logic [15:0] pkt_data[64] - actually it is an open sized array, however when I try specifying that I get a error message (which is another one) that an unsized array cannot be passed through a DPI function.

You need to show the DPI prototype in SystemVerilog, and you should be using the vlog switch -dpiheader dpi_header.h to generate a C header file that should be included in your C code. Then you will get a compile time check that your DPI code has been passed the proper argument types.

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One more suggestion, unless you really need to handle 4-state data types or need to perform bit-by-bit manipulations of data, you should stick with C compatible data-types across the language boundary. It will be much more efficient as there no need to back and forth between canonical and simulator representations.

I am compiling the entire C++ source code base (including the DPI functions in to uvm_dpi.so. As uvm_dpi.so is the UVM provided Shared Object library, we then provide a -gblso to vsim to include the uvm_dpi.so.

Thank you so much Dave, the problem has been fixed. I initially tried having one more open array and doing a similar declaration as you have mentioned above. That fixed the issue, however when I was assigning that array to pkt_mode_req.data (in a for loop, using the pkt_data_size as a upper bound) pkt_mode_req.data still had Xs in all of its elements as a value (that was the initial value). However, I just changed the code as you have mentioned above and the Xs issue is also resolved.

Raymarine offers a wide range of marine radar systems for all types and sizes of boats. Whether for fishing, sailing, or cruising, radar systems from Raymarine keep you aware of surrounding traffic, hazards and obstacles, approaching weather and so much more. To deliver peak performance no matter your vessel type, we offer radar in both Radome and Open Array configurations.

Radome radars are perfect for sailboats, RIBs, and smaller powerboats. They pack big radar features into a small enclosure, making them perfect for vessels with limited space. And unlike open array, there are no exposed rotating parts that could get tangled in lines, rigging or sails.

Quantum Radars use CHIRP pulse compression technology which is highly detailed at both long and short range. The Quantum radar has very low power consumption making it ideal for battery-conscious sailing and electric vessels. Its light weight and wireless data capability also make it ideal for mounting aloft on sailboat masts, tuna towers and other complex and weight-sensitive locations. Quantum is a great choice for coastal navigation and collision avoidance tasks.

The Quantum 2 version adds advanced Doppler radar target tracking. Doppler tracking colorizes moving radar contacts and distinguishes them from non-moving objects. Inbound radar contacts are colorized red, while those moving away are colored green. This makes it simple for the captain to evaluate the radar situation at-a-glance and maneuver in crowded harbors.

The increased length of the open-array antenna unit gives the radar an increased level of sensitivity so it can detect weak echoes returning from farther away more effectively. The larger size of the open-array antenna also allows the radar to better focus its microwave energy beam. By concentrating the energy on-target, this allows the open array to have a longer effective range than a radome-style system. The concentrated energy is also subject to less distortion resulting in a crisper, cleaner radar picture when looking at small contacts near to each other, or a detailed shoreline.

In addition to having a choice of antenna size, the modular configuration of the open-array also gives you a choice of transmit power. This lets you customize the radar to your boating style and needs.

Magnum Radar offers a high-performance open-array radar solution for boaters who prefer a traditional magnetron-based system. Magnum radars come with 4kW or 12kW transmitters and your choice of a 4- or 6-foot antenna array.

This Seaview Modular Mount works with open array radars. The modular design allows you to add various accessories and different top plates at any point. Thus making it a cost effective choice. Oval hollow mast section allows for easy cable management.

Both forward and aft leaning styles are 5" tall and have a 7"x7" base. Optional accessories such as a light bar or wedge are also available. A top plate is required and sold separately!

You can write in parallel to the same array without any issues. You can read in parallel from the same array without any issues. But if you want to both read from and write to the same array in parallel, you need to be aware of consistency issues. That is, reads and writes are atomic and will complete without any issues, but what you read in each read query depends on which of the parallel writes have already completed and flushed (i.e., committed) to disk and in what order. In other words, if you truly require transactional consistency, this is a layer we need to build on top of our current atomic reads/writes.

