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Legion Runtime
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#include <legion.h>
Public Member Functions | |
| virtual bool | use_points (void) const |
| virtual ShardID | shard (const DomainPoint &index_point, const Domain &index_domain, const size_t total_shards) |
| virtual DomainPoint | shard_points (const DomainPoint &index_point, const Domain &index_domain, const std::vector< DomainPoint > &shard_points, const Domain &shard_domain) |
| virtual bool | is_invertible (void) const |
| virtual void | invert (ShardID shard, const Domain &sharding_domain, const Domain &index_domain, const size_t total_shards, std::vector< DomainPoint > &points) |
| virtual void | invert_points (const DomainPoint &shard_point, const std::vector< DomainPoint > &shard_points, const Domain &shard_domain, const Domain &index_domain, const Domain &sharding_domain, std::vector< DomainPoint > &index_points) |
A sharding functor is a object that is during control replication of a task to determine which points of an operation are owned by a given shard. Unlike projection functors, these functors are not given access to the operation being sharded. We provide access to the local processor on which this operation exists and the mapping of shards to processors. Legion will assume that this functor is functional so the same arguments passed to functor will always result in the same operation.
1.9.1