- the more
significant ones. As
illustrated in the
image above, the
early bitplanes,
particularly the first, may have
constant runs of bits, and thus can...
-
Bitplane is a
provider of
software for 3D and 4D
image analysis for the life sciences.
Founded in
December 1992,
Bitplane operates out of
three offices...
-
chunk stores the
actual image data as
interleaved bitplanes (and
optional mask) by row. The
bitplanes appear first from 1 to n,
followed by the mask plane...
-
resolutions with
fewer bitplanes -
partly because this
would consume less of the
confined RAM space, but also
because more
bitplanes would demand a higher...
-
planar is the
method of
arranging pixel data into
several bitplanes of RAM. Each bit in a
bitplane is
related to one
pixel on the screen.
Unlike packed, high...
- into
separate areas of memory,
called bitplanes. In
normal operation,
Denise allows between one and five
bitplanes,
giving two to 32
unique colors. These...
- mode of the
Amiga computer. This mode uses six
bitplanes (six bits per pixel). The
first five
bitplanes index 32
colors selected from a 12-bit
color space...
- mode with 4
bitplanes.
Practical use is limited, but this
technique was used in demos. It is
possible to set up HAM mode with 7
bitplanes on OCS/ECS,...
-
processor core
clocked at 10 MHz, a
memory mapper, DMA,
decompression and
bitplane conversion circuitry,
several programmable timers, and CIC
region lockout...
- (704×576 overscan.) The
system uses
planar graphics, with up to five
bitplanes (four in high resolution)
allowing 2-, 4-, 8-, 16-, and 32-color screens...
