├── LICENSE
├── README.md
├── _config.yml
├── docs
    ├── RecViewManual230218en.pdf
    ├── RecViewManual230218ja.pdf
    ├── conv1800.bat
    ├── conv1800offset.bat
    ├── conv3600.bat
    ├── conv3600offset.bat
    ├── conv450.bat
    ├── conv900.bat
    ├── output1800.log
    ├── output1800offset.log
    ├── output3600.log
    ├── output3600offset.log
    ├── output450.log
    └── output900.log
├── source
    ├── CFileDlgFolderSelect.cpp
    ├── CFileDlgFolderSelect.h
    ├── ChildFrm.cpp
    ├── ChildFrm.h
    ├── ClassDiagram1.cd
    ├── ClassDiagram3.cd
    ├── DlgDialbox.cpp
    ├── DlgDialbox.h
    ├── DlgFrameList.cpp
    ├── DlgFrameList.h
    ├── DlgGeneral.cpp
    ├── DlgGeneral.h
    ├── DlgHistoOpt.cpp
    ├── DlgHistoOpt.h
    ├── DlgHistogram.cpp
    ├── DlgHistogram.h
    ├── DlgHorizcenter.cpp
    ├── DlgHorizcenter.h
    ├── DlgLsqfit.cpp
    ├── DlgLsqfit.h
    ├── DlgMessage.cpp
    ├── DlgMessage.h
    ├── DlgOverlay.cpp
    ├── DlgOverlay.h
    ├── DlgPolygon.cpp
    ├── DlgPolygon.h
    ├── DlgProperty.cpp
    ├── DlgProperty.h
    ├── DlgQueue.cpp
    ├── DlgQueue.h
    ├── DlgReconOpt.cpp
    ├── DlgReconOpt.h
    ├── DlgReconst.cpp
    ├── DlgReconst.h
    ├── DlgRefraction.cpp
    ├── DlgRefraction.h
    ├── DlgRenumFiles.cpp
    ├── DlgRenumFiles.h
    ├── DlgResolnPlot.cpp
    ├── DlgResolnPlot.h
    ├── MainFrm.cpp
    ├── MainFrm.h
    ├── StdAfx.cpp
    ├── StdAfx.h
    ├── ccmplx.cpp
    ├── ccmplx.h
    ├── cerror.cpp
    ├── cerror.h
    ├── cfft.cpp
    ├── cfft.h
    ├── chdf5.cpp
    ├── chdf5.h
    ├── clReconst.cpp
    ├── clReconst.h
    ├── clReconstDummy.cpp
    ├── constants.h
    ├── cudaReconst.cu
    ├── cudaReconst.h
    ├── cudaReconstDummy.cpp
    ├── cudaReconstHost.cpp
    ├── cxyz.cpp
    ├── cxyz.h
    ├── gazo.aps
    ├── gazo.cpp
    ├── gazo.h
    ├── gazo.rc
    ├── gazo.sln
    ├── gazo.suo
    ├── gazo.vcproj
    ├── gazo.vcxproj
    ├── gazo.vcxproj.filters
    ├── gazo.vcxproj.user
    ├── gazoDoc.cpp
    ├── gazoDoc.h
    ├── gazoVS2008.sln
    ├── gazoView.cpp
    ├── gazoView.h
    ├── general.cpp
    ├── general.h
    ├── projx32.asm
    ├── projx32VS2008.asm
    ├── projx64.asm
    ├── projx64.lst
    ├── projx64VS2008.asm
    ├── reconstinfo.h
    ├── res
    │   ├── Toolbar.bmp
    │   ├── cursor1.cur
    │   ├── gazo.ico
    │   ├── gazo.rc2
    │   └── gazoDoc.ico
    └── resource.h
└── testPattern.png


/LICENSE:
--------------------------------------------------------------------------------
 1 | Copyright (c) 2016, Mizutani Lab
 2 | All rights reserved.
 3 | 
 4 | Redistribution and use in source and binary forms, with or without
 5 | modification, are permitted provided that the following conditions are met:
 6 | 
 7 | * Redistributions of source code must retain the above copyright notice, this
 8 |   list of conditions and the following disclaimer.
 9 | 
10 | * Redistributions in binary form must reproduce the above copyright notice,
11 |   this list of conditions and the following disclaimer in the documentation
12 |   and/or other materials provided with the distribution.
13 | 
14 | THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
15 | AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
16 | IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
17 | DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
18 | FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
19 | DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
20 | SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
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22 | OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
23 | OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
24 | 


