OmeroJava API
| Package | Description |
|---|---|
| ome.io.bioformats | |
| ome.io.nio |
New Input/Output handling for the OMERO server
This includes interfaces/classes for the input and output handling of data within
the OMERO server.
|
| Modifier and Type | Method and Description |
|---|---|
void |
BfPixelBuffer.checkBounds(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPixelsWrapper.checkBounds(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.checkBounds(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPixelBuffer.getCol(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPyramidPixelBuffer.getCol(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
byte[] |
BfPixelsWrapper.getCol(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPixelBuffer.getColDirect(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getColDirect(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
PixelData |
BfPixelBuffer.getHypercube(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
PixelData |
BfPyramidPixelBuffer.getHypercube(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
byte[] |
BfPixelsWrapper.getHypercube(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step,
byte[] buffer) |
byte[] |
BfPixelBuffer.getHypercubeDirect(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getHypercubeDirect(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step,
byte[] buffer) |
java.lang.Long |
BfPixelBuffer.getHypercubeSize(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
java.lang.Long |
BfPixelsWrapper.getHypercubeSize(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
java.lang.Long |
BfPyramidPixelBuffer.getHypercubeSize(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
PixelData |
BfPixelBuffer.getPlane(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPyramidPixelBuffer.getPlane(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
byte[] |
BfPixelsWrapper.getPlane(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPixelBuffer.getPlaneDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getPlaneDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
java.lang.Long |
BfPixelBuffer.getPlaneOffset(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
BfPixelsWrapper.getPlaneOffset(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
BfPyramidPixelBuffer.getPlaneOffset(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
byte[] |
BfPixelsWrapper.getPlaneRegion(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer count,
java.lang.Integer offset,
byte[] buffer) |
PixelData |
BfPixelBuffer.getPlaneRegion(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer width,
java.lang.Integer height,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer stride) |
PixelData |
BfPyramidPixelBuffer.getPlaneRegion(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer width,
java.lang.Integer height,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer stride) |
byte[] |
BfPixelBuffer.getPlaneRegionDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer count,
java.lang.Integer offset,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getPlaneRegionDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer count,
java.lang.Integer offset,
byte[] buffer) |
PixelData |
BfPixelBuffer.getRow(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPyramidPixelBuffer.getRow(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
byte[] |
BfPixelsWrapper.getRow(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPixelBuffer.getRowDirect(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getRowDirect(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
java.lang.Long |
BfPixelBuffer.getRowOffset(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
BfPixelsWrapper.getRowOffset(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
BfPyramidPixelBuffer.getRowOffset(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPixelBuffer.getStack(java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPyramidPixelBuffer.getStack(java.lang.Integer c,
java.lang.Integer t) |
byte[] |
BfPixelsWrapper.getStack(java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPixelBuffer.getStackDirect(java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getStackDirect(java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
java.lang.Long |
BfPixelBuffer.getStackOffset(java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
BfPixelsWrapper.getStackOffset(java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
BfPyramidPixelBuffer.getStackOffset(java.lang.Integer c,
java.lang.Integer t) |
PixelData |
BfPixelBuffer.getTimepoint(java.lang.Integer t) |
PixelData |
BfPyramidPixelBuffer.getTimepoint(java.lang.Integer t) |
byte[] |
BfPixelsWrapper.getTimepoint(java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPixelBuffer.getTimepointDirect(java.lang.Integer t,
byte[] buffer) |
byte[] |
BfPyramidPixelBuffer.getTimepointDirect(java.lang.Integer t,
byte[] buffer) |
java.lang.Long |
BfPixelBuffer.getTimepointOffset(java.lang.Integer t) |
java.lang.Long |
BfPixelsWrapper.getTimepointOffset(java.lang.Integer t) |
java.lang.Long |
BfPyramidPixelBuffer.getTimepointOffset(java.lang.Integer t) |
void |
BfPixelBuffer.setPlane(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setPlane(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPixelBuffer.setPlane(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setPlane(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPixelBuffer.setRow(java.nio.ByteBuffer buffer,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setRow(java.nio.ByteBuffer buffer,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPixelBuffer.setStack(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setStack(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPixelBuffer.setStack(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setStack(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
BfPixelBuffer.setTimepoint(byte[] buffer,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setTimepoint(byte[] buffer,
java.lang.Integer t) |
void |
BfPixelBuffer.setTimepoint(java.nio.ByteBuffer buffer,
java.lang.Integer t) |
void |
BfPyramidPixelBuffer.setTimepoint(java.nio.ByteBuffer buffer,
java.lang.Integer t) |
| Modifier and Type | Method and Description |
|---|---|
void |
InMemoryPlanarPixelBuffer.checkBounds(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
PixelBuffer.checkBounds(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Checks to ensure that no one particular axis has an offset out of bounds.
