| Icon | Member | Description |
|---|
  | ILArray<(Of <(BaseT>)>)()()() |
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 | ILArray<(Of <(BaseT>)>)(array<BaseT>[]()[], array<Int32>[]()[]) |
Create ILArray of specified size and type
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| ILArray<(Of <(BaseT>)>)(array<BaseT>[]()[], ILDimension) |
Create ILArray of specified size and type
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| ILArray<(Of <(BaseT>)>)(array<Int32>[]()[]) |
Create ILArray of type object and given name and size
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| ILArray<(Of <(BaseT>)>)(ILArray<(Of <(BaseT>)>)) |
'Copy' Constructor. Creates a new ILArray as exact copy of input array
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| ILArray<(Of <(BaseT>)>)(array<BaseT>[]()[]) |
create scalar or row vector from values explitely given
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| ILArray<(Of <(BaseT>)>)()()() |
Standard constructor creating empty ILArray
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| ILArray<(Of <(BaseT>)>)(ILArray<(Of <(BaseT>)>), ILIndexOffset) |
Constructor creating referencing ILArray object from ILIndexOffset object
and source storage.
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 | Addition(ILArray<(Of <(Double>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(UInt64>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(UInt32>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(UInt16>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(Int64>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(Int32>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(Int16>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(Single>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(fcomplex>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(complex>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(Char>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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| Addition(ILArray<(Of <(Byte>)>), ILArray<(Of <(BaseT>)>)) |
Overloads plus operator for ILArrays of numeric type
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 | C |
create solid clone of this object
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| Clone()()() |
Create full (shallow) copy of this storage.
(Overrides ILBaseArray<(Of <(BaseT>)>).Clone()()().)
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| Concat(ILArray<(Of <(BaseT>)>), Int32) |
Concatenate this array
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| copyLowerTriangle()()() |
copy lower triangular part of this array into new physical array
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| copyUpperTriangle(Int32) |
copy upper triangular part of this array into new physical array
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| CreateIterator()()() |
Create iterator, initialized to run from start over first dimension
(Overrides ILBaseArray<(Of <(BaseT>)>).CreateIterator()()().)
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| CreateIterator(ILIteratorPositions, Int32) |
Create iterator for the elements of the current instance of ILArray, specify start
element and dimension to walk along
(Overrides ILBaseArray<(Of <(BaseT>)>).CreateIterator(ILIteratorPositions, Int32).)
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| CreatePhysicalShiftedFromPhysical(Int32) |
create physical shifted version if this is physical array
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| CreatePhysicalShiftedFromReference(Int32) |
create physical shifted version if this is a reference array
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| CreatePhysicalSubarrayFromPhysical(ILRange) |
create physical subarray from physical ILArray
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Double>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(fcomplex>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(complex>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Byte>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Char>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(UInt64>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(UInt32>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(UInt16>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Int64>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Int32>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Int16>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequential(ILArray<(Of <(Single>)>)) |
create physical copy from this physical array
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Double>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(fcomplex>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(complex>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Byte>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Char>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(UInt64>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(UInt32>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(UInt16>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Int64>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Int32>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Int16>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalSequentialShifted(ILArray<(Of <(Single>)>), Int32) |
create physical copy from this physical array and shift dimensions
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| CreatePhysicalSubarrayFromPhysicalShifted(Int32, ILRange) |
create shifted physical subarray of ILArray specified by range and shift
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| CreatePhysicalSubarrayFromReference(ILRange) |
create physical range from reference array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Double>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(fcomplex>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(complex>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Byte>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Char>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(UInt64>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(UInt32>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(UInt16>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Int64>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Int32>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Int16>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequential(ILArray<(Of <(Single>)>)) |
create physical subarray from this referencing array
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Double>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(fcomplex>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(complex>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Byte>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Char>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(UInt64>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(UInt32>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(UInt16>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Int64>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Int32>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Int16>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceSequentialShifted(ILArray<(Of <(Single>)>), Int32) |
create physical subarray from this referencing array and shift dimensions
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| CreatePhysicalSubarrayFromReferenceShifted(Int32, ILRange) |
create pyhsical array from reference array and shift dimensions
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| CreateReference()()() |
Create referencing copy of this array
(Overrides ILBaseArray.CreateReference()()().)