--------------------------------------------------------------------------------
/README.md:
--------------------------------------------------------------------------------
  1 | ## RecView <A href="https://scicrunch.org/scicrunch/Resources/record/nlx_144509-1/SCR_016531/resolver">RRID:SCR_016531</A>
  2 | RecView is a program for tomographic reconstruction and image processing. It consists of over 25,000 lines of custom source codes in C++, CUDA C, OpenCL, and x86/x86_64 (x64) assembly languages including SIMD instructions up to AVX-512. RecView is designed for processing data obtained at the BL20B2, BL20XU, BL37XU, and BL47XU beamlines of the SPring-8 synchrotron radiation facility and also those taken at the 32-ID beamline of Advanced Photon Source (APS) of Argonne National Laboratory.<BR> 
  3 | Executables and manuals are available from the Releases pane of the <b><a href="https://github.com/mizutanilab/RecView">repository homepage</a></b>. The manuals are separately provided also in the docs folder. 
  4 | 
  5 | <IMG width=100 height=140 alt=testPattern src="testPattern.png" align=left>
  6 | Three-dimensional structural analysis with microtomography (micro-CT) or nanotomography (nano-CT) is performed by recording two-dimensional x-ray images while rotating the sample. Then tomographic sections are calculated from the x-ray images with the convolution back-projection method. This calculation is repeated for each tomographic slice to reconstruct the entire three-dimensional structure. RecView is a program for the tomographic reconstruction calculation with graphical user interfaces. Multiple datasets can be continuously processed by using its queueing function. Zooming reconstruction (an example is shown left), Gaussian convolution for denoising, and many other procedures for image processing are also implemented. Resolution of real sample images can be estimated with the Fourier domain plot by using this program. 
  7 | <BR clear=left>
  8 | 
  9 | ## License
 10 | RecView is provided under the BSD 2-Clause License.
 11 | 
 12 | ## References
 13 | <ul><li>R. Mizutani, A. Takeuchi, R.Y. Osamura, S. Takekoshi, K. Uesugi and Y. Suzuki (2010). Submicrometer tomographic resolution examined using a micro-fabricated test object. <i>Micron</i> <b>41(1)</b>, 90-95. 
 14 | <a href="http://dx.doi.org/10.1016/j.micron.2009.09.001">DOI</a> 
 15 | <a href="http://www.ncbi.nlm.nih.gov/pubmed/19800246">PubMed</a> 
 16 | <a href="https://arxiv.org/abs/1609.02270">arXiv</a> 
 17 | </li>
 18 | <li>R. Mizutani, K. Taguchi, A. Takeuchi, K. Uesugi and Y. Suzuki (2010). Estimation of presampling modulation transfer function in synchrotron radiation microtomography. <i>Nuclear Instrum. Meth. A</i> <b>621(1-3)</b>, 615-619.
 19 | <a href="http://dx.doi.org/10.1016/j.nima.2010.03.111">DOI</a> 
 20 | <a href="https://arxiv.org/abs/1609.02269">arXiv</a> 
 21 | </li>
 22 | <li>R. Mizutani, R. Saiga, S. Takekoshi, C. Inomoto, N. Nakamura, M. Itokawa, M. Arai, K. Oshima, A. Takeuchi, K. Uesugi, Y. Terada and Y. Suzuki (2016). A method for estimating spatial resolution of real image in the Fourier domain. <i>J. Microscopy</i> <b>261(1)</b>, 57-66.
 23 | <a href="http://dx.doi.org/10.1111/jmi.12315">DOI</a> 
 24 | <a href="http://www.ncbi.nlm.nih.gov/pubmed/26444300">PubMed</a> 
 25 | <a href="https://arxiv.org/abs/1609.02268">arXiv</a> 
 26 | </li>
 27 | <LI>R. Saiga, A. Takeuchi, K. Uesugi, Y. Terada, Y. Suzuki and R. Mizutani (2018). Method for estimating modulation transfer function from sample images. <I>Micron</I> <B>105</B>, 64-69.
 28 |  <A href="https://doi.org/10.1016/j.micron.2017.11.009">DOI</A>
 29 |  <a href="https://www.ncbi.nlm.nih.gov/pubmed/29179010">PubMed</a> 
 30 | <A href="http://arxiv.org/abs/1711.09776">arXiv</A></li>
 31 | </ul>
 32 | 
 33 | ## Release notes
 34 | The current 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.<br> 
 35 | 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 included in the current Release. This exe can run on GPUs with 'compute capability' of 2.0 (Fermi). A CUDA executable for x86 platform can be built with VS2008.  
 36 | 
 37 | A test dataset in TIFF format is also included in the Release. 
 38 | 
 39 | <UL>
 40 |   <LI>Build-240605. Minor debugs in determining the number of frames per dataset of data obtained with the syncreadout mode of Hamamatsu detectors. </LI>
 41 |   <LI>Build-230615. 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.</LI> 
 42 |   <LI>Build-220422. Tomographic reconstruction code using AVX-512 instructions is now implemented. The AVX-512 assembler routine is enabled if both of AVX-512F and AVX-512DQ features are available. The previous rouitnes can also be chosen from the 'Computing config' dialog. The acceleration with AVX-512 was very subtle in the following example. 
 43 |     <UL>
 44 |     <LI>Tau (RTX A4000, 6144 cores, 1.56 GHz) = 0.029 nsec (0.22 sec for a 2048x2048 slice from 1800 projections)</LI>
 45 |     <LI>Tau (Core i5-11400 (x64), 6 threads, 2.6 GHz, AVX-512) = 0.22 nsec (1.67 sec for a 2048x2048 tomogram from 1800 projections)</LI>
 46 |     <LI>Tau (Core i5-11400 (x64), 6 threads, 2.6 GHz, AVX2) = 0.22 nsec (1.68 sec for a 2048x2048 tomogram from 1800 projections)</LI>
 47 |     </UL></LI>
 48 |   <LI>Build-211204. A bugfix to detect empty output.log file.</LI> 
 49 |   <LI>Build-210621. Frame loss detection routines were updated to deal with multiple frame loss. A bugfix in sample center calculation in the zoomed reconstruction.</LI> 
 50 |   <LI>Build-201127. Updates for 'syncreadout' mode of the Hamamatsu camera and also for several other minor functional improvements.</LI> 
 51 |   <LI>Build-191001. A bugfix in the CUDA memory freeing routine.</LI> 
 52 |   <LI>Build-190729. Default memory usage in the Computing config dialog is now set to 40%. This minimizes memory paging and boosts the batch recon calculation. 
 53 |     <UL>
 54 |     <LI>Tau (Quadro P4000, 1792 cores, 1.48 GHz) = 0.161 nsec (1.22 sec for a 2048x2048 slice from 1800 projections)</LI>
 55 |     </UL></LI>
 56 |   <LI>Build-190713. A bugfix in multithreading. Some improved GUI functions were implemented. CUDA stream is enabled by default. The source code can now be compiled also by using Visual Studio 2008 and CUDA Toolkit 5.5.</LI>  
 57 |   <LI>Build-190530. A checkbox to enablie/disable CUDA stream pipelining was implemented in the Tomography-Computing config dialog.</LI>  
 58 |   <LI>Build-190118. CUDA routines were revised by using the 'stream' pipelining to parallelize the calculation. Performances are: 
 59 |     <UL>
 60 |     <LI>Tau (Quadro K5000, 1536 cores, 706 MHz) = 0.130 nsec (0.98 sec for a 2048x2048 slice from 1800 projections)</LI>
 61 |     <LI>Tau (Core i5-4670 (x64), 4 threads, 3.4 GHz) = 0.38 nsec (2.9 sec for a 2048x2048 tomogram from 1800 projections)</LI>
 62 |     </UL></LI>
 63 |   <LI>Build-190111. On-the-fly reconstruction with which you can adjust the rotation axis in real time was implemented. If your PC has a sufficient computing power (over 1500 cores of GPU or 8 cores of AVX2-compatible CPU preferably Skylake or later), the axis position can be adjusted in real time using mouse wheel + shift key. Procedures for the data transfer between CPU and GPU were revised to accelerate the calculation.</LI>
 64 |    <LI>Build-190102. We moved to Visual Studio 2017 and CUDA Toolkit 10.0 in this release. CUDA executable on the x86 platform became unavailable. ATI executable is not compiled at present. The x86/x64 reconstruction kernels were revised by using the AVX2 instruction set. CUDA routines were revised to be compatible with the new CUDA Toolkit. </LI>
 65 |   <LI>Build-181222. Axis-scan images can be generated by specifying different center values with the same slice position. An alternative robust algorithm for least-square 3D fitting is now implemented. A bugfix in multithreading.</LI> 
 66 |   <LI>Build-180614. Bugfix of the pause/resume function in the queueing dialog.</LI>  
 67 |   <LI>Build-180505. Reslicing routine was revised to minimize memory usage and to allow users to specify the reslicing direction with a vector. Polygon lasso function was implemented for defining ROI of statistical analysis.</LI>  
 68 |   <LI>v5.4.1 (27 Jan 2018). Image analysis routines were updated. No revision were made in the offset CT kernel. Errors observed for some offset-CT data taken at SPring-8 were due to the 'conv.bat' files. Its workaround is described in the FAQ section below. Executable of this release is available only for x64 platforms because this is a very minor revision.</LI> 
 69 |   <LI>v5.4.0 (3 May 2017). Image analysis routines were updated. The offset CT routine is now under revision.</LI> 
 70 |   <LI>v5.3.0 (6 Jan 2017). Routines for <a href="https://github.com/mizutanilab/BluetoothDials">our dial input device</a> were implemented.</LI> 
 71 |   <LI>v5.2.0 (13 Nov 2016). Frame selection dialog was implemented. Routines for the sinogram generation were revised.</LI>
 72 |   <LI>v5.1.1 (released 18 Sep 2016). Reconstruction kernels for x86/x64 processors were updated using assembly code. The kernels are accelerated with vectorized instructions. Performances are:
 73 |     <UL>
 74 |     <LI>Tau (Quadro K4200, 1344 cores, 780 MHz) = 0.27 nsec (2.1 sec for a 2048x2048 tomogram from 1800 projections),</LI>
 75 |     <LI>Tau (Core i5-4670 (x64), 4 threads, 3.4 GHz) = 0.34 nsec (2.6 sec for a 2048x2048 tomogram from 1800 projections),</LI>
 76 |     <LI>Tau (Core i5-4670 (x86), 4 threads, 3.4 GHz) = 0.34 nsec (2.5 sec for a 2048x2048 tomogram from 1800 projections).</LI>
 77 |     </UL></LI>
 78 |   <LI>v5.1.0 (released 12 Sep 2016). OpenCL routines for ATI processors were updated. Performances are:
 79 |     <UL>
 80 |     <LI>Tau (Quadro K5000, 1536 cores, 706 MHz) = 0.23 nsec (1.75 sec for a 2048x2048 tomogram from 1800 projections),</LI>
 81 |     <LI>Tau (Quadro K4200, 1344 cores, 780 MHz) = 0.30 nsec (2.3 sec for a 2048x2048 tomogram from 1800 projections),</LI>
 82 |     <LI>Tau (Radeon HD 5450, 80 cores, 650 MHz) = 8.47 nsec (61.0 sec for a 2000x2000 tomogram from 1800 projections),</LI>
 83 |     <LI>Tau (Core i5-4670 (x64), 4 threads, 3.4 GHz) = 0.50 nsec (3.8 sec for a 2048x2048 tomogram from 1800 projections),</LI>
 84 |     <LI>Tau (Core i5-4670 (x86), 4 threads, 3.4 GHz) = 0.91 nsec (6.9 sec for a 2048x2048 tomogram from 1800 projections),</LI>
 85 |     <LI>Tau (Xeon E5-2609 (x64), 4 threads, 2.4 GHz) = 0.93 nsec (7.0 sec for a 2048x2048 tomogram from 1800 projections).</LI>
 86 |     </UL>  
 87 | Here, tau is the time constant required for one pixel projection. For example, one tomogram of 2000 x 2000 pixels from 1800 projection frames can be reconstructed in tau x 2000 x 2000 x 1800 sec.</LI>  
 88 |   <LI>v5.0.1 (released 5 Aug 2016). Reconstruction kernels were revised in order to improve sin/cos func precision in the reconstruction calculation. There would be no obvious difference in the appearance of reconstructed images, though pixel values are different from those of previous versions. The previous execulables are also still provided in the binary folder. Fourier domain plot for the resolution estimation can be generated from the "Analysis - Resolution plot" menu, without using the spread sheet software.</LI>
 89 |   <LI>v4.9.0 (released 21 Jul 2016). APS-ANL data in HDF5 format are now supported. This page was moved here from our laboratory site.</LI>
 90 |   <LI>v4.7.0 (released 13 Nov 2015). A dedicated routine for resolution estimation plot (J. Microsc. 261, 57-66, 2016) was implemented. CSV files now can be generated from 'Analysis==>Resolution plot' menu. ATI processors are not supported in this release.</LI>
 91 |   <LI>v4.5.0 (released 6 Jan 2015). Update to support recent output.log format. Fourier transformations now can be generated from Tomography menu. A faster HIS-file reading routine was also implemented. A problem with the tilt angle direction of x64 reconstruction routine was fixed. User interfaces were updated.</LI>
 92 |   <LI>v4.0.2 (released 22 Oct 2013). Back projection routines running on CUDA processors were updated to support the CUDA 5.5 computing environment. The CUDA version for x64 platforms was also included from this release. Queues from multiple RecView instances are now executed sequentially.</LI> 
 93 |   <LI>v3.0.0 (released 27 May 2010). Back projection routines running on Tesla, GeForce, Quadro processors were updated to support the CUDA 3.0 computing environment. The OpenCL 1.0 routines for ATI Radeon, FireStream or FirePro processors were also implemented. Performances are:
 94 |     <UL>
 95 |     <LI>Tau (448 cores, 607 MHz) = 0.0813 nsec (23.4 sec for a 8000x8000 tomogram from 4500 projections) by using GeForce GTX470 with 1.28 GB of GDDR5 memory,</LI>
 96 |     <LI>Tau (112 cores, 500 MHz) = 0.243 nsec (1.75 sec for a 2000x2000 tomogram from 1800 projections) by using Quadro FX 3700 with 512 MB of GDDR3 memory,</LI>
 97 |     <LI>Tau (80 cores, 650 MHz) = 2.86 nsec (20.6 sec for a 2000x2000 tomogram from 1800 projections) by using Radeon HD 5450 with 512 MB of DDR2 memory,</LI>
 98 |     <LI>Tau (4 threads, 3.16 GHz) = 0.825 nsec (5.94 sec for a 2000x2000 tomogram from 1800 projections) by using Xeon E5410 (x86),</LI>
 99 |     <LI>Tau (4 threads, 3.16 GHz) = 0.808 nsec (5.82 sec for a 2000x2000 tomogram from 1800 projections) by using Xeon E5410 (x64).</LI>
100 |     </UL>
101 | Here, tau is the time constant required for one pixel projection. For example, one tomogram of 2000 x 2000 pixels from 1800 projection frames can be reconstructed in tau x 2000 x 2000 x 1800 sec. Drift correction options were also provided in this revision.</LI>
102 |   <LI>v2.0.5 (released 9 Feb 2009). Back-projection routines running on Tesla, GeForce or Quadro processors supporting the CUDA programming environment were implemented. The x86 and x64 assembler routines were also revised. Performances are:
103 |     <UL>
104 |     <LI>Tau (112 cores, 500 MHz) = 0.314 nsec (2.28 sec for a 2000x2000 tomogram from 1800 projections) using a Quadro FX 3700,</LI>
105 |     <LI>Tau (3.16 GHz) = 0.633 nsec (4.56 sec for a 2000x2000 tomogram from 1800 projections) using Core2Duo (x86, 2 threads), or tau = 1.336 nsec (x86, single thread),</LI>
106 |     <LI>Tau (3.16 GHz) = 0.802 nsec (5.77 sec for a 2000x2000 tomogram from 1800 projections) by using Xeon E5410 (x86, 4 threads), or tau = 1.724 nsec (x86, single thread),</LI>
107 |     <LI>Tau (3.16 GHz) = 0.768 nsec (5.53 sec for a 2000x2000 tomogram from 1800 projections) by using Xeon E5410 (x64, 4 threads), or tau = 1.651 nsec (x64, single thread).</LI>
108 |     </UL></LI>
109 |   <LI>v2.0.0 (released 21 Jan 2009). x64 platform is now supported. The x64 version can generate larger tomograms upto 10<sup>6</sup> x 10<sup>6</sup> pixels. Performance: tau(3.16 GHz) = 0.789 nsec using Xeon E5410 (x64, 4 threads). Performace of x86 version: tau(3.16 GHz) = 0.849 nsec using Core2Duo (x86, 2 threads), or tau = 1.395 nsec (x86, single thread).</LI>
110 |   <LI>v1.0.4 (released 1 Apr 2008). Multithreaded reconstruction routine was implemented. This function is partially written in x86 machine language, allowing faster execution of the reconstruction calculation.</LI>
111 |   <LI>v1.0.0 (released 6 Mar 2008).</LI>
112 | </UL>
113 | 
114 | ## How to use
115 | Concise help can be found in the 'Help'-'About' menu. We believe that this program is self-explanatory, but the following tips would be helpul.
116 | 
117 | <B>Installation</B>  
118 | Download x64 or x86 executable from the Release pane of the <b><a href="https://github.com/mizutanilab/RecView">repository homepage</a></b> and place it any folder you like. 
119 | 
120 | <B>Execution</B>  
121 | Double click the 'RecView' executable.
122 | 
123 | <B>Open data files</B>  
124 | From the menu bar, select 'File'-'Open' and choose an image file.
125 | 
126 | <B>Computing environment</B>  
127 | The GPU/CPU processors and memory usage can be specified in the 'Tomography'-'Computing config' dialog.
128 | 
129 | <B>Reconstruction</B>  
130 | Open 'Tomography'-'Reconstruction' dialog. Enter slice position in the 'From' or 'To' field. Tomographic sections can be generated with 'Show image' buttons. You can adjust the sample axis position using the 'Rotation center' field. 'Batch' invokes the reconstruction calculations through the 'From' to 'To' sections. Several options are also available, such as the 'Offset CT' checkbox to switch the reconstruction kernel to the offset-CT mode. Many other options including the zooming reconstruction can be found in the 'Options' dialog. 
131 | 
132 | <B>Trimming or reformatting images</B>  
133 | The 'Tomography'-'Histogram/conversion' dialog provides several tools for trimming, converting to 8-bit TIFF, removing surrounding capillary pixels, and so on.
134 | 
135 | ## Frequently asked questions
136 | <OL>
137 |   <LI><b>System requirements</b></LI>
138 |     RecView can be executed on a Windows PC running Windows 10 or 11 with an x86 or x64 CPU and a local storage. Its reoncstruction kernel can run either on CPU or GPU. The CUDA kernel can be executed on NVIDIA GPU processors with 'compute capability' 3.0 or higher (this corresponds to Kepler processors or later). If you run RecView on a legacy CPU without using GPU, we recommend CPUs released after approx 2005 (i.e., Pentium4 / Athlon64 or later), because SSE2 SIMD instructions are used in the x86/x64 reconstruction kernel. This is not a requirement, but the performance may differ by a factor of 2-3 with or without the SIMD. The x86/x64 kernel also uses AVX2 or AVX-512 instructions if available. <br><br>
139 |   <LI><b>Manuals</b></LI>
140 |     Step-by-step manuals in English and Japanese are included in the Release. They are also separately provided in the docs folder.<BR><BR>
141 |   <LI><b>What kind of data can be processed?</b></LI>
142 |     RecView is designed for the reconstruction of tomographic data obtained at SPring-8 and APS. However, any kind of data can be processed. Please contact the author if you have problems in using this program with your own data. Dataset requirements are:
143 |     <UL>
144 |       <LI>We use file names beginning with alphabet characters followed by sequential frame number, such as 'q0005.tif' for frame #5.</LI>
145 |       <LI>Place a dark-field image 'dark.tif' in the dataset folder.</LI>
146 |       <LI>Prepare a paprameter file 'output.log' in plain text format. You can find examples in the docs folder and also in the test dataset. This file has four fields:<BR>
147 | <pre>
148 | frame#      time(msec)     angle(deg) 0=flatfield/1=sample
149 | 00001       00012.46900    000.0000        0
150 | 00002       00019.26600    000.1000        1
151 | 00003       00021.34400    000.2000        1
152 | 00004       00023.43800    000.3000        1
153 | 00005       00025.51600    000.4000        1
154 | ...
155 | 01890       05298.43800    180.0000        1
156 | 01891       05310.65700    180.0000        0</pre>
157 |           Spreadsheet softwares work well for manually generating this 'output.log' file. The 'time' fields are used for interpolating the trend of flatfield pixel intensities. <BR>The output.log files of some SPring-8 sessions list angle in pulses instead of angle in degrees. RecView can recognize both formats.
158 |       </LI>
159 |     </UL><br>
160 |   <LI><b>RecView returns an error when processing offset-CT data taken at SPring-8.</b></LI>
161 |     In the offset CT, the sample is rotated by 360 degrees. Start and stop angles of the sample rotation vary depending on your setup, such as -180 to 180 deg or 0 to 360 deg. If the 'stop angle' was not exactly 360 deg in your offset-CT experiment, 'conv.bat' file seems to have incorrect contents. You have to edit it manually before the reconstruction calculation. Or you can find examples of conv.bat and output.log files in the 'docs' folder. <br><br>
162 |   <LI><b>How to try test dataset in the Release.</b></LI>
163 |     <UL>
164 |       <LI>Extract all files in the archived test dataset.</LI>
165 |       <LI>Open one of TIFF files (such as Q0005.tif) using RecView.</LI>
166 |       <LI>Open 'Tomography'-'Reconstruction...' dialog.</LI>
167 |       <LI>Enter '380' in the 'From'-'Layer' field.</LI>
168 |       <LI>Enter '311' in the 'From'-'Rotation center' field.</LI>
169 |       <LI>Click 'Show image' button. In seconds, a cross section of an aluminum wire with a square-wave pattern carved on its surface will be shown.</LI>
170 |     </UL><br>
171 |   <LI><b>Does RecView make network connections?</b></LI>
172 |       No, never. However, remote folders such as workgroup PCs are searched when you open files. It's probably one of default functions of Windows depending on your environment.<br><br>
173 |   <LI><b>My samples showed drifts in reconsturcted images. How can I prepare biological samples best suited for the synchrotron radiation experiment? </b></LI>
174 |       Please see the following:<br>
175 |       R. Saiga and R. Mizutani (2018). Preparation of soft tissue samples for synchrotron radiation microtomography and nanotomography. <I>Protocol Exchange</I> DOI: 10.1038/protex.2018.085.
176 |        <A href="https://www.nature.com/protocolexchange/protocols/6905">web</A> <A href="http://dx.doi.org/10.1038/protex.2018.085">DOI</A></li><br><br>
177 |   <LI><b>How to prepare a development environment for RecView.</b></LI>
178 |       You need Visual Studio 2017 and CUDA Toolkit 10.0 to compile the source code. The 'Desktop Environment with C++' package and 'Visual C++ MFC' component of VS2017 should be installed. You may also need to update GPU driver to the latest one to run the CUDA reconstruction kernel. 
179 |       <UL>
180 |         <LI>Install 'Visual Studio Comunity 2017' from the <a href="https://visualstudio.microsoft.com/thank-you-downloading-visual-studio/?sku=Community">Microsoft site</a>. Choose 'Desktop Development with C++' and include the 'Visual C++ MFC' component. We recommend to include language packs of English(US) and Japanese. </LI>
181 |         <LI>Download 'CUDA Toolkit 10.0' from the <a href="https://developer.nvidia.com/cuda-toolkit-archive">NVIDIA Toolkit site</a> and istall. The installation will associate the toolkit with Visual Studio.</LI>
182 |         <LI>If your local PC has NVIDIA GPU, download the latest GPU driver from the <a href="https://www.nvidia.co.jp/Download/index.aspx">NVIDIA driver site</a> and install. It is not recommended to update the driver using Device Manager of Windows Control Panel.</LI>
183 |         <LI>Open Visual Studio solution file 'gazo.sln'. Choose your platform (x64 or Win32) and build configuration (Release or CUDA_Release) from the toolbar and generate executable from the 'Build' menu. You can find an .exe file under the 'x64' or 'Win32' folder. The recent CUDA Toolkit seems not compatible with the Win32 (x86) platform.</LI>
184 |         <LI>Another configuration 'CUDAFFT_Release' is also provided in the solution file. In this configuration, Fourier transform calculations in the deconvolution step can be executed on the GPU, though its elapsed time is comparable to that of the x86/x64 CPU. Dynamic link libraries ('cudart64_100.dll' and 'cufft64_100.dll') must be placed in the folder where the CUDAFFT executable is placed. The library files are available as part of the CUDA Toolkit.</LI>
185 |       </UL><br>
186 | </OL>
187 | 
188 | ## Contact
189 | Ryuta Mizutani, Dr., Prof.  
190 | Department of Applied Biochemistry  
191 | School of Engineering, Tokai University  
192 | Kitakaname 4-1-1, Hiratsuka, Kanagawa 259-1292, Japan  
193 | E-mail ryuta(at)tokai.ac.jp  
194 | https://mizutanilab.github.io/<br>
195 | <A href="http://www.linkedin.com/pub/ryuta-mizutani/79/832/115">Linkedin</A> - 
196 | <A href="http://www.youtube.com/user/mizutaniLab">YouTube</A>
197 | <BR>
198 | 


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902 | ren a959.img q900.img
903 | ren a960.img q901.img
904 | img_ave a991.img a990.img a989.img a988.img a987.img a986.img a985.img a984.img a983.img a982.img a981.img a980.img a979.img a978.img a977.img a976.img a975.img a974.img a973.img a972.img a971.img a970.img a969.img a968.img a967.img a966.img a965.img a964.img a963.img a962.img q902.img
905 | copy q902.img q903.img
906 | copy a961.img q904.img
907 | hp2do dark.img q001.img q002.img dark.img q903.img q904.img > offset.dat
908 | 


