Computes moments of low order in the distributed processing mode on the master node.
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Constructs low order moments algorithm by copying input objects of another low order moments algorithm
- Parameters
-
| context | Context to manage the low order moments algorithm |
| other | An algorithm to be used as the source to initialize the input objects and parameters of the algorithm |
Constructs the low order moments algorithm
- Parameters
-
| context | Context to manage the low order moments algorithm |
| cls | Data type to use in intermediate computations, Double.class or Float.class |
| method | Computation method, Method |
Returns the newly allocated low order moments algorithm with a copy of input objects of this algorithm
- Parameters
-
| context | Context to manage the low order moments algorithm |
- Returns
- The newly allocated algorithm
Computes partial results of the low order moments algorithm
- Returns
- Partial results of the algorithm
Computes final results of the low order moments algorithm
- Returns
- Final results of the algorithm
| void setPartialResult |
( |
PartialResult |
partialResult, |
|
|
boolean |
initializationFlag |
|
) |
| |
Registers user-allocated memory to store partial results of the low order moments algorithm and optionally tells the library to initialize the memory
- Parameters
-
| partialResult | Structure for storing partial results |
| initializationFlag | Flag that specifies whether the partial results are initialized |
Registers user-allocated memory to store partial results of the low order moments algorithm
- Parameters
-
| partialResult | Structure for storing partial results of the low order moments algorithm |
| void setResult |
( |
Result |
result | ) |
|
Registers user-allocated memory to store final results of the low order moments algorithm
- Parameters
-
| result | Structure for storing final results of the low order moments algorithm |
Computation method for the algorithm
Partial result of the algorithm
The documentation for this class was generated from the following file:
- low_order_moments/DistributedStep2Master.java