FieldWriteFunctions

Value Members

1. final def !=(arg0: Any): Boolean

   

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2. final def ##(): Int

   

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3. final def ==(arg0: Any): Boolean

   

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4. def _writeTensor(index: OutFieldIndex, value: expression.GPUExpression, layer: expression.GPUExpression, row: expression.GPUExpression, column: expression.GPUExpression): Unit

   

   Write a tensor to an indexed location in a 3D output field.

   Write a tensor to an indexed location in a 3D output field.

   index

   The index of the output field to be written (e.g. _out0)

   value

   The tensor to be written

   layer

   The layer index of the location to be written with the tensor.

   row

   The row index of the location to be written with the tensor.

   column

   The column index of the location to be written with the tensor.

5. def _writeTensor(index: OutFieldIndex, value: expression.GPUExpression, row: expression.GPUExpression, column: expression.GPUExpression): Unit

   

   Write a tensor to an indexed location in a 2D output field.

   Write a tensor to an indexed location in a 2D output field.

   index

   The index of the output field to be written (e.g. _out0)

   value

   The tensor to be written

   row

   The row index of the location to be written with the tensor.

   column

   The column index of the location to be written with the tensor.

6. def _writeTensor(index: OutFieldIndex, value: expression.GPUExpression, column: expression.GPUExpression): Unit

   

   Write a tensor to an indexed location in a 1D output field.

   Write a tensor to an indexed location in a 1D output field.

   index

   The index of the output field to be written (e.g. _out0)

   value

   The tensor to be written

   column

   The column index of the location to be written with the tensor.

7. def _writeTensor(index: OutFieldIndex, value: expression.GPUExpression): Unit

   

   Write a tensor to an output field using the default location for the current thread (_layer, _row, _column).

   Write a tensor to an output field using the default location for the current thread (_layer, _row, _column). Note that if this is a 0D field, though, the tensor will be written to the single location in that field regardless of the (_layer, _row, _column) thread variables.

   index

   The index of the output field to be written (e.g. _out0)

   value

   The tensor to be written

8. def _writeTensorElement(index: OutFieldIndex, value: expression.GPUExpression, layer: expression.GPUExpression, row: expression.GPUExpression, column: expression.GPUExpression, tensorElementIndex: expression.GPUExpression): Unit

   

   Write a tensor element to an indexed location in a 3D output field.

   Write a tensor element to an indexed location in a 3D output field.

   index

   The index of the output field to be written (e.g. _out0)

   value

   The tensor element to be written

   layer

   The layer index of the location to be written with the tensor element.

   row

   The row index of the location to be written with the tensor element.

   column

   The column index of the location to be written with the tensor element.

   tensorElementIndex

   The index of the element to be written; this will most commonly be _tensorElement, but it is not restricted to that.

9. def _writeTensorElement(index: OutFieldIndex, value: expression.GPUExpression, row: expression.GPUExpression, column: expression.GPUExpression, tensorElementIndex: expression.GPUExpression): Unit

   

   Write a tensor element to an indexed location in a 2D output field.

   Write a tensor element to an indexed location in a 2D output field.

   index

   The index of the output field to be written (e.g. _out0)

   value

   The tensor element to be written

   row

   The row index of the location to be written with the tensor element.

   column

   The column index of the location to be written with the tensor element.

   tensorElementIndex

   The index of the element to be written; this will most commonly be _tensorElement, but it is not restricted to that.

10. def _writeTensorElement(index: OutFieldIndex, value: expression.GPUExpression, column: expression.GPUExpression, tensorElementIndex: expression.GPUExpression): Unit

    

    Write a tensor element to an indexed location in a 1D output field.

    Write a tensor element to an indexed location in a 1D output field.

    index

    The index of the output field to be written (e.g. _out0)

    value

    The tensor element to be written

    column

    The column index of the location to be written with the tensor element.

    tensorElementIndex

    The index of the element to be written; this will most commonly be _tensorElement, but it is not restricted to that.

11. def _writeTensorElement(index: OutFieldIndex, value: expression.GPUExpression, tensorElementIndex: expression.GPUExpression): Unit

    

    Write a tensor element to an output field using the default location for the current thread (_layer, _row, _column).

    Write a tensor element to an output field using the default location for the current thread (_layer, _row, _column). Note that if this is a 0D field, though, the tensor will be written to the single location in that field regardless of the (_layer, _row, _column) thread variables.

    index

    The index of the output field to be written (e.g. _out0)

    value

    The tensor element to be written

    tensorElementIndex

    The index of the element to be written; this will most commonly be _tensorElement, but it is not restricted to that.

12. final def asInstanceOf[T0]: T0

    

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13. def clone(): AnyRef

    

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14. final def eq(arg0: AnyRef): Boolean

    

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15. def equals(arg0: Any): Boolean

    

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16. def finalize(): Unit

    

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17. final def getClass(): Class[_]

    

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18. def hashCode(): Int

    

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19. final def isInstanceOf[T0]: Boolean

    

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20. final def ne(arg0: AnyRef): Boolean

    

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21. final def notify(): Unit

    

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22. final def notifyAll(): Unit

    

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23. final def synchronized[T0](arg0: ⇒ T0): T0

    

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24. def toString(): String

    

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25. final def wait(): Unit

    

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26. final def wait(arg0: Long, arg1: Int): Unit

    

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27. final def wait(arg0: Long): Unit

    

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