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252 | 00252       00025.20000    100.4000       1
253 | 00253       00025.30000    100.8000       1
254 | 00254       00025.40000    101.2000       1
255 | 00255       00025.50000    101.6000       1
256 | 00256       00025.60000    102.0000       1
257 | 00257       00025.70000    102.4000       1
258 | 00258       00025.80000    102.8000       1
259 | 00259       00025.90000    103.2000       1
260 | 00260       00026.00000    103.6000       1
261 | 00261       00026.10000    104.0000       1
262 | 00262       00026.20000    104.4000       1
263 | 00263       00026.30000    104.8000       1
264 | 00264       00026.40000    105.2000       1
265 | 00265       00026.50000    105.6000       1
266 | 00266       00026.60000    106.0000       1
267 | 00267       00026.70000    106.4000       1
268 | 00268       00026.80000    106.8000       1
269 | 00269       00026.90000    107.2000       1
270 | 00270       00027.00000    107.6000       1
271 | 00271       00027.10000    108.0000       1
272 | 00272       00027.20000    108.4000       1
273 | 00273       00027.30000    108.8000       1
274 | 00274       00027.40000    109.2000       1
275 | 00275       00027.50000    109.6000       1
276 | 00276       00027.60000    110.0000       1
277 | 00277       00027.70000    110.4000       1
278 | 00278       00027.80000    110.8000       1
279 | 00279       00027.90000    111.2000       1
280 | 00280       00028.00000    111.6000       1
281 | 00281       00028.10000    112.0000       1
282 | 00282       00028.20000    112.4000       1
283 | 00283       00028.30000    112.8000       1
284 | 00284       00028.40000    113.2000       1
285 | 00285       00028.50000    113.6000       1
286 | 00286       00028.60000    114.0000       1
287 | 00287       00028.70000    114.4000       1
288 | 00288       00028.80000    114.8000       1
289 | 00289       00028.90000    115.2000       1
290 | 00290       00029.00000    115.6000       1
291 | 00291       00029.10000    116.0000       1
292 | 00292       00029.20000    116.4000       1
293 | 00293       00029.30000    116.8000       1
294 | 00294       00029.40000    117.2000       1
295 | 00295       00029.50000    117.6000       1
296 | 00296       00029.60000    118.0000       1
297 | 00297       00029.70000    118.4000       1
298 | 00298       00029.80000    118.8000       1
299 | 00299       00029.90000    119.2000       1
300 | 00300       00030.00000    119.6000       1
301 | 00301       00030.10000    120.0000       1
302 | 00302       00030.20000    120.4000       1
303 | 00303       00030.30000    120.8000       1
304 | 00304       00030.40000    121.2000       1
305 | 00305       00030.50000    121.6000       1
306 | 00306       00030.60000    122.0000       1
307 | 00307       00030.70000    122.4000       1
308 | 00308       00030.80000    122.8000       1
309 | 00309       00030.90000    123.2000       1
310 | 00310       00031.00000    123.6000       1
311 | 00311       00031.10000    124.0000       1
312 | 00312       00031.20000    124.4000       1
313 | 00313       00031.30000    124.8000       1
314 | 00314       00031.40000    125.2000       1
315 | 00315       00031.50000    125.6000       1
316 | 00316       00031.60000    126.0000       1
317 | 00317       00031.70000    126.4000       1
318 | 00318       00031.80000    126.8000       1
319 | 00319       00031.90000    127.2000       1
320 | 00320       00032.00000    127.6000       1
321 | 00321       00032.10000    128.0000       1
322 | 00322       00032.20000    128.4000       1
323 | 00323       00032.30000    128.8000       1
324 | 00324       00032.40000    129.2000       1
325 | 00325       00032.50000    129.6000       1
326 | 00326       00032.60000    130.0000       1
327 | 00327       00032.70000    130.4000       1
328 | 00328       00032.80000    130.8000       1
329 | 00329       00032.90000    131.2000       1
330 | 00330       00033.00000    131.6000       1
331 | 00331       00033.10000    132.0000       1
332 | 00332       00033.20000    132.4000       1
333 | 00333       00033.30000    132.8000       1
334 | 00334       00033.40000    133.2000       1
335 | 00335       00033.50000    133.6000       1
336 | 00336       00033.60000    134.0000       1
337 | 00337       00033.70000    134.4000       1
338 | 00338       00033.80000    134.8000       1
339 | 00339       00033.90000    135.2000       1
340 | 00340       00034.00000    135.6000       1
341 | 00341       00034.10000    136.0000       1
342 | 00342       00034.20000    136.4000       1
343 | 00343       00034.30000    136.8000       1
344 | 00344       00034.40000    137.2000       1
345 | 00345       00034.50000    137.6000       1
346 | 00346       00034.60000    138.0000       1
347 | 00347       00034.70000    138.4000       1
348 | 00348       00034.80000    138.8000       1
349 | 00349       00034.90000    139.2000       1
350 | 00350       00035.00000    139.6000       1
351 | 00351       00035.10000    140.0000       1
352 | 00352       00035.20000    140.4000       1
353 | 00353       00035.30000    140.8000       1
354 | 00354       00035.40000    141.2000       1
355 | 00355       00035.50000    141.6000       1
356 | 00356       00035.60000    142.0000       1
357 | 00357       00035.70000    142.4000       1
358 | 00358       00035.80000    142.8000       1
359 | 00359       00035.90000    143.2000       1
360 | 00360       00036.00000    143.6000       1
361 | 00361       00036.10000    144.0000       1
362 | 00362       00036.20000    144.4000       1
363 | 00363       00036.30000    144.8000       1
364 | 00364       00036.40000    145.2000       1
365 | 00365       00036.50000    145.6000       1
366 | 00366       00036.60000    146.0000       1
367 | 00367       00036.70000    146.4000       1
368 | 00368       00036.80000    146.8000       1
369 | 00369       00036.90000    147.2000       1
370 | 00370       00037.00000    147.6000       1
371 | 00371       00037.10000    148.0000       1
372 | 00372       00037.20000    148.4000       1
373 | 00373       00037.30000    148.8000       1
374 | 00374       00037.40000    149.2000       1
375 | 00375       00037.50000    149.6000       1
376 | 00376       00037.60000    150.0000       1
377 | 00377       00037.70000    150.4000       1
378 | 00378       00037.80000    150.8000       1
379 | 00379       00037.90000    151.2000       1
380 | 00380       00038.00000    151.6000       1
381 | 00381       00038.10000    152.0000       1
382 | 00382       00038.20000    152.4000       1
383 | 00383       00038.30000    152.8000       1
384 | 00384       00038.40000    153.2000       1
385 | 00385       00038.50000    153.6000       1
386 | 00386       00038.60000    154.0000       1
387 | 00387       00038.70000    154.4000       1
388 | 00388       00038.80000    154.8000       1
389 | 00389       00038.90000    155.2000       1
390 | 00390       00039.00000    155.6000       1
391 | 00391       00039.10000    156.0000       1
392 | 00392       00039.20000    156.4000       1
393 | 00393       00039.30000    156.8000       1
394 | 00394       00039.40000    157.2000       1
395 | 00395       00039.50000    157.6000       1
396 | 00396       00039.60000    158.0000       1
397 | 00397       00039.70000    158.4000       1
398 | 00398       00039.80000    158.8000       1
399 | 00399       00039.90000    159.2000       1
400 | 00400       00040.00000    159.6000       1
401 | 00401       00040.10000    160.0000       1
402 | 00402       00040.20000    160.4000       1
403 | 00403       00040.30000    160.8000       1
404 | 00404       00040.40000    161.2000       1
405 | 00405       00040.50000    161.6000       1
406 | 00406       00040.60000    162.0000       1
407 | 00407       00040.70000    162.4000       1
408 | 00408       00040.80000    162.8000       1
409 | 00409       00040.90000    163.2000       1
410 | 00410       00041.00000    163.6000       1
411 | 00411       00041.10000    164.0000       1
412 | 00412       00041.20000    164.4000       1
413 | 00413       00041.30000    164.8000       1
414 | 00414       00041.40000    165.2000       1
415 | 00415       00041.50000    165.6000       1
416 | 00416       00041.60000    166.0000       1
417 | 00417       00041.70000    166.4000       1
418 | 00418       00041.80000    166.8000       1
419 | 00419       00041.90000    167.2000       1
420 | 00420       00042.00000    167.6000       1
421 | 00421       00042.10000    168.0000       1
422 | 00422       00042.20000    168.4000       1
423 | 00423       00042.30000    168.8000       1
424 | 00424       00042.40000    169.2000       1
425 | 00425       00042.50000    169.6000       1
426 | 00426       00042.60000    170.0000       1
427 | 00427       00042.70000    170.4000       1
428 | 00428       00042.80000    170.8000       1
429 | 00429       00042.90000    171.2000       1
430 | 00430       00043.00000    171.6000       1
431 | 00431       00043.10000    172.0000       1
432 | 00432       00043.20000    172.4000       1
433 | 00433       00043.30000    172.8000       1
434 | 00434       00043.40000    173.2000       1
435 | 00435       00043.50000    173.6000       1
436 | 00436       00043.60000    174.0000       1
437 | 00437       00043.70000    174.4000       1
438 | 00438       00043.80000    174.8000       1
439 | 00439       00043.90000    175.2000       1
440 | 00440       00044.00000    175.6000       1
441 | 00441       00044.10000    176.0000       1
442 | 00442       00044.20000    176.4000       1
443 | 00443       00044.30000    176.8000       1
444 | 00444       00044.40000    177.2000       1
445 | 00445       00044.50000    177.6000       1
446 | 00446       00044.60000    178.0000       1
447 | 00447       00044.70000    178.4000       1
448 | 00448       00044.80000    178.8000       1
449 | 00449       00044.90000    179.2000       1
450 | 00450       00045.00000    179.6000       1
451 | 00451       00045.10000    180.0000       1
452 | 00452       00045.20000    180.0000       0
453 | 
454 | 
455 | 
456 | 00453       00045.30000    180.4000       0
457 | 00454       00045.40000    180.4000       1
458 | 


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/source/CFileDlgFolderSelect.cpp:
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 1 | /*	CFileDlgFolderSelect.h		v1	8/6/2009
 2 | *	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | */
 4 | #include "stdafx.h"
 5 | #include "gazo.h"
 6 | #include "CFileDlgFolderSelect.h"
 7 | 
 8 | #if !defined( _CFILEDLGFOLDERSELECT_CPP_ )
 9 | #define _CFILEDLGFOLDERSELECT_CPP_
10 | 
11 | CFileDlgFolderSelect::CFileDlgFolderSelect(BOOL bOpenFileDialog, LPCTSTR lpszDefExt,
12 | 	LPCTSTR lpszFileName, DWORD dwFlags, LPCTSTR lpszFilter, CWnd* pParentWnd) :
13 | 	CFileDialog(bOpenFileDialog, lpszDefExt, lpszFileName, dwFlags, lpszFilter, pParentWnd) {
14 | 	m_prevFolder = _T("");
15 | }
16 | 
17 | void CFileDlgFolderSelect::OnFolderChange() {
18 | 	CString strFolderPath = GetFolderPath();
19 | 	if (m_prevFolder != strFolderPath) m_prevFolder = strFolderPath;
20 | 	else {
21 | 		CPoint point;
22 | 		GetCursorPos(&point);
23 | 		CRect rect;
24 | 		GetParent()->GetDlgItem(IDOK)->GetWindowRect(&rect);
25 | 		//if cursor is on the "Open" button
26 | 		if (point.x >= rect.left && point.x <= rect.right &&
27 | 			point.y >= rect.top && point.y <= rect.bottom) {
28 | 			//set folder name
29 | 			strncpy(m_ofn.lpstrFile, (LPCTSTR)strFolderPath, m_ofn.nMaxFile);
30 | 			if (OnFileNameOK() == FALSE) {
31 | 				//close dialog
32 | 				CDialog *pParent = (CDialog *)GetParent();
33 | 				if (pParent != NULL) pParent->EndDialog(IDOK);
34 | 			}
35 | 		}
36 | 	}
37 | 	CFileDialog::OnFolderChange();
38 | }
39 | 
40 | 
41 | 
42 | #endif // _CFILEDLGFOLDERSELECT_CPP_
43 | 


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/source/CFileDlgFolderSelect.h:
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 1 | /*	CFileDlgFolderSelect.h		v1	8/6/2009
 2 | *	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | */
 4 | #if !defined( _CFILEDLGFOLDERSELECT_H_ )
 5 | #define _CFILEDLGFOLDERSELECT_H_
 6 | 
 7 | class CFileDlgFolderSelect : public CFileDialog
 8 | {
 9 | public:
10 | 	CFileDlgFolderSelect(BOOL bOpenFileDialog, LPCTSTR lpszDefExt = NULL,
11 | 		LPCTSTR lpszFileName = NULL, DWORD dwFlags = OFN_HIDEREADONLY | OFN_OVERWRITEPROMPT, 
12 | 		LPCTSTR lpszFilter = NULL, CWnd* pParentWnd = NULL);
13 | 	virtual void OnFolderChange();
14 | private:
15 | 	CString m_prevFolder;
16 | };
17 | 
18 | #endif // _CFILEDLGFOLDERSELECT_H_
19 | 


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/source/ccmplx.cpp:
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 1 | /*	ccmplx.cpp		v0.01	5/10/2000
 2 | 	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | */
 4 | #include "stdafx.h"
 5 | /// added for precompiled header definition 
 6 | 
 7 | #if !defined( _CCMPLX_CPP_ )
 8 | #define _CCMPLX_CPP_
 9 | #include <math.h>
10 | #include "ccmplx.h"
11 | //#include "structure.h"
12 | 
13 | CCmplx::CCmplx() {re = 0.0; im = 0.0;}
14 | CCmplx::CCmplx(TReal arg1, TReal arg2) {re = (TCmpElmnt)arg1; im = (TCmpElmnt)arg2;}
15 | CCmplx::~CCmplx() {/*place holder*/}
16 | CCmplx CCmplx::operator +(CCmplx a) {
17 | 	return CCmplx(re + a.re, im + a.im);
18 | }
19 | CCmplx CCmplx::operator -(CCmplx a) {
20 | 	return CCmplx(re - a.re, im - a.im);
21 | }
22 | CCmplx CCmplx::operator *(CCmplx a) {
23 | 	return CCmplx(re * a.re - im * a.im, re * a.im + im * a.re);
24 | }
25 | CCmplx CCmplx::operator *(TReal a) {
26 | 	return CCmplx(re * a, im * a);
27 | }
28 | CCmplx CCmplx::operator /(TReal a) {
29 | 	return CCmplx(re / a, im / a);
30 | }
31 | CCmplx CCmplx::operator =(CCmplx a) {
32 | 	re = a.re; im = a.im; return CCmplx(re, im);
33 | }
34 | CCmplx CCmplx::operator +=(CCmplx a) {
35 | 	re += a.re; im += a.im; return CCmplx(re, im);
36 | }
37 | CCmplx CCmplx::operator -=(CCmplx a) {
38 | 	re -= a.re; im -= a.im; return CCmplx(re, im);
39 | }
40 | CCmplx CCmplx::operator *=(CCmplx a) {
41 | 	TCmpElmnt r = re * a.re - im * a.im;
42 | 	im = re * a.im + im * a.re;
43 | 	re = r; return CCmplx(re, im);
44 | }
45 | CCmplx CCmplx::operator *=(TReal a) {
46 | 	re *= (TCmpElmnt)a; im *= (TCmpElmnt)a; return *this;
47 | }
48 | CCmplx CCmplx::operator *=(float a) {
49 | 	re *= (TCmpElmnt)a; im *= (TCmpElmnt)a; return *this;
50 | }
51 | CCmplx CCmplx::Exp(TReal a) {re = (TCmpElmnt)cos(a); im = (TCmpElmnt)sin(a); return CCmplx(re, im);}
52 | CCmplx CCmplx::Rev() {return CCmplx(-im, re);}
53 | CCmplx CCmplx::Conj() {return CCmplx(re, -im);}
54 | TCmpElmnt CCmplx::Real() {return re;}
55 | TCmpElmnt CCmplx::Imag() {return im;}
56 | TCmpElmnt CCmplx::Modulus() {return (TCmpElmnt)sqrt(re * re + im * im);}
57 | TCmpElmnt CCmplx::Modulus2() {return (re * re + im * im);}
58 | void CCmplx::AddToReal(TCmpElmnt a) {re += a;}
59 | void CCmplx::Reset() {re = 0.0; im = 0.0;}
60 | 					
61 | #endif // _CCMPLX_CPP_
62 | 