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| CreateReferenceShiftedFromPhysical(Int32) |
create reference array by shifting its dimensions
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| CreateReferenceShiftedFromReference(Int32) |
create reference array from full reference array by shifting dimensions
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Double>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(fcomplex>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(complex>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Byte>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Char>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(UInt64>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(UInt32>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(UInt16>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Int64>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Int32>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Int16>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequential(ILArray<(Of <(Single>)>)) |
create reference from sequential indices
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Double>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(fcomplex>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(complex>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Byte>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Char>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(UInt64>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(UInt32>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(UInt16>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Int64>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Int32>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Int16>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromArraySequentialShifted(ILArray<(Of <(Single>)>), Int32) |
create reference from sequential indices and shift dimensions
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| CreateReferenceSubarrayFromPhysical(ILRange) |
create full reference subarray if this is a physical array
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| CreateReferenceSubarrayFromPhysicalShifted(Int16, ILRange) |
create reference subarray if this is physical array and shift dimensions
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| CreateReferenceSubarrayFromReference(ILRange) |
full referencing subarray if this is reference array
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| CreateReferenceSubarrayFromReferenceShifted(Int16, ILRange) |
create reference subarray if this is reference and shift dimensions
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 | Data |
Give direct reference for this data array
(Inherited from ILBaseArray<(Of <(BaseT>)>).)
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| debuggerHeadLineDisplay()()() |
here is created, what will be displayed in the headline of the objects if displayed in variable windows
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 | DecreaseReference()()() |
Decrease reference counter for this array
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| Detach()()() |
Detach this storage if it is a referencing storage. Change this into a solid physical copy.
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 | DetachReferences |
Sets the detaching bahavior for referencing storages of this type
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| Diagonal |
Get / set diagonal elements
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| Dimensions |
Dimension for this storage.
(Inherited from ILBaseArray.)
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| Dispose()()() |
Dispose this storage before garbage collection.
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| Division(ILArray<(Of <(Double>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(UInt64>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(UInt32>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(UInt16>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(Int64>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(Int32>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(Int16>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(Single>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(fcomplex>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(complex>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(Char>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| Division(ILArray<(Of <(Byte>)>), ILArray<(Of <(BaseT>)>)) |
Elementwise division
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| empty()()() |
create empty array
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| Equality(ILArray<(Of <(BaseT>)>), ILArray<(Of <(BaseT>)>)) |
Equalty operator of ILArray<> with ILArray<>
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| Equality(ILArray<(Of <(BaseT>)>), Double) |
Equalty operator of ILArray<> with scalar
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| Equals(Object) |
Check if the content of this array equals the content of obj
(Overrides Object.Equals(Object).)
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| Equals(ILBaseArray<(Of <(BaseT>)>)) |
test if this ILArray equals another ILBaseArray
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| ExpandArray(ILRange) |
Expand this storage for addresses outside my dimensions
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| ExpandArray(array<Int32>[]()[]) |
Expand this storage for addressed outside my dimensions
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| Explicit(ILArray<(Of <(BaseT>)>)) |
Explicitly convert ILArray of size 1x1 (scalar) to system value type.
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| exportMatlab(BinaryWriter, Single) |
[deprecated] Write data of this ILArray to MATLAB .mat file
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| ExportValues(array<BaseT>[]()[]%) |
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| ExtractFullRange(array<ILBaseArray>[]()[]) |
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| ExtractRemovalParameter(Object, Int32%, array<Int32>[]()[]%, ILDimension%) |
helper function to prepare parameters for partial removal
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| Finalize()()() |
free storage on finalize
(Overrides Object.Finalize()()().)
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| getBaseIndex(array<Int32>[]()[]) |
Convert index array into sequential index for storage access.
