I agree in using the new 5 VCL marathon, my company is purchasing.
In the meantime, to test this HDR feature of our interest, I have the old microenable IV as platform.
I try to optimize the part of the two framebuffer randomizers in one
Best Regards
Another question (I'm apologize), the same issue of memory and bandwidth there are also for the VD4-CL version?
First of all I would like to thank for the answer obtained.
I tested "HDR_CRC_Gray_Seq2_4096x500.va" in simulation mode with two test images and it works.
I am currently in possession of a microEnable IV VD1-CL tested together with a Teledyne DALSA P4 4K Mono camera:
- TestPattern "Ramp"
- Base Camera Link Mode
- MultiLine Exposure Mode that generates a 8192*500 frame (this frame is read by the FrameBufferRandomizer to generate a 4096 * 1000 frame for the algorithm to work)
The file "HDR_CRC_Gray_Seq2_4096x500.va" does not seem to compile on VD1-CL presumably due to excess of RAM resources required.
So I tried to tune the "Exposure Fusion.va" example to my needs:
(Base Camera Gray level image: 4096 * 500 output image; I attach it).
The compilation on VD1-CL is successful but the acquisition frequency does not go above about 1.5Khz.
I wanted to know if these HDR algorithms involve a frequency limitation.
Also, if it were possible, I would like to know if a version in FULL Camera link mode can be implemented (involves the insertion of buffers that consume resources)
Did I make any mistakes?
Thanks a lot for the answer
Hello,
I'm a new forum user and a beginner in using visual applets. I take this opportunity to greet everyone.
I am interested in using the sample algorithms for HDR (gray level) found in the installation path:
\examples\Processing\HighDynamicRange\HDR_CRC_Gray.va
\examples\Processing\HighDynamicRange\HDR_linearW_Gray_3_Base.va
I think I have problem setting up the "AddrGen" box inside the "Image Sequence" box. I'm working with 2 gray level images 4096 * 500 (WxH). Can anyone help me about it? thank you so much for your availability
