The inputFrame.
The outputFrame.
The start.
The length.
The reversePlanes.
The inputFrame.
The outputFrame.
The start.
The length.
The inputFrame.
The outputFrame.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
Values 0, 90, 180, 270.
The start.
Reverse output plane order.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
Values 0, 90, 180, 270.
The start.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
Values 0, 90, 180, 270.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
The input byte array.
The index to start reading.
The value.
The inputFrame.
The outputFrame.
The start.
The length.
XXXXYYYY -> YXYXYXYX
The inputFrame.
The outputFrame.
The start.
The length.
The inputFrame.
The outputFrame.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
Values 0, 90, 180, 270.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
Values 0, 90, 180, 270.
The start.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
Values 0, 90, 180, 270.
The start.
Reverse output plane order.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
Whether to use little-endian format.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
Whether to use little-endian format.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The index to start writing.
The output byte array.
The value to write.
The offset of the value within the byte.
The output byte array.
The value to write.
The output byte array.
The value to write.
The output byte array.
The index to start writing.
The output byte array.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
The rotation.
The inputStart.
The outputStart.
The chunkLength.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
The rotation.
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
The rotation.
Start position for both input and output frame
The inputFrame.
The outputFrame.
The width.
The height.
The stride.
The rotation.
The inputStart.
The outputStart.
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
Whether to use little-endian format.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The offset of the value within the byte.
The value.
true if the index is valid and the value was read; otherwise, false
The input byte array.
The index to start reading.
The value.
true if the index is valid and the value was read; otherwise, false