RecView Build-240605

Updates

Minor debugs in determining the number of frames per dataset of data obtained with the syncreadout mode of Hamamatsu detectors.

Notes

This release contains a 64-bit (x64) executables only. Please find other execs in our previous release. If your PC is running 64-bit Windows and has an GPU processor with 'compute capability' of 3.0 or higher (Kepler or later), the reconstruction calculation can be executed on the GPU. The present version can also be compiled with Visual Studio 2008 and CUDA Toolkit 5.5 by using gazoVS2008.sln file. A test dataset in TIFF format is also included.

RecView Build-230615

Updates

Updated the histogram and resolution plot dialogs to make the display compatible with the Screen DPI awareness. Added a function to automatically preprocess raw data when reading individual a*.img files. Added an ability to maintain contrast on the LAC scale when moving back and forth between image frames. Other misc updates.

Notes

This release contains 64-bit (x64) and 32-bit (x86) executables complied using Visual Studio 2017 C++ and CUDA Toolkit 10.0. If your PC is running 64-bit Windows and has an NVIDIA RTX, Tesla, GeForce, or Quadro GPU processor with 'compute capability' of 3.0 or higher (Kepler or later), the reconstruction calculation can be executed on the GPU. The present version can also be compiled with Visual Studio 2008 and CUDA Toolkit 5.5 by using gazoVS2008.sln file. An x64CUDA executable built with VS2008 of this release is compiled from a former code of the 190707 release. It can run on GPUs with 'compute capability' of 2.0 (Fermi).
A test dataset in TIFF format is also included.

RecView Build-220422

Updates

Tomographic-reconstruction assembler code using AVX-512 instructions is now implemented.

Notes

This release contains 64-bit (x64) and 32-bit (x86) executables complied using Visual Studio 2017 C++ and CUDA Toolkit 10.0. If your PC is running 64-bit Windows and has an NVIDIA RTX, Tesla, GeForce, or Quadro GPU processor with 'compute capability' of 3.0 or higher (Kepler or later), the reconstruction calculation can be executed on the GPU. The present version can also be compiled with Visual Studio 2008 and CUDA Toolkit 5.5 by using gazoVS2008.sln file. An x64CUDA executable built with VS2008 is available in this Release. It can run on GPUs with 'compute capability' of 2.0 (Fermi).
A test dataset in TIFF format is also included.

RecView Build-211204

Fix

A bugfix to detect empty output.log file.

Notes

This release contains 64-bit (x64) and 32-bit (x86) executables complied using Visual Studio 2017 C++ and CUDA Toolkit 10.0. If your PC is running 64-bit Windows and has NVIDIA Tesla, GeForce, Quadro, or RTX GPUs with 'compute capability' of 3.0 or higher (Kepler or later), the reconstruction calculation can be executed on the GPU. The present version can also be compiled with Visual Studio 2008 and CUDA Toolkit 5.5 by using gazoVS2008.sln file. An x64CUDA executable built with VS2008 is available in this Release. It can run on GPUs with 'compute capability' of 2.0 (Fermi).
A test dataset in TIFF format is also included.

RecView Build-210621

Fix

Frame loss detection routines were updated to deal with multiple frame loss. A bugfix in sample center calculation in the zoomed reconstruction.

Notes

This release contains 64-bit (x64) and 32-bit (x86) executables complied using Visual Studio 2017 C++ and CUDA Toolkit 10.0. If your PC is running 64-bit Windows and has an NVIDIA Tesla, GeForce, or Quadro GPU processor with 'compute capability' of 3.0 or higher (Kepler or later), the reconstruction calculation can be executed on the GPU. The present version can also be compiled with Visual Studio 2008 and CUDA Toolkit 5.5 by using gazoVS2008.sln file. An x64CUDA executable built with VS2008 is available in this Release. It can run on GPUs with 'compute capability' of 2.0 (Fermi).
A test dataset in TIFF format is also included.