All Known Implementing Classes:

AggregateAxpy, AggregateGEMM, BaseAggregate
```
public interface Aggregate
```

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`List<INDArray>`	`getArguments()`
`Number`	`getFinalResult()`
`List<Integer>`	`getIndexingArguments()`
`List<int[]>`	`getIntArrayArguments()`
`List<Number>`	`getRealArguments()`
`long`	`getRequiredBatchMemorySize()`	This method returns amount of memory required for batch creation for this specific Aggregate
`List<DataBuffer>`	`getShapes()`
`int`	`getSharedMemorySize()`	This method returns amount of shared memory required for this specific Aggregate.
`int`	`getThreadsPerInstance()`	This method returns desired number of threads per Aggregate instance PLEASE NOTE: this method is especially important for CUDA backend.
`int`	`maxArguments()`	This method returns maximum number of shapes being passed per Aggregate
`int`	`maxIndexArguments()`	This method returns maximum number of IndexArguments per Aggregate
`int`	`maxIntArrays()`	This method returns maximum number of IntArrays being passed per Aggregate
`int`	`maxIntArraySize()`	This method returns maximum length for IntArrays, if any
`int`	`maxRealArguments()`	This method returns maximum number of real (float/double) per Aggregate
`int`	`maxShapes()`	This method returns maximum number of shapes being passed per Aggregate
`String`	`name()`
`int`	`opNum()`
`void`	`setFinalResult(Number result)`

- Method Detail
  - name
```
String name()
```
    Returns:
  - opNum
```
int opNum()
```
    Returns:
  - setFinalResult
```
void setFinalResult(Number result)
```
    Parameters:
    
    result -
  - getFinalResult
```
Number getFinalResult()
```
    Returns:
  - getArguments
```
List<INDArray> getArguments()
```
    Returns:
  - getShapes
```
List<DataBuffer> getShapes()
```
    Returns:
  - getIndexingArguments
```
List<Integer> getIndexingArguments()
```
    Returns:
  - getRealArguments
```
List<Number> getRealArguments()
```
    Returns:
  - getIntArrayArguments
```
List<int[]> getIntArrayArguments()
```
    Returns:
  - maxArguments
```
int maxArguments()
```
    This method returns maximum number of shapes being passed per Aggregate
    
    Returns:
  - maxShapes
```
int maxShapes()
```
    This method returns maximum number of shapes being passed per Aggregate
    
    Returns:
  - maxIntArrays
```
int maxIntArrays()
```
    This method returns maximum number of IntArrays being passed per Aggregate
    
    Returns:
  - maxIntArraySize
```
int maxIntArraySize()
```
    This method returns maximum length for IntArrays, if any
    
    Returns:
  - maxIndexArguments
```
int maxIndexArguments()
```
    This method returns maximum number of IndexArguments per Aggregate
    
    Returns:
  - maxRealArguments
```
int maxRealArguments()
```
    This method returns maximum number of real (float/double) per Aggregate
    
    Returns:
  - getRequiredBatchMemorySize
```
long getRequiredBatchMemorySize()
```
    This method returns amount of memory required for batch creation for this specific Aggregate
    
    Returns:
  - getSharedMemorySize
```
int getSharedMemorySize()
```
    This method returns amount of shared memory required for this specific Aggregate. PLEASE NOTE: this method is especially important for CUDA backend. On CPU backend it might be ignored, depending on Aggregate.
    
    Returns:
  - getThreadsPerInstance
```
int getThreadsPerInstance()
```
    This method returns desired number of threads per Aggregate instance PLEASE NOTE: this method is especially important for CUDA backend. On CPU backend it might be ignored, depending on Aggregate.
    
    Returns:

Interface Aggregate

Method Summary

Method Detail

name

opNum

setFinalResult

getFinalResult

getArguments

getShapes

getIndexingArguments

getRealArguments

getIntArrayArguments

maxArguments

maxShapes

maxIntArrays

maxIntArraySize

maxIndexArguments

maxRealArguments

getRequiredBatchMemorySize

getSharedMemorySize

getThreadsPerInstance