--------------------------------------------------------------------------------
/source/ccmplx.h:
--------------------------------------------------------------------------------
 1 | /*	cerror.h		v1.10	2/23/2008
 2 | *	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | */
 4 | #include "general.h"
 5 | 
 6 | #if !defined( _CCMPLX_H_ )
 7 | #define _CCMPLX_H_
 8 | 
 9 | class CCmplx {
10 | public:
11 | 	CCmplx();
12 | 	~CCmplx();
13 | 	CCmplx(TReal arg1, TReal arg2);
14 | 	CCmplx operator +(CCmplx a);
15 | 	CCmplx operator -(CCmplx a);
16 | 	CCmplx operator *(TReal a);
17 | 	CCmplx operator /(TReal a);
18 | 	CCmplx operator *(CCmplx a);
19 | 	CCmplx operator =(CCmplx a);
20 | 	CCmplx operator +=(CCmplx a);
21 | 	CCmplx operator -=(CCmplx a);
22 | 	CCmplx operator *=(CCmplx a);
23 | 	CCmplx operator *=(TReal a);
24 | 	CCmplx operator *=(float a);
25 | 	CCmplx Exp(TReal a);
26 | 	CCmplx Rev();
27 | 	CCmplx Conj();
28 | 	TCmpElmnt Real();
29 | 	TCmpElmnt Imag();
30 | 	TCmpElmnt Modulus();
31 | 	TCmpElmnt Modulus2();
32 | 	void Reset();
33 | 	void AddToReal(TCmpElmnt a);
34 | 	TCmpElmnt re, im;
35 | };
36 | 
37 | #endif // _CCMPLX_H_
38 | 


--------------------------------------------------------------------------------
/source/cerror.cpp:
--------------------------------------------------------------------------------
  1 | /*	cerror.cpp		v0.01	1/30/2000
  2 | *	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
  3 | */
  4 | #include "stdafx.h"
  5 | /// added for precompiled header definition 
  6 | 
  7 | #if !defined( _CERROR_CPP_ )
  8 | #define _CERROR_CPP_
  9 | #include <iostream>
 10 | #include "cerror.h"
 11 | 
 12 | CError::CError() {
 13 | 	logLevel = 0;
 14 | 	Clear();
 15 | }
 16 | CError::~CError() {}
 17 | void CError::Clear() {
 18 | 	numOfErr = 0; 
 19 | 	fatal = false; 
 20 | 	ClearFlag();
 21 | 	getpoint = 0;
 22 | 	for (int i=0; i<MAX_ERROR; i++) {message[i] = ""; errCode[i] = -1;}
 23 | }
 24 | void CError::ClearFlag() {
 25 | 	fatal = false; 
 26 | 	asserted = false;
 27 | }
 28 | void CError::SetLogLevel(int arg) {logLevel = arg;}
 29 | bool CError::IsFatal() {return fatal;}
 30 | bool CError::IsAsserted() {return asserted;}
 31 | void CError::LogNoDup(TErr err, CString msg) {
 32 | 	for (int i=0; i<numOfErr; i++) {if (errCode[i] == err) return;}
 33 | 	Log(err, msg);
 34 | }
 35 | void CError::Log(TErr err, CString msg) {
 36 | 	if (err <= logLevel) return;
 37 | 	if (err > 0) asserted = true;
 38 | 	if (err >= FATAL_ERROR_LEVEL) fatal = true;
 39 | 	if (numOfErr >= MAX_ERROR) {numOfErr = 0; rotation = true;}
 40 | 	errCode[numOfErr] = err;
 41 | 	message[numOfErr++] = msg;
 42 | 	return;
 43 | }
 44 | void CError::Log(CString msg) {this->Log(0, msg);}
 45 | /*080217
 46 | void CError::Log(TErr err, const CStdioFileRead& errfile, CString msg) {
 47 | 	if (err <= logLevel) return;
 48 | 	if (err > 0) asserted = true;
 49 | 	if (err >= FATAL_ERROR_LEVEL) fatal = true;
 50 | 	if (numOfErr >= MAX_ERROR) {numOfErr = 0; rotation = true;}
 51 | 	errCode[numOfErr] = err;
 52 | 	char s[50];
 53 | 	sprintf(s, "%d", errfile.Lines());
 54 | 	message[numOfErr++] = msg +
 55 | 												" at line " + s +
 56 | 												" of file " + errfile.GetFileName();
 57 | 	return;
 58 | }*/
 59 | 
 60 | void CError::ResetPointer() {getpoint = 0;}
 61 | bool CError::GetMessage(int* code, CString* log) {
 62 | 	if (getpoint >= MAX_ERROR) {*code = -1; return false;}
 63 | 	int ip;
 64 | 	if (rotation) {
 65 | 		ip = (getpoint + numOfErr) % MAX_ERROR;
 66 | 		*code = errCode[ip];
 67 | 		*log = message[ip];
 68 | 		getpoint++;
 69 | 		return true;
 70 | 	} else {
 71 | 		ip = getpoint;
 72 | 		*code = errCode[ip];
 73 | 		*log = message[ip];
 74 | 		getpoint++;
 75 | 		if (*code < 0) return false; else return true;
 76 | 	}
 77 | }
 78 | 
 79 | CString CError::Report() {
 80 | 	CString rtn; CString line;
 81 | 	if (fatal) rtn = "!!FATAL ERROR!!\r\n"; else rtn = ""; 
 82 | 	if (rotation) {
 83 | 		for (int i=numOfErr; i<MAX_ERROR; i++) {
 84 | 			if (errCode[i] >= FATAL_ERROR_LEVEL) rtn += "Error ";
 85 | 			else if (errCode[i] >= WARNING_LEVEL) rtn += "Warning ";
 86 | 			if (errCode[i] >= WARNING_LEVEL) {
 87 | 				line.Format("%d\r\n", errCode[i]); rtn += line;
 88 | 			}
 89 | 			if (!message[i].IsEmpty()) rtn += message[i] + "\r\n";
 90 | 		}
 91 | 	}
 92 | 	for (int i=0; i<numOfErr; i++) {
 93 | 		if (errCode[i] >= FATAL_ERROR_LEVEL) rtn += "Error ";
 94 | 		else if (errCode[i] >= WARNING_LEVEL) rtn += "Warning ";
 95 | 		if (errCode[i] >= WARNING_LEVEL) {
 96 | 			line.Format("%d\r\n", errCode[i]); rtn += line;
 97 | 		}
 98 | 		if (!message[i].IsEmpty()) rtn += message[i] + "\r\n";
 99 | 	}
100 | 	return rtn;
101 | }
102 | 
103 | #endif // _CERROR_CPP_
104 | 


--------------------------------------------------------------------------------
/source/cerror.h:
--------------------------------------------------------------------------------
 1 | /*	cerror.h		v0.01	1/30/2000
 2 | *	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | */
 4 | #if !defined( _CERROR_H_ )
 5 | #define _CERROR_H_
 6 | #include <afx.h> // CString
 7 | //080217 #include "cstdiofileread.h"
 8 | #include "general.h"
 9 | 
10 | #define FATAL_ERROR_LEVEL 10000
11 | #define WARNING_LEVEL 100
12 | #define TOO_MUCH_ERROR 19999
13 | #define MAX_ERROR 1000
14 | #define WARN_NOT_CONNECTED 9001
15 | //160803
16 | #define WARN_READIMAGE_SIZECHANGE 9002
17 | 
18 | class CError {
19 | public:
20 | 	CError();
21 | 	~CError();
22 | 	void Log(TErr err, CString msg = "");
23 | 	void LogNoDup(TErr err, CString msg = "");
24 | 	//080217 void Log(TErr err, const CStdioFileRead& errfile, CString msg = "");
25 | 	void Log(CString msg);
26 | 	bool IsFatal();
27 | 	bool IsAsserted();
28 | 	//int IsFatal(int err, CString msg);
29 | 	//int IsFatal(int err, int line);
30 | 	//int IsFatal(int err);
31 | 	void ResetPointer();
32 | 	bool GetMessage(int* code, CString* log);
33 | 	CString Report();
34 | 	void Clear();
35 | 	void ClearFlag();
36 | 	void SetLogLevel(int arg);
37 | private:
38 | 	bool asserted;
39 | 	bool fatal;
40 | 	bool rotation;
41 | 	int numOfErr, getpoint;
42 | 	int errCode[MAX_ERROR];
43 | 	CString message[MAX_ERROR];
44 | 	int logLevel;
45 | };
46 | 
47 | 
48 | #endif // _CERROR_H_
49 | 
50 | 


