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14 edges. When a node in the graph receives a message, a task is spawned to
23 nodes in the graph. In this example, the sequence is created by a
24 function F. For each value in the sequence, G squares the value and H
26 adds them to a global sum. After all values in the sequence are
74 jar, are shared between ordered steps, it is not explicit in the graph.
75 Instead, only the required ordering of steps is explicit in a dependence
80 The flow graph interface in the oneTBB library allows you to express
85 present in the graph. For example, in the first example above, perhaps
86 two different values might be squared in parallel, or the same value
87 might be squared and cubed in parallel. Likewise in the second example,
88 the peanut butter might be spread on one slice of bread in parallel with
90 is legal to execute in parallel, but allows the runtime library to
91 choose at runtime what will be executed in parallel.
95 ``oneapi::tbb::flow`` and is defined in the ``flow_graph.h`` header file.