The number of channels is the matrix size divided by the number of frames.
The number of channels is the matrix size divided by the number of frames.
The number of frames which is the size of the streaming dimension,
or 1 if no streaming is used.
The number of frames which is the size of the streaming dimension,
or 1 if no streaming is used.
Reads a chunk of matrix data into a provided buffer.
Reads a chunk of matrix data into a provided buffer. Multi-dimensional matrices are de-interleaved according to their natural dimensional ordering.
Note: Calls must not be mixed with calls to readFloat2D or readWindowDouble1D!
the offset into buf
the number of elements to read
Reads a chunk of matrix data into a provided buffer.
Reads a chunk of matrix data into a provided buffer. If the stream-transposed
matrix has more than two dimensions, the de-interleaving is regularly from
from to back. E.g. in a matrix of shape [a][b][c], if a is the streaming
dimension, the first channel is b0, c0, the second channel is b0, c1,
and so on until b0, ck-1 where k is the size of third dimension, followed
by b1, c0 etc.
Note: Calls must not be mixed with calls to readDouble1 or readWindowDouble1D!
the offset into each channel of buf
the number of frames to read
Reads a window (chunk) of matrix data into a provided buffer.
Reads a window (chunk) of matrix data into a provided buffer.
The window is a selection of dimensions, provided by the dims argument.
For each call, a successive window is read, where successive means iterating
over the remaining dimensions.
For example, if the input matrix has shape [time: 180][lon: 12][lat: 36][alt: 601],
then specifying dims = [0, 3] means that we get time-altitude windows, the first
window corresponding to lon = 0, lat = 0, the second window corresponding to
lon = 0, lat = 1, the 37th window corresponding to lon = 1, lat = 0, etc.
Note: Calls must not be mixed with calls to readFloat2D or readDouble1D!
Also in repeated calls, dims must not be changed.
array of dimension indices which form the window.
the offset into buf
The number of elements in the underlying matrix (section).
The number of elements in the underlying matrix (section).