--------------------------------------------------------------------------------
/source/cfft.cpp:
--------------------------------------------------------------------------------
  1 | /*	cfft.cpp		v0.01	6/20/2000
  2 | 	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
  3 | */
  4 | #include "stdafx.h"
  5 | /// added for precompiled header definition 
  6 | 
  7 | #if !defined( _CFFT_CPP_ )
  8 | #define _CFFT_CPP_
  9 | #include <math.h>
 10 | #include "cfft.h"
 11 | #include "ccmplx.h"
 12 | //#include "resource.h"
 13 | //#include "DlgRefine.h"
 14 | //#include "DlgMap.h"
 15 | //#include "DlgAnalysis.h"
 16 | 
 17 | CFft::CFft() {
 18 | 	w0r = NULL; w0i = NULL; w1r = NULL; w1i = NULL; w2r = NULL; w2i = NULL;
 19 | 	x0r = NULL; x0i = NULL; x1r = NULL; x1i = NULL;
 20 | 	n0 = 0; n1 = 0; n2 = 0; np0 = 0; np1 = 0; np2 = 0;
 21 | 	nmin0 = 0; nmin1 = 0; nmin2 = 0; 
 22 | 	nmax = 0;
 23 | 	init = false;
 24 | 	//dialog = NULL; mapdialog = NULL; analdialog = NULL;
 25 | }
 26 | CFft::~CFft() {
 27 | 	if (w0r) delete [] w0r; if (w0i) delete [] w0i;
 28 | 	if (w1r) delete [] w1r; if (w1i) delete [] w1i;
 29 | 	if (w2r) delete [] w2r; if (w2i) delete [] w2i;
 30 | 	if (x0r) delete [] x0r; if (x0i) delete [] x0i;
 31 | 	if (x1r) delete [] x1r; if (x1i) delete [] x1i;
 32 | }
 33 | //void CFft::SetDialogCtrl(CDlgRefine* dlg) {dialog = dlg;}
 34 | //void CFft::SetMapDialogCtrl(CDlgMap* dlg) {mapdialog = dlg;}
 35 | //void CFft::SetAnalDialogCtrl(CDlgAnalysis* dlg) {analdialog = dlg;}
 36 | 
 37 | TErr CFft::InitParam(int narg0, int narg1, int narg2,
 38 | 								int min0, int min1, int min2) {
 39 | 	if ((narg0 < 3)||(narg1 < 3)||(narg2 < 3)) return 15003;
 40 | 	nmin0 = min0; 
 41 | 	nmin1 = min1;
 42 | 	nmin2 = min2;
 43 | 	if (init) {
 44 | 		if ((np0 ==  narg0)&&(np1 ==  narg1)&&(np2 ==  narg2)) return 0;//return 100;//050224
 45 | 	}
 46 | 	np0 = narg0;
 47 | 	np1 = narg1;
 48 | 	np2 = narg2;
 49 | 	n0 = (int) pow((double)2, narg0); 
 50 | 	n1 = (int) pow((double)2, narg1); 
 51 | 	n2 = (int) pow((double)2, narg2);
 52 | 	nmax = n0;
 53 | 	nmax = nmax > n1 ? nmax : n1;
 54 | 	nmax = nmax > n2 ? nmax : n2;
 55 | 	if ( w0r ) {
 56 | 		delete [] w0r; delete [] w0i; delete [] w1r; delete [] w1i; delete [] w2r; delete [] w2i;
 57 | 		delete [] x0r; delete [] x0i; delete [] x1r; delete [] x1i;
 58 | 	}
 59 | 	if ((w0r = new float[n0 / 2]) == NULL) return 15002;
 60 | 	if ((w1r = new float[n1 / 2]) == NULL) return 15002;
 61 | 	if ((w2r = new float[n2 / 2]) == NULL) return 15002;
 62 | 	if ((x0r = new float[nmax]) == NULL) return 15002;
 63 | 	if ((x1r = new float[nmax]) == NULL) return 15002;
 64 | 	if ((w0i = new float[n0 / 2]) == NULL) return 15002;
 65 | 	if ((w1i = new float[n1 / 2]) == NULL) return 15002;
 66 | 	if ((w2i = new float[n2 / 2]) == NULL) return 15002;
 67 | 	if ((x0i = new float[nmax]) == NULL) return 15002;
 68 | 	if ((x1i = new float[nmax]) == NULL) return 15002;
 69 | 	return 0;
 70 | }
 71 | TErr CFft::Init(int narg0, int narg1, int narg2,
 72 | 								int min0, int min1, int min2) {
 73 | 	int err = this->InitParam(narg0, narg1, narg2, min0, min1, min2);
 74 | 	if (err == 100) return 0;
 75 | 	if (err != 0) return err;
 76 | 	float a;
 77 | 	for (int i=0; i<(n0 / 2); i++) {
 78 | 		a = (float)__PI2 * ((float)i / (float)n0);
 79 | 		w0r[i] = (float)cos(a); w0i[i] = (float)sin(a);
 80 | 	}
 81 | 	for (int i=0; i<(n1 / 2); i++) {
 82 | 		a = (float)__PI2 * ((float)i / (float)n1);
 83 | 		w1r[i] = (float)cos(a); w1i[i] = (float)sin(a);
 84 | 	}
 85 | 	for (int i=0; i<(n2 / 2); i++) {
 86 | 		a = (float)__PI2 * ((float)i / (float)n2);
 87 | 		w2r[i] = (float)cos(a); w2i[i] = (float)sin(a);
 88 | 	}
 89 | 	init = true; return 0;
 90 | }
 91 | 
 92 | TErr CFft::InitRev(int narg0, int narg1, int narg2,
 93 | 								int min0, int min1, int min2, int sgnrot) {
 94 | 	int err = this->InitParam(narg0, narg1, narg2, min0, min1, min2);
 95 | 	float p0 = (float)__PI2 * sgnrot; float p1 = p0; float p2 = p0;
 96 | 	if (nmin0 < 0) {nmin0 = - (n0 / 2) + 1; p0 *= -1;}
 97 | 	if (nmin1 < 0) {nmin1 = - (n1 / 2) + 1; p1 *= -1;}
 98 | 	if (nmin2 < 0) {nmin2 = - (n2 / 2) + 1; p2 *= -1;}
 99 | 	if (err == 100) return 0;
100 | 	if (err != 0) return err;
101 | 	float a;
102 | 	for (int i=0; i<(n0 / 2); i++) {
103 | 		a = p0 * ((float)i / (float)n0);
104 | 		w0r[i] = (float)cos(a); w0i[i] = (float)sin(a);
105 | //		w0[i].Exp(p0 * ((double)i / (double)n0));
106 | 	}
107 | 	for (int i=0; i<(n1 / 2); i++) {
108 | 		a = p1 * ((float)i / (float)n1);
109 | 		w1r[i] = (float)cos(a); w1i[i] = (float)sin(a);
110 | //		w1[i].Exp(p1 * ((double)i / (double)n1));
111 | 	}
112 | 	for (int i=0; i<(n2 / 2); i++) {
113 | 		a = p2 * ((float)i / (float)n2);
114 | 		w2r[i] = (float)cos(a); w2i[i] = (float)sin(a);
115 | //		w2[i].Exp(p2 * ((double)i / (double)n2));
116 | 	}
117 | 	init = true; return 0;
118 | }
119 | 
120 | void CFft::FFT3(CCmplx* f) {//f(hkl) = f[l*kmax*hmax+k*hmax+h]???
121 | 	if (!(init)) return;
122 | 	int idx0; 
123 | 	const int n1n0 = n1 * n0;
124 | 	for (int i=0; i<n1; i++) {
125 | 		//if (dialog || analdialog) ProcessMessage();
126 | 		//if (dialog) {if (dialog->refnStatus == STATUS_STOP) break;}
127 | 		//if (analdialog) {if (analdialog->analStatus == STATUS_STOP) break;}
128 | 		idx0 = i * n0;
129 | 		for (int j=0; j<n2; j++) {
130 | 			this->FFT(w0r, w0i, n0, np0, nmin0, f, idx0, 1);
131 | 			idx0 += n1n0;
132 | 		}
133 | 	}
134 | 	for (int i=0; i<n0; i++) {
135 | 		//if (dialog || analdialog) ProcessMessage(); 
136 | 		//if (dialog) {if (dialog->refnStatus == STATUS_STOP) break;}
137 | 		//if (analdialog) {if (analdialog->analStatus == STATUS_STOP) break;}
138 | 		idx0 = i;
139 | 		for (int j=0; j<n2; j++) {
140 | 			this->FFT(w1r, w1i, n1, np1, nmin1, f, idx0, n0);
141 | 			idx0 += n1n0;
142 | 		}
143 | 	}
144 | 	for (int i=0; i<n0; i++) {
145 | 		//if (dialog || analdialog) ProcessMessage(); 
146 | 		//if (dialog) {if (dialog->refnStatus == STATUS_STOP) break;}
147 | 		//if (analdialog) {if (analdialog->analStatus == STATUS_STOP) break;}
148 | 		idx0 = i;
149 | 		for (int j=0; j<n1; j++) {
150 | 			this->FFT(w2r, w2i, n2, np2, nmin2, f, idx0, n1n0);
151 | 			idx0 += n0;
152 | 		}
153 | 	}
154 | }
155 | 
156 | void CFft::FFT3Rev(CCmplx* f) {
157 | 	//f(hkl) = f[(l-nmin2)*kmax*hmax+(k-nmin1)*hmax+(h-nmin0)]???
158 | 	if (!(init)) return;
159 | 	int idx0; 
160 | 	const int n1n0 = n1 * n0;
161 | 	for (int i=0; i<n1; i++) {
162 | 		//if (dialog || mapdialog) ProcessMessage();
163 | 		//if (dialog) {if (dialog->refnStatus == STATUS_STOP) break;}
164 | 		//if (mapdialog) {if (mapdialog->mapStatus == STATUS_STOP) break;}
165 | 		idx0 = i * n0;
166 | 		for (int j=0; j<n2; j++) {
167 | 			this->FFTrev(w0r, w0i, n0, np0, nmin0, f, idx0, 1);
168 | 			idx0 += n1n0;
169 | 		}
170 | 	}
171 | 	for (int i=0; i<n0; i++) {
172 | 		//if (dialog || mapdialog) ProcessMessage(); 
173 | 		//if (dialog) {if (dialog->refnStatus == STATUS_STOP) break;}
174 | 		//if (mapdialog) {if (mapdialog->mapStatus == STATUS_STOP) break;}
175 | 		idx0 = i;
176 | 		for (int j=0; j<n2; j++) {
177 | 			this->FFTrev(w1r, w1i, n1, np1, nmin1, f, idx0, n0);
178 | 			idx0 += n1n0;
179 | 		}
180 | 	}
181 | 	for (int i=0; i<n0; i++) {
182 | 		//if (dialog || mapdialog) ProcessMessage(); 
183 | 		//if (dialog) {if (dialog->refnStatus == STATUS_STOP) break;}
184 | 		//if (mapdialog) {if (mapdialog->mapStatus == STATUS_STOP) break;}
185 | 		idx0 = i;
186 | 		for (int j=0; j<n1; j++) {
187 | 			this->FFTrev(w2r, w2i, n2, np2, nmin2, f, idx0, n1n0);
188 | 			idx0 += n0;
189 | 		}
190 | 	}//cout <<"fft"<<endl;return;
191 | }
192 | 
193 | void CFft::FFTrev(float* wr, float* wi, int n, int np, int nmin,
194 | 								CCmplx* f, int idxbs, int idxinc) {
195 | 	int al = 1; int bt = n/2; float scrr, scri; int jal, jal2, abinc, idx;
196 | 	float* swpr; float* swpi;
197 | //	CCmplx* swp;
198 | 	//l=0 //x1[j,k]=x[j*alpha*2+k]
199 | 	if (nmin < 0) {
200 | 		abinc = idxinc * bt; 
201 | 		idx = idxbs + abinc - idxinc; //idx=idxbs+idxinc*(bt-1)
202 | 		for (int j=0; j<bt; j++) {
203 | 																	//x0[j] = f[idxbs+(bt-1-j)*idxinc]
204 | //				scr = f[idx + abinc];			//scr = x0[j+bt];
205 | //				x1[j*2] = f[idx] + scr;		//x1[j*2] = x0[j] + scr;
206 | //				x1[j*2+1] = f[idx] - scr;	//x1[j*2+1] = x0[j] - scr;
207 | 			scrr = (float)f[idx + abinc].re; scri = (float)f[idx + abinc].im;
208 | 			x1r[j*2] = (float)f[idx].re + scrr; x1i[j*2] = (float)f[idx].im + scri;
209 | 			x1r[j*2+1] = (float)f[idx].re - scrr; x1i[j*2+1] = (float)f[idx].im - scri;
210 | 			idx -= idxinc;
211 | 		}
212 | 	} else {
213 | 		idx = idxbs; abinc = idxinc * bt;
214 | 		for (int j=0; j<bt; j++) {
215 | 																	//x0[j] = f[idxbs + j * idxinc]
216 | //				scr = f[idx + abinc];			//scr = x0[j+bt];
217 | //				x1[j*2] = f[idx] + scr;		//x1[j*2] = x0[j] + scr;
218 | //				x1[j*2+1] = f[idx] - scr;	//x1[j*2+1] = x0[j] - scr;
219 | 			scrr = (float)f[idx + abinc].re; scri = (float)f[idx + abinc].im;
220 | 			x1r[j*2] = (float)f[idx].re + scrr; x1i[j*2] = (float)f[idx].im + scri;
221 | 			x1r[j*2+1] = (float)f[idx].re - scrr; x1i[j*2+1] = (float)f[idx].im - scri;
222 | 			idx += idxinc;
223 | 		}
224 | 	}
225 | 	al *= 2; bt /= 2;
226 | 	abinc = n/2;
227 | 	int jal3, kbt;
228 | 	for (int l=1; l<(np-1); l++) {//x[j,k]=x[j*alpha + k]
229 | //		swp = x1; x1 = x0; x0 = swp;
230 | 		swpr = x1r; x1r = x0r; x0r = swpr; swpi = x1i; x1i = x0i; x0i = swpi;
231 | 		for (int j=0; j<bt; j++) {
232 | 			jal = j * al; jal2 = jal * 2;
233 | 			for (int k=0; k<abinc; k+=bt) {
234 | //			for (int k=0; k<al; k++) {
235 | //				scr = x0[jal+abinc] * w[k * bt];
236 | //				x1[jal2+al] = x0[jal] - scr;
237 | //				x1[jal2] = x0[jal] + scr;
238 | 				jal3 = jal + abinc;
239 | 				scrr = x0r[jal3] * wr[k] - x0i[jal3] * wi[k];
240 | 				scri = x0r[jal3] * wi[k] + x0i[jal3] * wr[k];
241 | 				x1r[jal2+al] = x0r[jal] - scrr; x1i[jal2+al] = x0i[jal] - scri;
242 | 				x1r[jal2] = x0r[jal] + scrr; x1i[jal2] = x0i[jal] + scri;
243 | 				jal++; jal2++;
244 | 			}
245 | 		}
246 | 		al *= 2; bt /= 2;
247 | 	}
248 | 	//l=np-1
249 | 	idx = idxbs; abinc = al * idxinc;
250 | //	int k = 0;
251 | //		scr = x1[n/2];
252 | //		f[idx] = x1[0] + scr;
253 | //		f[idx+abinc] = x1[0] - scr;
254 | 		scrr = x1r[n/2]; scri = x1i[n/2];
255 | 		f[idx].re = x1r[0] + scrr; f[idx].im = x1i[0] + scri;
256 | 		f[idx+abinc].re = x1r[0] - scrr; f[idx+abinc].im = x1i[0] - scri;
257 | 	idx = idxbs + abinc - idxinc;
258 | 	for (int k=1; k<al; k++) {
259 | //		scr = x1[n/2+k] * w[k * bt];
260 | //		f[idx+abinc] = x1[k] + scr;
261 | //		f[idx] = x1[k] - scr;
262 | 		jal3 = n/2+k; kbt = k * bt;
263 | 		scrr = x1r[jal3] * wr[kbt] - x1i[jal3] * wi[kbt];
264 | 		scri = x1r[jal3] * wi[kbt] + x1i[jal3] * wr[kbt];
265 | 		f[idx+abinc].re = x1r[k] + scrr; f[idx+abinc].im = x1i[k] + scri;
266 | 		f[idx].re = x1r[k] - scrr; f[idx].im = x1i[k] - scri;
267 | 		idx -= idxinc;
268 | 	}/**/
269 | /*
270 | 	idx = idxbs; abinc = al * idxinc;
271 | 	for (int k=0; k<al; k++) {
272 | 		scr = x1[n/2+k] * w[k * bt];
273 | 		f[idx] = x1[k] + scr;
274 | 		f[idx+abinc] = x1[k] - scr;
275 | 		idx += idxinc;
276 | 	}/**/
277 | }
278 | 
279 | void CFft::FFT(float* wr, float* wi, int n, int np, int nmin,
280 | 								CCmplx* f, int idxbs, int idxinc) {//k=-n/2 ~ n/2-1 or 0 ~ n-1
281 | 	int al = 1; int bt = n/2; CCmplx scr; int jal, jal2;// CCmplx* swp;
282 | 	float scrr, scri; float* swpr; float* swpi;
283 | 	//l=0 //x1[j,k]=x[j*alpha*2+k]
284 | 	int idx = idxbs; int abinc = idxinc * bt;
285 | 		for (int j=0; j<n; j+=2) {
286 | 																	//x0[j] = f[idxbs + j * idxinc]
287 | //				scr = f[idx + abinc];			//scr = x0[j+bt];
288 | //				x1[j] = f[idx] + scr;		//x1[j*2] = x0[j] + scr;
289 | //				x1[j+1] = f[idx] - scr;	//x1[j*2+1] = x0[j] - scr;
290 | 			scrr = (float)f[idx + abinc].re; scri = (float)f[idx + abinc].im;
291 | 			x1r[j] = (float)f[idx].re + scrr; x1i[j] = (float)f[idx].im + scri;
292 | 			x1r[j+1] = (float)f[idx].re - scrr; x1i[j+1] = (float)f[idx].im - scri;
293 | 			idx += idxinc;
294 | 		}
295 | 		al *= 2; bt /= 2;
296 | 	abinc = n/2;
297 | 	int jal3, kbt;
298 | //	for (int l=1; l<(np-1); l++) {//x[j,k]=x[j*alpha + k]
299 | //		swp = x1; x1 = x0; x0 = swp;
300 | //		for (int j=0; j<bt; j++) {
301 | //			jal = j * al; jal2 = jal * 2;
302 | //			for (int k=0; k<al; k++) {
303 | //				scr = x0[jal+abinc] * w[k * bt];
304 | //				x1[jal2+al] = x0[jal] - scr;
305 | //				x1[jal2] = x0[jal] + scr;
306 | //				jal++; jal2++;
307 | //			}
308 | //		}
309 | //		al *= 2; bt /= 2;
310 | //	}
311 | 	float wrk, wik;
312 | 	for (int l=1; l<(np/2); l++) {//x[j,k]=x[j*alpha + k]
313 | 		swpr = x1r; x1r = x0r; x0r = swpr; swpi = x1i; x1i = x0i; x0i = swpi;
314 | 		for (int k=0; k<al; k++) {
315 | 			kbt = k * bt; wrk = wr[kbt]; wik = wi[kbt];
316 | 			for (int j=k; j<abinc; j+=al) {
317 | 				jal2 = j * 2 - k;
318 | 				jal3 = j + abinc;
319 | 				scrr = x0r[jal3] * wrk - x0i[jal3] * wik;
320 | 				scri = x0r[jal3] * wik + x0i[jal3] * wrk;
321 | 				x1r[jal2+al] = x0r[j] - scrr; x1i[jal2+al] = x0i[j] - scri;
322 | 				x1r[jal2] = x0r[j] + scrr; x1i[jal2] = x0i[j] + scri;
323 | 			}
324 | 		}
325 | 		al *= 2; bt /= 2;
326 | 	}
327 | 	for (int l=(np/2); l<(np-1); l++) {//x[j,k]=x[j*alpha + k]
328 | 		swpr = x1r; x1r = x0r; x0r = swpr; swpi = x1i; x1i = x0i; x0i = swpi;
329 | 		for (int j=0; j<abinc; j+=al) {
330 | 			jal = j; jal2 = j * 2;
331 | 			for (int k=0; k<abinc; k+=bt) {
332 | 				jal3 = jal + abinc;
333 | 				scrr = x0r[jal3] * wr[k] - x0i[jal3] * wi[k];
334 | 				scri = x0r[jal3] * wi[k] + x0i[jal3] * wr[k];
335 | 				x1r[jal2+al] = x0r[jal] - scrr; x1i[jal2+al] = x0i[jal] - scri;
336 | 				x1r[jal2] = x0r[jal] + scrr; x1i[jal2] = x0i[jal] + scri;
337 | 				jal++; jal2++;
338 | 			}
339 | 		}
340 | 		al *= 2; bt /= 2;
341 | 	}
342 | 	//l=np-1
343 | 	idx = idxbs; abinc = al * idxinc;
344 | 	if (nmin >= 0) {
345 | 		for (int k=0; k<al; k++) {
346 | //			scr = x1[n/2+k] * w[k * bt];
347 | //			f[idx] = x1[k] + scr;
348 | //			f[idx+abinc] = x1[k] - scr;
349 | 			jal3 = n/2+k; kbt = k * bt;
350 | 			scrr = x1r[jal3] * wr[kbt] - x1i[jal3] * wi[kbt];
351 | 			scri = x1r[jal3] * wi[kbt] + x1i[jal3] * wr[kbt];
352 | 			f[idx].re = x1r[k] + scrr; f[idx].im = x1i[k] + scri;
353 | 			f[idx+abinc].re = x1r[k] - scrr; f[idx+abinc].im = x1i[k] - scri;
354 | 			idx += idxinc;
355 | 		}
356 | 	} else {
357 | 		for (int k=0; k<al; k++) {
358 | //			scr = x1[n/2+k] * w[k * bt];
359 | //			f[idx] = x1[k] - scr;
360 | //			f[idx+abinc] = x1[k] + scr;
361 | 			jal3 = n/2+k; kbt = k * bt;
362 | 			scrr = x1r[jal3] * wr[kbt] - x1i[jal3] * wi[kbt];
363 | 			scri = x1r[jal3] * wi[kbt] + x1i[jal3] * wr[kbt];
364 | 			f[idx].re = x1r[k] - scrr; f[idx].im = x1i[k] - scri;
365 | 			f[idx+abinc].re = x1r[k] + scrr; f[idx+abinc].im = x1i[k] + scri;
366 | 			idx += idxinc;
367 | 		}
368 | 	}
369 | }
370 | 
371 | //TErr CFft::ConvInt() {
372 | //}
373 | 
374 | TErr CFft::Init1(int narg0, int min0) {
375 | 	if (narg0 < 3) return 15003;
376 | 	if (init) {
377 | 		if (np0 == narg0) {
378 | 			if ((min0 < 0)&&(nmin0 < 0)) return 0;
379 | 			if ((min0 >= 0)&&(nmin0 >= 0)) return 0;
380 | 		}
381 | 	}
382 | 	nmin0 = min0; 
383 | 	np0 = narg0;
384 | 	n0 = (int) pow((double)2, narg0); 
385 | 	nmax = n0;
386 | 	if ( w0r ) {
387 | 		delete [] w0r; delete [] w0i; 
388 | 		delete [] x0r; delete [] x0i; delete [] x1r; delete [] x1i;
389 | 	}
390 | 	//120720
391 | 	try {
392 | 		w0r = new float[n0 / 2];
393 | 		w0i = new float[n0 / 2];
394 | 		x0r = new float[nmax];
395 | 		x0i = new float[nmax];
396 | 		x1r = new float[nmax];
397 | 		x1i = new float[nmax];
398 | 	}
399 | 	catch(CException* e) {
400 | 		e->Delete();
401 | 		return 15002;
402 | 	}
403 | 	float p0 = (float)__PI2;
404 | 	if (nmin0 < 0) {nmin0 = - (n0 / 2) + 1; p0 *= -1;}
405 | 	float a;
406 | 	for (int i=0; i<(n0 / 2); i++) {
407 | 		a = p0 * ((float)i / (float)n0);
408 | 		w0r[i] = (float)cos(a); w0i[i] = (float)sin(a);
409 | 	}
410 | 	init = true; return 0;
411 | }
412 | void CFft::FFT1(CCmplx* f) {//f(h) = f[h]???
413 | 	if (!(init)) return;
414 | 	//int idx0; 
415 | 	//int i=0;
416 | 	//	idx0 = i * n0;
417 | 	//	this->FFTrev(w0r, w0i, n0, np0, nmin0, f, idx0, 1);
418 | 	this->FFT(w0r, w0i, n0, np0, nmin0, f, 0, 1);
419 | 	const float a = 1.f / n0;
420 | 	if (nmin0 < 0) {
421 | 		CCmplx sw;
422 | 		for (int i=0; i<n0/2; i++) {
423 | 			const int idx = n0 - 1 - i;
424 | 			sw = f[i]; f[i] = f[idx] * a; f[idx] = sw * a;
425 | 		}
426 | 	} else {
427 | 		for (int i=0; i<n0; i++) {f[i] = f[i] * a;}
428 | 	}
429 | }
430 | 
431 | void CFft::FFT1Rev(CCmplx* f) {//f(h) = f[h]???
432 | 	if (!(init)) return;
433 | 	this->FFTrev(w0r, w0i, n0, np0, nmin0, f, 0, 1);
434 | }
435 | 
436 | TErr CFft::Init2(int narg0, int min0, int narg1, int min1) {
437 | 	if ((narg0 < 3)||(narg1 < 3)) return 15003;
438 | 	if (init) {
439 | 		if ((np0 == narg0)&&(np1 == narg1)) {
440 | 			int nskip = 0;
441 | 			if ((min0 < 0)&&(nmin0 < 0)) nskip++;
442 | 			else if ((min0 >= 0)&&(nmin0 >= 0)) nskip++;
443 | 			if ((min1 < 0)&&(nmin1 < 0)) nskip++;
444 | 			else if ((min1 >= 0)&&(nmin1 >= 0)) nskip++;
445 | 			if (nskip == 2) return 0;
446 | 		}
447 | 	}
448 | 	nmin0 = min0; 
449 | 	nmin1 = min1; 
450 | 	np0 = narg0;
451 | 	np1 = narg1;
452 | 	n0 = (int) pow((double)2, narg0); 
453 | 	n1 = (int) pow((double)2, narg1); 
454 | 	nmax = n0;
455 | 	nmax = nmax > n1 ? nmax : n1;
456 | 	if ( w0r ) {
457 | 		delete [] w0r; delete [] w0i; delete [] w1r; delete [] w1i;
458 | 		delete [] x0r; delete [] x0i; delete [] x1r; delete [] x1i;
459 | 	}
460 | 	if ((w0r = new float[n0 / 2]) == NULL) return 15002;
461 | 	if ((w1r = new float[n1 / 2]) == NULL) return 15002;
462 | 	if ((w0i = new float[n0 / 2]) == NULL) return 15002;
463 | 	if ((w1i = new float[n1 / 2]) == NULL) return 15002;
464 | 	if ((x0r = new float[nmax]) == NULL) return 15002;
465 | 	if ((x0i = new float[nmax]) == NULL) return 15002;
466 | 	if ((x1r = new float[nmax]) == NULL) return 15002;
467 | 	if ((x1i = new float[nmax]) == NULL) return 15002;
468 | 	float a, p0;
469 | 	if (nmin0 < 0) {nmin0 = - (n0 / 2) + 1; p0 = -(float)__PI2;}	else p0 = (float)__PI2;
470 | 	for (int i=0; i<(n0 / 2); i++) {
471 | 		a = p0 * ((float)i / (float)n0);
472 | 		w0r[i] = (float)cos(a); w0i[i] = (float)sin(a);
473 | 	}
474 | 	if (nmin1 < 0) {nmin1 = - (n1 / 2) + 1; p0 = -(float)__PI2;}	else p0 = (float)__PI2;
475 | 	for (int i=0; i<(n1 / 2); i++) {
476 | 		a = p0 * ((float)i / (float)n1);
477 | 		w1r[i] = (float)cos(a); w1i[i] = (float)sin(a);
478 | 	}
479 | 	init = true; return 0;
480 | }
481 | 
482 | void CFft::FFT2(CCmplx* f) {//f(hk0) = f[k*hmax+h]???
483 | 	if (!(init)) return;
484 | 	const int n1n0 = n1 * n0;
485 | 	for (int i=0; i<n1; i++) {
486 | 		const int idx0 = i * n0;
487 | 		this->FFT(w0r, w0i, n0, np0, nmin0, f, idx0, 1);
488 | 		const float a = 1.f / n0;
489 | 		if (nmin0 < 0) {
490 | 			CCmplx sw;
491 | 			for (int j=0; j<n0/2; j++) {
492 | 				const int idx = n0 - 1 - j;
493 | 				sw = f[j+idx0]; f[j+idx0] = f[idx+idx0] * a; f[idx+idx0] = sw * a;
494 | 			}
495 | 		} else {
496 | 			for (int j=0; j<n0; j++) {f[j+idx0] = f[j+idx0] * a;}
497 | 		}
498 | 	}
499 | 	for (int i=0; i<n0; i++) {
500 | 		const int idx0 = i;
501 | 		this->FFT(w1r, w1i, n1, np1, nmin1, f, idx0, n0);
502 | 		const float a = 1.f / n1;
503 | 		if (nmin1 < 0) {
504 | 			CCmplx sw;
505 | 			for (int j=0; j<n1/2; j++) {
506 | 				const int idx = n1 - 1 - j;
507 | 				sw = f[j*n0+idx0]; f[j*n0+idx0] = f[idx*n0+idx0] * a; f[idx*n0+idx0] = sw * a;
508 | 			}
509 | 		} else {
510 | 			for (int j=0; j<n1; j++) {f[j*n0+idx0] = f[j*n0+idx0] * a;}
511 | 		}
512 | 	}
513 | }
514 | 
515 | void CFft::FFT2Rev(CCmplx* f) {
516 | 	if (!(init)) return;
517 | 	int idx0; 
518 | 	const int n1n0 = n1 * n0;
519 | 	for (int i=0; i<n1; i++) {
520 | 		idx0 = i * n0;
521 | 		this->FFTrev(w0r, w0i, n0, np0, nmin0, f, idx0, 1);
522 | 	}
523 | 	for (int i=0; i<n0; i++) {
524 | 		idx0 = i;
525 | 		this->FFTrev(w1r, w1i, n1, np1, nmin1, f, idx0, n0);
526 | 	}
527 | }
528 | 
529 | 
530 | #include <sys\timeb.h>
531 | 
532 | void CFft::Debug() {
533 | 	const int ndimp = 7;
534 | 	const int ndim = (int) pow((double)2, ndimp);
535 | 	CCmplx* F; CCmplx* G; CCmplx* H;
536 | 	F = new CCmplx[ndim]; G = new CCmplx[ndim]; H = new CCmplx[ndim];
537 | 	int i;
538 | 	for (i=0; i<ndim; i++) {G[i] = F[i].Exp(__PI2*(i)/2.0);}
539 | 	//for (i=0; i<ndim; i++) {
540 | 	//	double gcoeff = -0.2;
541 | 	//	F[i].re = exp(gcoeff * (i-(ndim/2-1)) * (i-(ndim/2-1)));
542 | 	//	F[i].im = 0;
543 | 	//	G[i] = F[i];
544 | 	//}
545 | 	//for (i=0; i<ndim; i++) {G[i] = G[i] * 1.1; F[i] = F[i] * 1.1;}
546 | 	//for (i=100; i<ndim; i++) {G[i] = F[i] = CCmplx(0.0, 0.0);}
547 | 	this->Init1(ndimp, -1);
548 | 	//this->Init1(ndimp, 0);
549 | 	struct _timeb tstruct;
550 | 	_ftime_s( &tstruct );
551 | 	TReal tm0 = tstruct.time + tstruct.millitm * 0.001;
552 | 	//
553 | 	this->FFT1Rev(F);
554 | 	///
555 | 	for (i=0; i<ndim; i++) {H[i] = F[i];}
556 | 	//for (i=0; i<ndim/2; i++) {H[i] *= 1. * i / ndim;}
557 | 	//for (i=ndim/2; i<ndim; i++) {H[i].Reset();}
558 | 	//this->Init1(ndimp, 0);
559 | 	this->FFT1(H);
560 | 	_ftime_s( &tstruct );
561 | 	///
562 | 	CString line = "G => F => H\r\n", scr;
563 | 	for (i=0; i<ndim; i+=(ndim / 32)) {
564 | 	//for (i=0; i<16; i++) {
565 | 	//for (i=56; i<72; i++) {
566 | 		scr.Format("%d (%f %f) (%f %f) (%f %f)\r\n",
567 | 			i, G[i].re, G[i].im, F[i].re, F[i].im, H[i].re, H[i].im);
568 | 		line += scr;
569 | 	}
570 | 	double sumH = 0, sumG = 0;
571 | 	for (i=0; i<ndim; i++) {sumH += H[i].re; sumG += G[i].re;}
572 | 	//scr.Format("time %f", tstruct.time + tstruct.millitm * 0.001 - tm0);
573 | 	scr.Format("average %f", sumH / sumG);
574 | 	line += scr;
575 | 	AfxMessageBox(line);
576 | 	if (F) delete [] F;
577 | 	if (G) delete [] G;
578 | 	if (H) delete [] H;
579 | }
580 | 
581 | void CFft::Debug2() {
582 | 	const int ndimp = 6;
583 | 	const int ndim = (int) pow((double)2, ndimp);
584 | 	const int ndimp2 = 5;
585 | 	const int ndim2 = (int) pow((double)2, ndimp2);
586 | 	CCmplx* F; CCmplx* G; CCmplx* H;
587 | 	F = new CCmplx[ndim*ndim2]; G = new CCmplx[ndim*ndim2]; H = new CCmplx[ndim*ndim2];
588 | 	int i;
589 | 	for (int j=0; j<ndim2; j++) {
590 | 		CCmplx v;
591 | 		v.Exp(__PI2*(j-15)/4.0);
592 | 		for (i=0; i<ndim; i++) {
593 | 			CCmplx w;
594 | 			w.Exp(__PI2*(i-63)/16.0);
595 | 			G[i+j*ndim] = F[i+j*ndim] = w * v;
596 | 		}
597 | 	}
598 | 	//for (i=0; i<ndim; i++) {G[i] = G[i] * 1.1; F[i] = F[i] * 1.1;}
599 | 	//for (i=100; i<ndim; i++) {G[i] = F[i] = CCmplx(0.0, 0.0);}
600 | 	this->Init2(ndimp, -1, ndimp2, -1);
601 | 	//this->Init1(ndimp, -1);
602 | 	struct _timeb tstruct;
603 | 	_ftime_s( &tstruct );
604 | 	TReal tm0 = tstruct.time + tstruct.millitm * 0.001;
605 | 	//
606 | 	this->FFT2Rev(F);
607 | 	///
608 | 	for (int j=0; j<ndim2; j++) {
609 | 		for (i=0; i<ndim; i++) {H[i+j*ndim] = F[i+j*ndim];}
610 | 	}
611 | 	//for (i=0; i<ndim/2; i++) {H[i] *= 1. * i / ndim;}
612 | 	//for (i=ndim/2; i<ndim; i++) {H[i].Reset();}
613 | 	//this->Init1(ndimp, 0);
614 | 	this->FFT2(H);
615 | 	_ftime_s( &tstruct );
616 | 	///
617 | 	CString line = "G => F => H\r\n", scr;
618 | 	for (i=0; i<ndim; i+=(ndim / 16)) {
619 | 		//scr.Format("%d (%f %f) (%f %f) (%f %f)\r\n",
620 | 		//	i, G[i].re, G[i].im, F[i].re, F[i].im, H[i].re, H[i].im);
621 | 		scr.Format("%d(", i); line += scr;
622 | 		for (int j=0; j<ndim2; j+=(ndim2 / 8)) {scr.Format("%4.2f ", G[i+ndim*j].re); line += scr;}
623 | 		line += ")(";
624 | 		for (int j=0; j<ndim2; j+=(ndim2 / 8)) {scr.Format("%4.2f ", F[i+ndim*j].re); line += scr;}
625 | 		line += ")(";
626 | 		for (int j=0; j<ndim2; j+=(ndim2 / 8)) {scr.Format("%4.2f ", H[i+ndim*j].re); line += scr;}
627 | 		line += ")\r\n";
628 | 	}
629 | 	double sumH = 0, sumG = 0;
630 | 	for (i=0; i<ndim*ndim2; i++) {sumH += H[i].re; sumG += G[i].re;}
631 | 	scr.Format("time %f; ", tstruct.time + tstruct.millitm * 0.001 - tm0);
632 | 	line += scr;
633 | 	scr.Format("average %f", sumH / sumG);
634 | 	line += scr;
635 | 	AfxMessageBox(line);
636 | 	if (F) delete [] F;
637 | 	if (G) delete [] G;
638 | 	if (H) delete [] H;
639 | }
640 | 
641 | #endif // _CFFT_CPP_
642 | 


