ax_helm_stress_lx() :
ax_helm_full_cpu
ax_helm_stress_lx10() :
ax_helm_full_cpu
ax_helm_stress_lx11() :
ax_helm_full_cpu
ax_helm_stress_lx12() :
ax_helm_full_cpu
ax_helm_stress_lx13() :
ax_helm_full_cpu
ax_helm_stress_lx14() :
ax_helm_full_cpu
ax_helm_stress_lx2() :
ax_helm_full_cpu
ax_helm_stress_lx3() :
ax_helm_full_cpu
ax_helm_stress_lx4() :
ax_helm_full_cpu
ax_helm_stress_lx5() :
ax_helm_full_cpu
ax_helm_stress_lx6() :
ax_helm_full_cpu
ax_helm_stress_lx7() :
ax_helm_full_cpu
ax_helm_stress_lx8() :
ax_helm_full_cpu
ax_helm_stress_lx9() :
ax_helm_full_cpu
ax_helm_sx_compute() :
ax_helm_sx
ax_helm_xsmm_compute() :
ax_helm_xsmm
Generated on Sun Dec 29 2024 14:19:50 for Neko by
1.9.8