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| getBaseIndex(Boolean%, array<Int32>[]()[]%, array<Int32>[]()[]) |
Convert index array into sequential index for storage access. Ommit any bound checking.
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| getBaseIndex(Int32) |
Convert sequential index into sequential index for physical storage access.
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| GetEnumerator()()() |
Enumerator creation
(Overrides ILBaseArray<(Of <(BaseT>)>).GetEnumerator()()().)
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| IEnumerable..::.GetEnumerator()()() |
create enumerator
(Inherited from ILBaseArray<(Of <(BaseT>)>).)
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| GetHashCode()()() |
Get Hash Code of the current instance.
(Overrides Object.GetHashCode()()().)
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| GetLimits(BaseT%, BaseT%) |
Get minimum and maximum value of all elements - if exist
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| GetNumberOfReferences()()() |
query number of references for the current instance of ILArray
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| GetNumberOfReferences(array<BaseT>[]()[]) |
query number of references for a specific array
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| GetShifted(Int32) |
get reference to this array having the dimensions shifted by shiftDimensions.
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| GetTypedElementStringProperties(String%) |
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| GetValue(array<Int32>[]()[]) |
Get single value from this storage
(Overrides ILBaseArray<(Of <(BaseT>)>).GetValue(array<Int32>[]()[]).)
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| GetValueSeq(Int32, array<Int32>[]()[]%) |
Get single value from this storage by single sequential access
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| GreaterThan(ILArray<(Of <(BaseT>)>), ILArray<(Of <(BaseT>)>)) |
greater operator of ILArray<> with ILArray<>
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| GreaterThan(ILArray<(Of <(BaseT>)>), Double) |
Greater operator of ILArray<> with scalar
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| GreaterThanOrEqual(ILArray<(Of <(BaseT>)>), ILArray<(Of <(BaseT>)>)) |
Greater or equal operator of ILArray<> with ILArray<>
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| GreaterThanOrEqual(ILArray<(Of <(BaseT>)>), Double) |
Greater or equal operator of ILArray<> with scalar
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| Implicit(BaseT) |
Implicitly convert scalar to ILArray of size 1x1 (scalar).
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| Implicit(array<BaseT>[]()[]) |
implicit cast 1-dim. system array to ILArray (vector)
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| Implicit(Array) |
implicit cast n-dim. system array to ILArray
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| IncreaseReference()()() |
Increase reference counter for the key (hash code)
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 | IndexOffset |
index mapping for reference arrays. Null if this is not a reference but a solid array.
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| Inequality(ILArray<(Of <(BaseT>)>), ILArray<(Of <(BaseT>)>)) |
Unequalty operator of ILArray<> with ILArray<>
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| Inequality(ILArray<(Of <(BaseT>)>), Double) |
Unequalty operator of ILArray<> with scalar
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| IsColumnVector |
Test if this array instance is a column vector
(Inherited from ILBaseArray.)
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| IsComplex |
Determine if this array has complex elements
(Inherited from ILBaseArray<(Of <(BaseT>)>).)
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| IsEmpty |
true if array is empty (number of elements stored is 0)
(Inherited from ILBaseArray.)
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| IsMatrix |
Determine if this array is a matrix.
(Inherited from ILBaseArray.)
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| IsNumeric |
Determine if this array holds numeric values
(Inherited from ILBaseArray<(Of <(BaseT>)>).)
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| IsReadonly()()() |
Returns true if this object cannot be altered without detaching
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| IsReference |
Determine if this instance is a reference to another ILArray or
if it is a physical storage actually holding values itself (called a 'solid array').
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| IsRowVector |
Test if this array instance is a row vector
(Inherited from ILBaseArray.)
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| IsScalar |
Determine if this instance is a scalar
(Inherited from ILBaseArray.)
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| IsVector |
Determine if this array is a vector.
(Inherited from ILBaseArray.)
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| Item[([(array<String>[]()[]])]) |
Subarray access for get/set/removal
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| Item[([(Int16, array<String>[]()[]])] |
Declaration Syntax