--------------------------------------------------------------------------------
/source/cfft.h:
--------------------------------------------------------------------------------
 1 | /*	cfft.h		v0.01	11/22/2006
 2 | 	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | 	Subdevided from structure.h (v0.01 since 9/5/1998)
 4 | */
 5 | 
 6 | #if !defined( _CFFT_H_ )
 7 | #define _CFFT_H_
 8 | 
 9 | //#include "stdtypdf.h"
10 | #include "ccmplx.h"
11 | 
12 | class CFft {
13 | public:
14 | 	CFft();
15 | 	~CFft();
16 | 	TErr Init(int narg0, int narg1, int narg2, int min0, int min1, int min2);
17 | 	TErr InitRev(int narg0, int narg1, int narg2, int min0, int min1, int min2, int sgnrot = 1);
18 | 	void FFT3(CCmplx* f);
19 | 	void FFT3Rev(CCmplx* f);
20 | 	TErr Init1(int narg0, int min0);
21 | 	void FFT1(CCmplx* f);
22 | 	void FFT1Rev(CCmplx* f);
23 | 	TErr Init2(int narg0, int min0, int narg1, int min1);
24 | 	void FFT2(CCmplx* f);
25 | 	void FFT2Rev(CCmplx* f);
26 | 	void Debug();
27 | 	void Debug2();
28 | private:
29 | 	TErr InitParam(int narg0, int narg1, int narg2, int min0, int min1, int min2);
30 | 	void FFT(float* wr, float* wi, int n, int np, int nmin, CCmplx* f, int idxbs, int idxinc);
31 | 	void FFTrev(float* wr, float* wi, int n, int np, int nmin, CCmplx* f, int idxbs, int idxinc);
32 | 	float* w0r; float* w0i; float* w1r; float* w1i; float* w2r; float* w2i;
33 | 	float* x0r; float* x0i; float* x1r; float* x1i;
34 | 	int n0, n1, n2, np0, np1, np2;
35 | 	int nmax, nmin0, nmin1, nmin2;
36 | 	bool init;
37 | 	//CDlgRefine* dialog; CDlgMap* mapdialog; CDlgAnalysis* analdialog;
38 | };
39 | 
40 | #endif // _CFFT_H_
41 | 


