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outcome api_check_ct(const ENTITY* ent, insanity_list*& list, AcisOptions* ao = NULL)
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outcome api_ct_add_to_group(ENTITY* ent, SPAGROUP* group, AcisOptions* ao = NULL)
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outcome api_ct_attach(ENTITY_LIST& body_list, AcisOptions* ao = NULL)
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outcome api_ct_attach_cells(LUMP* lump, AcisOptions* ao = NULL)
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outcome api_ct_cell_area(CELL* cell, double req_rel_accy, double& area, double& est_rel_accy_achieved, AcisOptions* ao = NULL)
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outcome api_ct_cell_mass_pr(CELL3D* cell, SPAposition const& root_proj_pl, SPAunit_vector const& normal_proj_pl, int selector, double req_rel_accy, double& volume, SPAposition& cofg, tensor& inertia, double p_moments[], SPAunit_vector* p_axes[], double& est_rel_accy_achieved, AcisOptions* ao = NULL)
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outcome api_ct_copy_cell(CELL* cell, BODY*& body, AcisOptions* ao = NULL)
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outcome api_ct_expand(ENTITY_LIST& body_list, AcisOptions* ao = NULL)
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outcome api_ct_expand_cells(LUMP* lump, AcisOptions* ao = NULL)
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outcome api_ct_flatten(ENTITY_LIST& body_list, AcisOptions* ao = NULL)
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outcome api_ct_flatten_cells(LUMP* lump, AcisOptions* ao = NULL)
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outcome api_ct_get_all_cells(ENTITY_LIST const& body_list, ENTITY_LIST& cell_list, AcisOptions* ao = NULL)
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outcome api_ct_lose_cells(LUMP* lump, AcisOptions* ao = NULL)
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outcome api_ct_lose_group(SPAGROUP* group, AcisOptions* ao = NULL)
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outcome api_ct_make_group(ENTITY_LIST& list, SPAGROUP*& group, AcisOptions* ao = NULL)
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outcome api_ct_point_in_cell(SPAposition const& test_point, CELL3D* target_cell, point_containment& pc, AcisOptions* ao = NULL)
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outcome api_ct_propagate_cface_attribs(LUMP* lump, AcisOptions* ao = NULL)
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outcome api_ct_remove(ENTITY_LIST& body_list, AcisOptions* ao = NULL)
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outcome api_ct_remove_from_group(ENTITY* ent, SPAGROUP* group, AcisOptions* ao = NULL)
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outcome api_ct_return_ents(SPAGROUP* group, ENTITY_LIST& list, AcisOptions* ao = NULL)
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outcome api_ct_return_groups(ENTITY* ent, ENTITY_LIST& list, AcisOptions* ao = NULL)
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outcome api_ct_vacate_cell(CELL3D* cell, AcisOptions* ao = NULL)
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outcome api_get_edges_from_all_entities(ENTITY* ent, ENTITY_LIST& edge_list, PAT_NEXT_TYPE include_pat = PAT_CAN_CREATE, AcisOptions* ao = NULL)
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outcome api_get_faces_from_all_entities(ENTITY* ent, ENTITY_LIST& face_list, PAT_NEXT_TYPE include_pat = PAT_CAN_CREATE, AcisOptions* ao = NULL)
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outcome api_get_vertices_from_all_entities(ENTITY* ent, ENTITY_LIST& vertex_list, PAT_NEXT_TYPE include_pat = PAT_CAN_CREATE, AcisOptions* ao = NULL)
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outcome api_initialize_cellular_topology()
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outcome api_terminate_cellular_topology()
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logical is_ATTRIB_CELL(const ENTITY* e)
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logical is_ATTRIB_CFACE_VOL(const ENTITY* e)
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logical is_ATTRIB_CT(const ENTITY* e)
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logical is_ATTRIB_FACECFACE(const ENTITY* e)
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logical is_ATTRIB_VOL_COL(const ENTITY* e)
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logical is_CELL(const ENTITY* e)
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logical is_CELL2D(const ENTITY* e)
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logical is_CELL3D(const ENTITY* e)
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logical is_CFACE(const ENTITY* e)
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logical is_CSHELL(const ENTITY* e)
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logical is_SPAGROUP(const ENTITY* e)
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