|
void |
RomioPixelBuffer.checkBounds(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
PixelData |
InMemoryPlanarPixelBuffer.getCol(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
PixelBuffer.getCol(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Retrieves a particular column from this pixel buffer.
|
PixelData |
RomioPixelBuffer.getCol(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getColDirect(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
PixelBuffer.getColDirect(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Retrieves a particular column from this pixel buffer.
|
byte[] |
RomioPixelBuffer.getColDirect(java.lang.Integer x,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
PixelData |
InMemoryPlanarPixelBuffer.getHypercube(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
PixelData |
PixelBuffer.getHypercube(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step)
Retrieves a hypercube from this pixel buffer.
|
PixelData |
RomioPixelBuffer.getHypercube(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step)
Implemented as specified by
PixelBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getHypercubeDirect(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step,
byte[] buffer) |
byte[] |
PixelBuffer.getHypercubeDirect(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step,
byte[] buffer)
Retrieves a hypercube from the given pixels directly.
|
byte[] |
RomioPixelBuffer.getHypercubeDirect(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
java.lang.Long |
InMemoryPlanarPixelBuffer.getHypercubeSize(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
java.lang.Long |
PixelBuffer.getHypercubeSize(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step)
Retrieves a the size of a hypercube from this pixel buffer.
|
java.lang.Long |
RomioPixelBuffer.getHypercubeSize(java.util.List<java.lang.Integer> offset,
java.util.List<java.lang.Integer> size,
java.util.List<java.lang.Integer> step) |
PixelData |
InMemoryPlanarPixelBuffer.getPlane(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
PixelBuffer.getPlane(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Retrieves a particular 2D image plane from this pixel buffer.
|
PixelData |
RomioPixelBuffer.getPlane(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getPlaneDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
PixelBuffer.getPlaneDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Retrieves a particular 2D image plane from this pixel buffer.
|
byte[] |
RomioPixelBuffer.getPlaneDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
java.lang.Long |
InMemoryPlanarPixelBuffer.getPlaneOffset(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
PixelBuffer.getPlaneOffset(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Retrieves the offset for a particular 2D image plane in this pixel
buffer.
|
java.lang.Long |
RomioPixelBuffer.getPlaneOffset(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
PixelData |
InMemoryPlanarPixelBuffer.getPlaneRegion(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer width,
java.lang.Integer height,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer stride) |
PixelData |
PixelBuffer.getPlaneRegion(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer width,
java.lang.Integer height,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer stride)
Retrieves a particular region of a 2D image plane from this pixel buffer.
|
PixelData |
RomioPixelBuffer.getPlaneRegion(java.lang.Integer x,
java.lang.Integer y,
java.lang.Integer width,
java.lang.Integer height,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer stride)
Implemented as specified by
ByteBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getPlaneRegionDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer count,
java.lang.Integer offset,
byte[] buffer) |
byte[] |
PixelBuffer.getPlaneRegionDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer count,
java.lang.Integer offset,
byte[] buffer)
Retrieves a region from a given plane directly.
|
byte[] |
RomioPixelBuffer.getPlaneRegionDirect(java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
java.lang.Integer count,
java.lang.Integer offset,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
PixelData |
InMemoryPlanarPixelBuffer.getRow(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
PixelData |
PixelBuffer.getRow(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Retrieves a particular row or scanline from this pixel buffer.
|
PixelData |
RomioPixelBuffer.getRow(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getRowDirect(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
PixelBuffer.getRowDirect(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Retrieves a particular row or scanline from this pixel buffer.
|
byte[] |
RomioPixelBuffer.getRowDirect(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
java.lang.Long |
InMemoryPlanarPixelBuffer.getRowOffset(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
PixelBuffer.getRowOffset(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Retrieves the offset for a particular row or scanline in this pixel
buffer.
|
java.lang.Long |
RomioPixelBuffer.getRowOffset(java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
PixelData |
InMemoryPlanarPixelBuffer.getStack(java.lang.Integer c,
java.lang.Integer t) |
PixelData |
PixelBuffer.getStack(java.lang.Integer c,
java.lang.Integer t)
Retrieves the the entire number of optical sections for a single
wavelength or channel at a particular timepoint in this pixel buffer.
