| /oneTBB/doc/main/tbb_userguide/ |
| H A D | concurrent_vector_ug.rst | 10 concurrent growing, ``concurrent_vector`` has three methods that support
17 with ``T()``. Both methods return an iterator pointing to the first
33 if it is shorter. Concurrent calls to the growth methods do not
40 by methods ``push_back``, ``grow_by,`` or ``grow_to_at_least``. The
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| H A D | Advanced_Topic_Other_Kinds_of_Iteration_Spaces.rst | 12 methods. If your class is called ``R``, the methods and constructors should be
55 ``oneapi::tbb::proportional_split``. The type has methods ``left`` and ``right``
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| H A D | Concurrent_Queue_Classes.rst | 33 the composition of those methods as shown in the example would not be
60 Template class ``concurrent_queue`` is unbounded and has no methods that
68 methods of particular interest on it are:
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| H A D | More_on_HashCompare.rst | 53 The methods of ``HashCompare`` should be ``static`` unless you need to
57 variation on an earlier example with instance-dependent methods. The
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| H A D | Iterating_Over_a_Concurrent_Queue_for_Debugging.rst | 27 The prefix ``unsafe_`` on the methods is a reminder that they are not
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| H A D | Mutual_Exclusion.rst | 98 why there are not simply acquire and release methods on the mutex object
104 This is true even for our version of ``AllocateNode`` that used methods
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| /oneTBB/examples/parallel_for/tachyon/src/ |
| H A D | triangle.hpp | 64 object_methods *methods; /* this object's methods */ member
74 object_methods *methods; /* this object's methods */ member
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| H A D | intersect.cpp | 85 cur->methods->free(cur); in free_objects()
107 cur->methods->intersect(cur, intray); in intersect_objects()
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| H A D | grid.cpp | 82 g->methods = &grid_methods; in newgrid()
162 if (cur->methods->bbox((void *)cur, &min, &max)) { in globalbound()
209 if (cur->obj->methods->bbox((void *)cur->obj, &min, &max)) { in cellbound()
415 if (obj->methods->bbox(obj, &omin, &omax)) { in engrid_object()
565 cur->obj->methods->intersect(cur->obj, ry); in grid_intersect()
584 cur->obj->methods->intersect(cur->obj, ry); in grid_intersect()
603 cur->obj->methods->intersect(cur->obj, ry); in grid_intersect()
628 cur->obj->methods->intersect(cur->obj, ry); in voxel_intersect()
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| H A D | box.hpp | 55 object_methods *methods; /* this object's methods */ member
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| H A D | light.hpp | 55 object_methods *methods; /* this object's methods */ member
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| H A D | sphere.hpp | 59 object_methods *methods; /* this object's methods */ member
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| H A D | bndbox.hpp | 55 object_methods *methods; /* this object's methods */ member
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| H A D | plane.hpp | 58 object_methods *methods; /* this object's methods */ member
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| H A D | extvol.hpp | 56 object_methods *methods; /* this object's methods */ member
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| H A D | ring.hpp | 58 object_methods *methods; /* this object's methods */ member
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| H A D | quadric.hpp | 68 object_methods *methods; /* this object's methods */ member
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| H A D | cylinder.hpp | 60 object_methods *methods; /* this object's methods */ member
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| H A D | bndbox.cpp | 72 b->methods = &bndbox_methods; in newbndbox()
200 obj->methods->intersect(obj, &newray); in bndbox_intersect()
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| H A D | plane.cpp | 70 p->methods = &plane_methods; in newplane()
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| H A D | light.cpp | 70 l->methods = &light_methods; in newlight()
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| H A D | triangle.cpp | 84 t->methods = &tri_methods; in newtri()
111 t->methods = &stri_methods; in newstri()
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| H A D | grid.hpp | 66 object_methods *methods; /* this object's methods */ member
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| H A D | sphere.cpp | 70 s->methods = &sphere_methods; in newsphere()
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| H A D | types.hpp | 167 object_methods *methods; /* this object's methods */ member
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