--------------------------------------------------------------------------------
/source/chdf5.h:
--------------------------------------------------------------------------------
 1 | /*	chdf5.h		v0.01	5/15/2016
 2 | 	Recon from APS data in HDF5 format
 3 | 	Only work with limited type of HDF5 file
 4 | 	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 5 | */
 6 | 
 7 | #if !defined( _CHDF5_H_ )
 8 | #define _CHDF5_H_
 9 | 
10 | //#include "stdtypdf.h"
11 | #include "general.h"
12 | 
13 | #define CHDF5_BUFSIZE 262144
14 | #define CHDF5_MAXDIM 4
15 | #define CHDF5_DATAELEMTYPE_NONE 0
16 | #define CHDF5_DATAELEMTYPE_FLOAT 1
17 | #define CHDF5_DATAELEMTYPE_DOUBLE 2
18 | #define CHDF5_DATAELEMTYPE_SHORT 3
19 | 
20 | class CHDF5 {
21 | public:
22 | 	CHDF5();
23 | 	~CHDF5();
24 | 	void Init();
25 | 	void SetFile(CFile* pfile);
26 | 	int LoadBuf(LONGLONG lpos = 0);
27 | 	unsigned char* GetPointer(LONGLONG lpos, unsigned int ibyte);
28 | 	int ReadSuperBlock(CString* psMsg = NULL);
29 | 	int FindChildSymbol(CString sSymbol, int iEntry = -1, CString* psMsg = NULL);
30 | 	CString GetStringFromLocalHeap(__int64 lLinkNameOffset, CString* psMsg = NULL);
31 | 	void MoveToChildTree();
32 | 	int GetDataObjHeader(CString* psMsg = NULL);
33 | 	int ReadFrame(unsigned int uiFrame, int* piData, CString* psMsg = NULL);
34 | 	int ReadTheta(float* pfData, CString* psMsg = NULL);
35 | 	TErr ReadStrip(short* psBuf, unsigned int uiFrame, int iLine, int iMultiplex = 1);
36 | 	void Dump(CString* psMsg);
37 | 	void Debug();
38 | 
39 | 	unsigned char m_ucDataDim;
40 | 	__int64 m_plDataSize[CHDF5_MAXDIM];
41 | 	__int64 m_plDataMaxSize[CHDF5_MAXDIM];
42 | 	__int64 m_puiChunkDimSize[CHDF5_MAXDIM];
43 | 	int m_iChildEntry;
44 | 	CString m_sChildTitle;
45 | 	unsigned __int64 m_uiSecondsAfterUnixEpoch;
46 | private:
47 | 	__int64 GetOffsetParam(unsigned char* pcPnt, __int64 lpos);
48 | 	__int64 GetLengthParam(unsigned char* pcPnt, __int64 lpos);
49 | 	int GetBTreeNodeParams(__int64 lBTreeAddr, char* pcNodeType, char* pcNodeLevel, int* piEntriesUsed,
50 | 							__int64* plLeftSiblingAddr, __int64 *plRightSiblingAddr, CString* psMsg = NULL);
51 | 	int GetSymbolTable(__int64 lChildPointer, CString* psSymbol, int* piEntry, 
52 | 						  __int64* plSymTblObjHeaderAddr,
53 | 						  __int64* plSymTblBTreeAddr, __int64* plSymTblNameHeapAddr,
54 | 						  CString* psMsg = NULL);
55 | 	unsigned char m_pcBuffer[CHDF5_BUFSIZE];
56 | 	int m_iBufferLength;
57 | 	//unsigned int uinBuffer;
58 | 	LONGLONG m_lBufStart;
59 | 	CFile* m_pFile;
60 | 	int m_iSzOffset, m_iSzLength, m_iLeafNodeK, m_iIntNodeK;
61 | 	int m_iIndexedStorageIntNodeK;
62 | 	__int64 m_lBaseAddr, m_lGlobalFreeSpaceIdxAddr, m_lEOFAddr, m_lDriverInfoBlockAddr;
63 | 	__int64 m_lBTreeAddr, m_lNameHeapAddr, m_lObjHeaderAddr;
64 | 	__int64 m_lChildBTreeAddr, m_lChildNameHeapAddr, m_lChildObjHeaderAddr;
65 | 	__int64 m_lRawDataAddress, m_lRawDataSize;
66 | 	unsigned int m_uiDataElementSize;
67 | 	unsigned int m_uiDataElementType;
68 | 	unsigned int m_uiChunkDatasetElemSize;
69 | 	__int64 m_lChunkDataAddress;
70 | };
71 | 
72 | #endif // _CHDF5_H_
73 | 


--------------------------------------------------------------------------------
/source/clReconst.cpp:
--------------------------------------------------------------------------------
https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/clReconst.cpp


--------------------------------------------------------------------------------
/source/clReconst.h:
--------------------------------------------------------------------------------
 1 | #if !defined(_CLRECONST_H_)
 2 | #define _CLRECONST_H_
 3 | 
 4 | //#include <vector_types.h>
 5 | //#include "cutil_inline.h"
 6 | #include "reconstinfo.h"
 7 | 
 8 | //OpenCL template
 9 | //#ifndef TEMPLATE_H_
10 | //#define TEMPLATE_H_
11 | 
12 | #include <CL/cl.h>
13 | #include <string.h>
14 | #include <cstdlib>
15 | #include <iostream>
16 | #include <string>
17 | #include <fstream>
18 | 
19 | void CLCleanup(void);// Releases OpenCL resources (Context, Memory etc.)
20 | 
21 | void CLReconstHost(RECONST_INFO* ri, int idev, bool bReport);
22 | void CLInitATIstreamDeviceInfo(int* iATIcount, int* iATImaxwork, int* iATIunitwork);
23 | //TErr CLReconstMemAlloc(RECONST_INFO* ri, int idev);
24 | void CLReconstMemFree(RECONST_INFO* ri);
25 | 
26 | extern "C" bool DBProjDlgCtrl(RECONST_INFO* ri, int iProgStep, int iSino, int* pCurrStep);
27 | 
28 | #endif //_CLRECONST_H_
29 | 


--------------------------------------------------------------------------------
/source/clReconstDummy.cpp:
--------------------------------------------------------------------------------
 1 | #include "stdafx.h"
 2 | #include "general.h"
 3 | 
 4 | void CLInitATIstreamDeviceInfo(int* iATIcount, int* iATImaxwork, int* iATIunitwork) {
 5 | 	*iATIcount = 0; *iATImaxwork = ATISTREAM_MAXWORK; *iATIunitwork = ATISTREAM_UNITWORK;
 6 | 	return;
 7 | }
 8 | 
 9 | void CLCleanup(void) {}
10 | 
11 | void CLReconstMemFree(RECONST_INFO* ri) {}
12 | 
13 | void CLReconstHost(RECONST_INFO* ri, int idev, bool bReport) {}
14 | 
15 | 


--------------------------------------------------------------------------------
/source/constants.h:
--------------------------------------------------------------------------------
 1 | //standard parameter constants
 2 | 
 3 | #define DEG_TO_RAD 0.0174532925199
 4 | // = (1.0/RAD_TO_DEG)
 5 | //#define RAD_TO_DEG 57.2957795131
 6 | #define __PI   3.1415926535897
 7 | #define __PI2  6.283185307178
 8 | #define LOG2 0.69314718055994530941723212145818
 9 | #define BITMAP_NCOLORS 256
10 | #define MAX_FILE_DIALOG_LIST 65535
11 | #define MAX_CPU 256
12 | 
13 | #define TIF_BYTE 1
14 | #define TIF_ASCII 2
15 | #define TIF_SHORT 3
16 | #define TIF_LONG 4
17 | #define TIF_RATIONAL 5
18 | //#define TIF_MAXIFD 20
19 | #define TIF_IMAGEWIDTH	0x0100
20 | #define TIF_IMAGELENGTH	0x0101
21 | #define TIF_BITSPERSAMPLE	0x0102
22 | #define TIF_COMPRESSION	0x0103
23 | #define TIF_PHOTOMETRIC	0x0106
24 | #define TIF_IMAGEDESCRIPTION	0x010e
25 | #define TIF_STRIPOFFSETS	0x0111
26 | #define TIF_SAMPLESPERPIXEL	0x0115
27 | #define TIF_ROWSPERSTRIP	0x0116
28 | #define TIF_STRIPBYTECOUNTS	0x0117
29 | #define TIF_XRESOLUTION	0x011a
30 | #define TIF_YRESOLUTION	0x011b
31 | #define TIF_PLANARCONFIGURATION	0x011c
32 | #define TIF_RESOLUTIONUNIT	0x0128
33 | #define TIF_SOFTWARE	0x0131
34 | #define TIF_DATETIME	0x0132
35 | #define TIF_ARTIST	0x013b
36 | 
37 | #define READTIF_CARG_SIZE	200
38 | 
39 | #define LOG_SCALE 3000
40 | #define ZERNIKE_SCALE 1000
41 | #define BACKPROJ_SCALE 100
42 | 
43 | #define RECONST_INFO_IDLE 0
44 | #define RECONST_INFO_BUSY 1
45 | #define RECONST_INFO_ERROR 2
46 | 
47 | #define SINOGRAM_PIXEL_MIN8bit 3
48 | #define SINOGRAM_PIXEL_MIN16bit 20
49 | #define SINOGRAM_PIXEL_MIN SINOGRAM_PIXEL_MIN16bit
50 | 
51 | #define PROGRESS_BAR_UNIT 20
52 | 
53 | #define DBPT_GINTP 16
54 | 
55 | #define HALFPIXEL_OFFSET 0.5
56 | 
57 | #define CUDA_BLOCKSIZE 256
58 | #define CUDA_WARPSIZE 32
59 | 
60 | #define ATISTREAM_MAXWORK 256
61 | #define ATISTREAM_UNITWORK 64
62 | #define ATISTREAM_MAXDEVICES 16
63 | 
64 | #define CDLGRECONST_OPT_ZOOMING_NONE 2
65 | 


--------------------------------------------------------------------------------
/source/cudaReconst.h:
--------------------------------------------------------------------------------
 1 | #if !defined(_CUDARECONST_H_)
 2 | #define _CUDARECONST_H_
 3 | 
 4 | 
 5 | //#include "cutil_inline.h"
 6 | #include "reconstinfo.h"
 7 | 
 8 | #define CUDA_ERROR_DEVICEINFO_MASK 0x0000ffff
 9 | #define CUDA_ERROR_INSUFFICIENT_DRIVER 0x00010000
10 | #define CUDA_ERROR_INSUFFICIENT_COMPUTE_CAPABILITY 0x00020000
11 | #define CUDA_ERROR_VIRTUAL_DEVICE_DETECTED 0x00040000
12 | #define CUDA_ERROR_DEVICE_GETPROPERTY 0x00080000
13 | #define CUDA_ERROR_DEVICE_GETCOUNT 0x00100000
14 | 
15 | //Host routine
16 | extern "C" void CudaReconstHost(RECONST_INFO* ri, int idev, bool bReport, bool bEnStream);
17 | extern "C" void CudaReconstMemFree(RECONST_INFO* ri);
18 | extern "C" void CudaReconstResourceFree(RECONST_INFO* ri, bool bCudaDeviceReset);//190710
19 | extern "C" void CudaReconstHostFFT(RECONST_INFO* ri, int idev, bool bReport);
20 | extern "C" int GetCudaDeviceCount(int iMinComputeCapability);
21 | extern "C" int GetCudaMaxThreadsPerBlock(int iDevice);
22 | extern "C" int GetCudaWarpSize(int iDevice);
23 | extern "C" int GetCudaDeviceName(int iDevice, char* pcName, int iszcName);
24 | extern "C" int GetCudaDeviceComputingCapability(int iDevice, int* piMajor, int* piMinor);
25 | extern "C" int GetCudaNumberOfCores(int iDevice, int* piCores, int* piProcessors);
26 | extern "C" int GetCudaClockRate(int iDevice, int* piClockRate, int* piMemRate);
27 | 
28 | extern "C" void CudaSinogramHost(RECONST_INFO* ri, int idev, bool bReport);
29 | 
30 | //CUDA
31 | extern "C" void CudaDeconv(int ixdim, int iIntpDim, int ndim, float center, 
32 | 				float* d_filt, short* d_strip, int* d_igp, float2* d_p, cufftHandle* fftplan);
33 | extern "C" void CudaBackProjStream(int ixdimp, float center, int iCenterOffset, int iIntpDim, double theta,
34 | 				int* d_ifp, int* d_igp, cudaStream_t stream);
35 | extern "C" void CudaSinoPx2igpStream(int ixdimp, int* d_igp, float* d_px, cudaStream_t stream);
36 | //extern "C" void CudaBackProj(int ixdim, int iIntpDim, float center, int iCenterOffset, double theta, int* d_ifp, int* d_igp);
37 | //extern "C" void CudaBackProj2(int ixdim, int iIntpDim, float center, int iSinoDimX, int iSinoDimY, int* d_ifp, int* d_igp, float* d_fcos, float* d_fsin);
38 | //extern "C" void CudaBackProj3(int ixdim, int iIntpDim, float center, int iStartSino, int iLenSinogr, int iStepSino, float* pfdeg, float ftilt, int* d_ifp, int* d_igp);
39 | //extern "C" void CudaSinoPx2igp(int ndim, int ixdimp, int igpdimx, int igpdimy, int* d_igp, float* d_px);
40 | extern "C" bool DBProjDlgCtrl(RECONST_INFO* ri, int iProgStep, int iSino, int* pCurrStep);
41 | 
42 | extern "C" void CudaSinogram(short* d_Strip, int ixmul, float t0);
43 | 
44 | extern "C" void CudaLsqfitMemAlloc(short** d_ppRefPixel, short** d_ppQryPixel, 
45 | 								   int* pMaxRefPixel, int* pMaxQryPixel, 
46 | 						short** ppRefPixel, short** ppQryPixel, int nRefFiles, int nQryFiles, int ixref,
47 | 						unsigned __int64** d_result);
48 | extern "C" void CudaLsqfitMemFree(short** d_ppRefPixel, short** d_ppQryPixel, int nRefFiles, int nQryFiles, 
49 | 								  unsigned __int64* d_result);
50 | extern "C" void CudaLsqfitHost(short* d_ref, short* d_qry, int ixref, int iyref, int ixqry, int iyqry,
51 | 								int ix, int iy, unsigned __int64* ilsq, unsigned __int64* nlsq, 
52 | 								unsigned __int64* d_result, unsigned __int64* h_result);
53 | extern "C" 
54 | void CudaLsqfit(short* d_ref, short* d_qry, int ixref, int iyref, int ixqry, int iyqry,
55 | 					int ix, int iy, unsigned __int64* d_result);
56 | 
57 | 
58 | extern "C" cudaError_t CUDA_MALLOC_HOST_INT(int** ptr, size_t size);//190710
59 | extern "C" cudaError_t CUDA_FREE_HOST(void* ptr);
60 | 
61 | //struct SCmplx {
62 | //	float re;
63 | //	float im;
64 | //};
65 | #endif //_CUDARECONST_H_
66 | 


