Rhodri James wrote:
Unfortunately, water pixels change a lot from frame to frame, even
when the camera is static, so it doesn't gain you as much as you might
hope in cases like you mention.
In the case mentioned, the water is of no interest, so it
could be removed altogether by a suitable
On Sun, 02 Aug 2009 03:44:17 +0100, sturlamolden sturlamol...@yahoo.no
wrote:
On 29 Jul, 10:14, gregorth gregor.thalham...@gmail.com wrote:
for a scientific application I need to save a video stream to disc for
further post processing.
I have worked a bit on this as well. There are two
On 29 Jul, 10:14, gregorth gregor.thalham...@gmail.com wrote:
for a scientific application I need to save a video stream to disc for
further post processing.
I have worked a bit on this as well. There are two things that make
scientific applications different form common video encoding:
gregorth wrote:
for a scientific application I need to save a video stream to disc for
further post processing. My cam can deliver 8bit grayscale images with
resolution 640x480 with a framerate up to 100Hz, this is a data rate
of 30MB/s. Writing the data uncompressed to disc hits the data
gregorth gregor.thalham...@gmail.com writes:
I am a novice with video encoding. I found that few codecs support
gray scale images. Any hints to take advantage of the fact that I only
have gray scale images?
I don't know that there's any good way around the fact that video
encoding is simply
Hi all,
for a scientific application I need to save a video stream to disc for
further post processing. My cam can deliver 8bit grayscale images with
resolution 640x480 with a framerate up to 100Hz, this is a data rate
of 30MB/s. Writing the data uncompressed to disc hits the data
transfer limits
On 7/29/2009 4:14 AM, gregorth wrote:
Hi all,
for a scientific application I need to save a video stream to disc for
further post processing. My cam can deliver 8bit grayscale images with
resolution 640x480 with a framerate up to 100Hz, this is a data rate
of 30MB/s. Writing the data