|
PixelData |
RomioPixelBuffer.getStack(java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getStackDirect(java.lang.Integer c,
java.lang.Integer t,
byte[] buffer) |
byte[] |
PixelBuffer.getStackDirect(java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Retrieves the the entire number of optical sections for a single
wavelength or channel at a particular timepoint in this pixel buffer.
|
byte[] |
RomioPixelBuffer.getStackDirect(java.lang.Integer c,
java.lang.Integer t,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
java.lang.Long |
InMemoryPlanarPixelBuffer.getStackOffset(java.lang.Integer c,
java.lang.Integer t) |
java.lang.Long |
PixelBuffer.getStackOffset(java.lang.Integer c,
java.lang.Integer t)
Retrieves the offset for the entire number of optical sections
for a single wavelength or channel at a particular timepoint in
this pixel buffer.
|
java.lang.Long |
RomioPixelBuffer.getStackOffset(java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
PixelData |
InMemoryPlanarPixelBuffer.getTimepoint(java.lang.Integer t) |
PixelData |
PixelBuffer.getTimepoint(java.lang.Integer t)
Retrieves the entire number of optical sections for all
wavelengths or channels at a particular timepoint in this pixel buffer.
|
PixelData |
RomioPixelBuffer.getTimepoint(java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
byte[] |
InMemoryPlanarPixelBuffer.getTimepointDirect(java.lang.Integer t,
byte[] buffer) |
byte[] |
PixelBuffer.getTimepointDirect(java.lang.Integer t,
byte[] buffer)
Retrieves the entire number of optical sections for all
wavelengths or channels at a particular timepoint in this pixel buffer.
|
byte[] |
RomioPixelBuffer.getTimepointDirect(java.lang.Integer t,
byte[] buffer)
Implemented as specified by
PixelBuffer I/F. |
java.lang.Long |
InMemoryPlanarPixelBuffer.getTimepointOffset(java.lang.Integer t) |
java.lang.Long |
PixelBuffer.getTimepointOffset(java.lang.Integer t)
Retrieves the in memory size of the entire number of optical sections for
all wavelengths or channels at a particular timepoint in this
pixel buffer.
|
java.lang.Long |
RomioPixelBuffer.getTimepointOffset(java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setPlane(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
PixelBuffer.setPlane(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Sets a particular 2D image plane in this pixel buffer.
|
void |
RomioPixelBuffer.setPlane(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setPlane(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
PixelBuffer.setPlane(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Sets a particular 2D image plane in this pixel buffer.
|
void |
RomioPixelBuffer.setPlane(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setRow(java.nio.ByteBuffer buffer,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
PixelBuffer.setRow(java.nio.ByteBuffer buffer,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Sets a particular row or scanline in this pixel buffer.
|
void |
RomioPixelBuffer.setRow(java.nio.ByteBuffer buffer,
java.lang.Integer y,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setStack(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
PixelBuffer.setStack(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Sets the entire number of optical sections for a single
wavelength or channel at a particular timepoint in this pixel buffer.
|
void |
RomioPixelBuffer.setStack(byte[] buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setStack(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t) |
void |
PixelBuffer.setStack(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Sets the entire number of optical sections for a single
wavelength or channel at a particular timepoint in this pixel buffer.
|
void |
RomioPixelBuffer.setStack(java.nio.ByteBuffer buffer,
java.lang.Integer z,
java.lang.Integer c,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setTimepoint(byte[] buffer,
java.lang.Integer t) |
void |
PixelBuffer.setTimepoint(byte[] buffer,
java.lang.Integer t)
Sets the entire number of optical sections for all
wavelengths or channels at a particular timepoint in this pixel buffer.
|
void |
RomioPixelBuffer.setTimepoint(byte[] buffer,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
void |
InMemoryPlanarPixelBuffer.setTimepoint(java.nio.ByteBuffer buffer,
java.lang.Integer t) |
void |
PixelBuffer.setTimepoint(java.nio.ByteBuffer buffer,
java.lang.Integer t)
Sets the entire number of optical sections for all
wavelengths or channels at a particular timepoint in this pixel buffer.
|
void |
RomioPixelBuffer.setTimepoint(java.nio.ByteBuffer buffer,
java.lang.Integer t)
Implemented as specified by
PixelBuffer I/F. |
OmeroJava API
Version: 5.4.10-ice35-b105
Copyright © 2019 The University of Dundee & Open Microscopy Environment. All Rights Reserved.