Delphi has an "open array" construct that permits an array of unspecified size to be passed to a function. While there is no direct support in C++ for this type, an Delphi function that has an open array parameter can be called by explicitly passing two parameters:

When using sizeof(), the ARRAYSIZE macro, or the EXISTINGARRAY macro to calculate the number of elements in an array, be careful not to use a pointer to the array. Instead, pass the name of the array itself.

Delphi provides support for passing unnamed temporary open arrays to functions. There is no syntax for doing this in C++. However, since variable definitions can be intermingled with other statements, one approach is to simply provide the variable with a name.

Up to 19 values can be passed when using the OPENARRAY macro. If a larger array is needed, an explicit variable must be defined. Additionally, using the OPENARRAY macro incurs an additional (but small) run-time cost, due both to the cost of allocating the underlying array and to an additional copy of each value.

Magnum 12 kW is our most powerful Magnum open array radar. Available with either a 4-foot or 6-foot open array antenna, Magnum 12 kW is the choice of marine professionals and offshore enthusiasts. Choose the 4-foot model for high performance, compact radar, or experience the benefits of extended range and improved target resolution with the 6-foot array option.

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Pharmacogenomic testing may be used to improve treatment outcomes and reduce the frequency of adverse drug reactions (ADRs). Population specific, targeted pharmacogenetics (PGx) panel-based testing methods enable sensitive, accurate and economical implementation of precision medicine. We evaluated the analytical performance of the GenoPharm custom open array platform which evaluates 120 SNPs across 46 pharmacogenes. Using commercially available reference samples (Coriell Biorepository) and in-house extracted DNA, we assessed accuracy, precision, and linearity of GenoPharm. We then used GenoPharm on 218 samples from two Southern African black populations and determined allele and genotype frequencies for selected actionable variants. Across all assays, the GenoPharm panel demonstrated 99.5% concordance with the Coriell reference samples, with 98.9% reproducibility. We observed high frequencies of key genetic variants in people of African ancestry: CYP2B6*6 (0.35), CYP2C9*8, *11 (0.13, 0.03), CYP2D6*17 (0.21) and *29 (0.11). GenoPharm open array is therefore an accurate, reproducible and sensitive test that can be used for clinical pharmacogenetic testing and is inclusive of variants specific to the people of African ancestry.

I have a text file that contains file names in the first column and then separated by a tab, numbers in the second column.

Within a directory I would like to open the files whose name is in the text file and depending in the number that is in the second column save it in a given folder for further analysis.

I have been trying to check my filters on DEM raster for pattern recognition and it is always resulting in missing last rows and columns(like..20).I have tried with PIL library, image load. Then with numpy. The output is the same.

I thought, something is wrong with my loops, when checking values in array (just picking pixels with Identification in ArcCatalog) I realized that pixel values were not loaded into an array.

So, I succeeded loading small rasters into numpy array with a help of guys, but when having a bigger image I start getting errors. I suppose it's about the limits of numpy array, and so array is automatically reshaped or smth like that... So ex:

We offer more than 50 different items in our open-array radar antennas category from top-name providers like Garmin, Furuno and Raymarine. Select from a top-of-the-line Garmin open-array radar package with your choice of a 6' or 4' open-array radar and pedestal. Choose from 25kwor 12kw models. You also have the option of buying either the open-array radar antenna or the pedestal separately.

The GMR 626 xHD2 6 kW high-definition 6-foot open-array radar is designed for serious seafarers of larger yachts and sport fishing boats over 50-feet who want the advantages of the tight beamwidth of a 6-foot antenna. This is the first step up from our 4-foot open array radars. The 6-foot antenna focuses the beamwidth down to just 1.1 degree and that increases resolution for a more detailed radar image. Its high-sensitivity and consistent target positioning makes it perfect for cruising and fishing near shore, offshore, overnight and in foggy, limited or no visibility, conditions.

This high-definition 6 kW radar has the power to deliver excellent range, up to 72 nautical miles, even in fog or rain. Its narrow 1.1 degree horizontal beamwidth picks out targets well off in the distance. It paints a clear image of the shoreline, other vessels, and impending weather on your Garmin chartplotter. You get consistent target positions, excellent target separation and reliable operation. Its 8-bit true color imagery also helps you discriminate large targets from small ones and enhances target separation. Rotation speeds of 24 and 48 rpm with a max range scale of 72 nautical miles. 152ee80cbc

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