--------------------------------------------------------------------------------
/source/cudaReconstDummy.cpp:
--------------------------------------------------------------------------------
 1 | #include "stdafx.h"
 2 | #include "general.h"
 3 | 
 4 | extern "C" int GetCudaDeviceCount() {
 5 | 	return 0;
 6 | }
 7 | 
 8 | extern "C" TErr CudaReconstMemAlloc(RECONST_INFO* ri, int idev) {
 9 | 	return 0;
10 | }
11 | 
12 | extern "C" void CudaReconstMemFree(RECONST_INFO* ri) {
13 | }
14 | extern "C" void CudaReconstResourceFree(RECONST_INFO* ri, bool bCudaDeviceReset) {}//190710
15 | 
16 | extern "C" void CudaReconstHostFFT(RECONST_INFO* ri, int idev, bool bReport) {
17 | }
18 | 
19 | extern "C" void CudaSinogramHost(RECONST_INFO* ri, int idev, bool bReport) {
20 | }
21 | 
22 | extern "C" void CudaReconstHost(RECONST_INFO* ri, int idev, bool bReport, bool bEnStream) {
23 | }
24 | 
25 | extern "C" void CudaLsqfitMemAlloc(short** d_ppRefPixel, short** d_ppQryPixel, 
26 | 								   int* pMaxRefPixel, int* pMaxQryPixel, 
27 | 						short** ppRefPixel, short** ppQryPixel, int nRefFiles, int nQryFiles, int ixref,
28 | 						unsigned __int64** d_result) {
29 | }
30 | extern "C" void CudaLsqfitMemFree(short** d_ppRefPixel, short** d_ppQryPixel, int nRefFiles, int nQryFiles, 
31 | 					   unsigned __int64* d_result) {
32 | }
33 | extern "C" void CudaLsqfitHost(short* d_ref, short* d_qry, int ixref, int iyref, int ixqry, int iyqry,
34 | 					int ix, int iy, unsigned __int64* ilsq, unsigned __int64* nlsq, 
35 | 					unsigned __int64* d_result, unsigned __int64* h_result) {
36 | }
37 | 
38 | int blocksize = CUDA_BLOCKSIZE;
39 | 
40 | extern "C" int GetCudaMaxThreadsPerBlock() {
41 | 	return CUDA_BLOCKSIZE;
42 | }
43 | 
44 | extern "C" int GetCudaWarpSize() {
45 | 	return CUDA_WARPSIZE;
46 | }
47 | 
48 | #define CUDA_ERROR_DEVICE_GETPROPERTY 0x00080000
49 | 
50 | extern "C" int GetCudaDeviceName(int iDevice, char* pcName, int iszcName) {//181226
51 | 	return CUDA_ERROR_DEVICE_GETPROPERTY;
52 | }
53 | 
54 | extern "C" int GetCudaDeviceComputingCapability(int iDevice, int* piMajor, int* piMinor) {//181226
55 | 	return CUDA_ERROR_DEVICE_GETPROPERTY;
56 | }
57 | extern "C" int GetCudaNumberOfCores(int iDevice, int* piCores, int* piProcessors) {
58 | 	return CUDA_ERROR_DEVICE_GETPROPERTY;
59 | }
60 | 
61 | extern "C" int GetCudaClockRate(int iDevice, int* piClockRate) {
62 | 	return CUDA_ERROR_DEVICE_GETPROPERTY;
63 | }
64 | 
65 | //extern "C" cudaError_t cudaFreeHost(void* ptr) { return cudaSuccess; }//190108
66 | 
67 | //extern "C" cudaError_t cudaHostAlloc(void** ptr, size_t size, unsigned int flags) { return cudaSuccess; }//190108
68 | 
69 | //extern "C" cudaError_t cudaMallocHost(int** ptr, size_t size) { return cudaSuccess; }//190110
70 | 
71 | //extern "C" cudaError_t cudaStreamDestroy(cudaStream_t stream) { return cudaSuccess; }//190707
72 | 
73 | //extern "C" cudaError_t cudaSetDevice(int device) { return cudaSuccess; };//190710
74 | //extern "C" cudaError_t cudaDeviceSynchronize(void) { return cudaSuccess; };
75 | //extern "C" cudaError_t cudaDeviceReset(void) { return cudaSuccess; };
76 | 
77 | extern "C" cudaError_t CUDA_MALLOC_HOST_INT(int** ptr, size_t size) { return cudaSuccess; }//190710
78 | extern "C" cudaError_t CUDA_FREE_HOST(void* ptr) { return cudaSuccess; }//190710
79 | 


--------------------------------------------------------------------------------
/source/cxyz.cpp:
--------------------------------------------------------------------------------
  1 | /*	cxyz.cpp		v0.01	9/20/1998
  2 | 	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
  3 | 	Goal: CXyz class body.
  4 | */
  5 | 
  6 | #include "stdafx.h"
  7 | /// added for precompiled header definition 
  8 | 
  9 | #if !defined( _CXYZ_CPP_ )
 10 | #define _CXYZ_CPP_
 11 | #include <math.h>
 12 | //#include "stdtypdf.h"
 13 | #include "cxyz.h"
 14 | 
 15 | CXyz::CXyz(float coor[]) {
 16 | 	x = coor[0];
 17 | 	y = coor[1];
 18 | 	z = coor[2];
 19 | }
 20 | CXyz::CXyz(TReal argx, TReal argy, TReal argz) {
 21 | 	x = argx; y = argy;	z = argz;
 22 | }
 23 | CXyz::CXyz() {
 24 | 	x = COORD_DISABLED;
 25 | 	y = COORD_DISABLED;
 26 | 	z = COORD_DISABLED;
 27 | }
 28 | CXyz::~CXyz() {
 29 | 	// no operation.
 30 | }
 31 | void CXyz::Set(TReal arg[]) {
 32 | 	x = arg[0]; y = arg[1]; z = arg[2]; return; }
 33 | void CXyz::Reset() {
 34 | 	x = 0.0;
 35 | 	y = 0.0;
 36 | 	z = 0.0;
 37 | }
 38 | TReal CXyz::Length() { // nagasa
 39 | 	return sqrt( x * x + y * y + z * z );
 40 | }
 41 | TReal CXyz::Length2() { // nagasa
 42 | 	return ( x * x + y * y + z * z );
 43 | }
 44 | void CXyz::UnitLength() {
 45 | 	TReal len;
 46 | 	if ((len = sqrt( x * x + y * y + z * z )) == 0.) return;
 47 | 	x /= len; y /= len; z /= len; return;
 48 | }
 49 | 
 50 | //150222
 51 | TReal CXyz::Curvature(int nCrd) {
 52 | 	double dCurv = 0.; int nCurv = 0;
 53 | 	for (int j=0; j<nCrd-2; j++) {
 54 | 		CXyz ct1 = this[j+1] - this[j]; ct1.UnitLength();
 55 | 		CXyz ct2 = this[j+2] - this[j+1]; ct2.UnitLength();
 56 | 		double ds = (this[j+2] - this[j]).Length2() * 0.25;
 57 | 		if (fabs(ds) < 0.1) continue;
 58 | 		dCurv += sqrt((ct2 - ct1).Length2() / ds);
 59 | 		nCurv++;
 60 | 	}
 61 | 	//
 62 | 	if (nCurv > 2) return nCurv/dCurv;
 63 | 	return -1;
 64 | }
 65 | 
 66 | CXyz CXyz::operator +(CXyz a) {
 67 | 	return CXyz(x+a.x, y+a.y, z+a.z);
 68 | }
 69 | CXyz CXyz::operator +=(CXyz a) {
 70 | 	x += a.x;	y += a.y;	z += a.z;
 71 | 	return CXyz(x, y, z);
 72 | }
 73 | CXyz CXyz::operator -(CXyz a) {
 74 | 	return CXyz(x-a.x, y-a.y, z-a.z);
 75 | }
 76 | CXyz CXyz::X(TReal t) const{
 77 | 	return CXyz(t * x, t * y, t * z);
 78 | }
 79 | TReal CXyz::X(CXyz t) {
 80 | 	return (t.x * x + t.y * y + t.z * z);
 81 | }
 82 | CXyz CXyz::operator *(CXyz a) { // gai-seki
 83 | 	return CXyz( y * a.z - z * a.y,
 84 | 				 z * a.x - x * a.z,
 85 | 				 x * a.y - y * a.x );
 86 | }
 87 | bool CXyz::operator ==(CXyz a) {
 88 | 	return ((x == a.x)&&(y == a.y)&&(z == a.z));
 89 | }
 90 | bool CXyz::operator !=(CXyz a) {
 91 | 	return ((x != a.x)||(y != a.y)||(z != a.z));
 92 | }
 93 | /*inline TReal CXyz::operator *(CXyz a) { // nai-seki
 94 | 	return x * a.x + y * a.y + z * a.z;
 95 | }
 96 | inline TReal CXyz::operator |(CXyz a) { // distance
 97 | 	TReal dx = x - a.x;
 98 | 	TReal dy = y - a.y;
 99 | 	TReal dz = z - a.z;
100 | 	return sqrt( dx * dx + dy * dy + dz * dz );
101 | }
102 | inline TReal CXyz::operator ^(CXyz a) { // angle
103 | 	return acos( (x * a.x + y * a.y + z * a.z) /
104 | 				 sqrt( x * x + y * y + z * z ) /
105 | 				 sqrt( a.x * a.x + a.y * a.y + a.z * a.z )
106 | 			   );
107 | }*/
108 | 					
109 | #endif // _CXYZ_CPP_
110 | 


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/source/cxyz.h:
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 1 | /*	cxyz.h		v0.01	10/18/2015
 2 | 	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
 3 | 	Subdevided from structure.h (v0.01 since 9/5/1998)
 4 | */
 5 | 
 6 | #if !defined( _CXYZ_H_ )
 7 | #define _CXYZ_H_
 8 | 
 9 | #define COORD_DISABLED 9999.999
10 | #include "general.h"
11 | 
12 | class CXyz {
13 | public:
14 | 	CXyz( float coor[] ); // coor[3] --> x,y,z
15 | 	CXyz(TReal argx, TReal argy, TReal argz);
16 | 	CXyz();
17 | 	~CXyz();
18 | 	void Set(TReal arg[]); // arg[3] --> x,y,z
19 | 	void Reset();
20 | 	TReal Length(); // nagasa
21 | 	TReal Length2(); // nagasa^2
22 | 	void UnitLength();
23 | 	TReal Curvature(int nCrd);
24 | 	CXyz operator +(CXyz a);
25 | 	CXyz operator -(CXyz a);
26 | 	CXyz operator +=(CXyz a);
27 | 	CXyz X(TReal t) const;
28 | 	TReal X(CXyz t); // nai-seki
29 | 	CXyz operator *(CXyz a); // gai-seki
30 | 	bool operator ==(CXyz a);
31 | 	bool operator !=(CXyz a);
32 | //private:
33 | 	TReal x, y, z;
34 | };
35 | 
36 | #endif // _CXYZ_H_
37 | 


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 1 | 
 2 | Microsoft Visual Studio Solution File, Format Version 12.00
 3 | # Visual Studio 15
 4 | VisualStudioVersion = 15.0.28307.168
 5 | MinimumVisualStudioVersion = 10.0.40219.1
 6 | Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "gazo", "gazo.vcxproj", "{69E97353-E324-499E-9DDC-AB252A7BB6A5}"
 7 | EndProject
 8 | Global
 9 | 	GlobalSection(SolutionConfigurationPlatforms) = preSolution
10 | 		CUDA_Release|Win32 = CUDA_Release|Win32
11 | 		CUDA_Release|x64 = CUDA_Release|x64
12 | 		CUDAFFT_Release|Win32 = CUDAFFT_Release|Win32
13 | 		CUDAFFT_Release|x64 = CUDAFFT_Release|x64
14 | 		Debug|Win32 = Debug|Win32
15 | 		Debug|x64 = Debug|x64
16 | 		OpenCL_Release|Win32 = OpenCL_Release|Win32
17 | 		OpenCL_Release|x64 = OpenCL_Release|x64
18 | 		Release|Win32 = Release|Win32
19 | 		Release|x64 = Release|x64
20 | 	EndGlobalSection
21 | 	GlobalSection(ProjectConfigurationPlatforms) = postSolution
22 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|Win32.ActiveCfg = CUDA_Release|x64
23 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|x64.ActiveCfg = CUDA_Release|x64
24 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|x64.Build.0 = CUDA_Release|x64
25 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAFFT_Release|Win32.ActiveCfg = CUDAFFT_Release|x64
26 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAFFT_Release|x64.ActiveCfg = CUDAFFT_Release|x64
27 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAFFT_Release|x64.Build.0 = CUDAFFT_Release|x64
28 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|Win32.ActiveCfg = Debug|Win32
29 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|Win32.Build.0 = Debug|Win32
30 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|x64.ActiveCfg = Debug|x64
31 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|x64.Build.0 = Debug|x64
32 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|Win32.ActiveCfg = OpenCL_Release|Win32
33 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|Win32.Build.0 = OpenCL_Release|Win32
34 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|x64.ActiveCfg = OpenCL_Release|x64
35 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|x64.Build.0 = OpenCL_Release|x64
36 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|Win32.ActiveCfg = Release|Win32
37 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|Win32.Build.0 = Release|Win32
38 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|x64.ActiveCfg = Release|x64
39 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|x64.Build.0 = Release|x64
40 | 	EndGlobalSection
41 | 	GlobalSection(SolutionProperties) = preSolution
42 | 		HideSolutionNode = FALSE
43 | 	EndGlobalSection
44 | 	GlobalSection(ExtensibilityGlobals) = postSolution
45 | 		SolutionGuid = {F7969A68-B366-42A4-8EBD-3A85DF3623DE}
46 | 	EndGlobalSection
47 | EndGlobal
48 | 


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100 |       <Filter>Source Files</Filter>
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102 |     <ClCompile Include="gazoDoc.cpp">
103 |       <Filter>Source Files</Filter>
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105 |     <ClCompile Include="gazoView.cpp">
106 |       <Filter>Source Files</Filter>
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108 |     <ClCompile Include="general.cpp">
109 |       <Filter>Source Files</Filter>
110 |     </ClCompile>
111 |     <ClCompile Include="MainFrm.cpp">
112 |       <Filter>Source Files</Filter>
113 |     </ClCompile>
114 |     <ClCompile Include="StdAfx.cpp">
115 |       <Filter>Source Files</Filter>
116 |     </ClCompile>
117 |   </ItemGroup>
118 |   <ItemGroup>
119 |     <None Include="res\cursor1.cur">
120 |       <Filter>Resource Files</Filter>
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123 |       <Filter>Resource Files</Filter>
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125 |     <None Include="ClassDiagram1.cd" />
126 |     <None Include="ClassDiagram2.cd" />
127 |     <None Include="ClassDiagram3.cd" />
128 |   </ItemGroup>
129 |   <ItemGroup>
130 |     <ResourceCompile Include="gazo.rc">
131 |       <Filter>Source Files</Filter>
132 |     </ResourceCompile>
133 |   </ItemGroup>
134 |   <ItemGroup>
135 |     <MASM Include="projx32.asm">
136 |       <Filter>Source Files</Filter>
137 |     </MASM>
138 |   </ItemGroup>
139 |   <ItemGroup>
140 |     <ClInclude Include="ccmplx.h">
141 |       <Filter>Header Files</Filter>
142 |     </ClInclude>
143 |     <ClInclude Include="cerror.h">
144 |       <Filter>Header Files</Filter>
145 |     </ClInclude>
146 |     <ClInclude Include="cfft.h">
147 |       <Filter>Header Files</Filter>
148 |     </ClInclude>
149 |     <ClInclude Include="chdf5.h">
150 |       <Filter>Header Files</Filter>
151 |     </ClInclude>
152 |     <ClInclude Include="ChildFrm.h">
153 |       <Filter>Header Files</Filter>
154 |     </ClInclude>
155 |     <ClInclude Include="clReconst.h">
156 |       <Filter>Header Files</Filter>
157 |     </ClInclude>
158 |     <ClInclude Include="constants.h">
159 |       <Filter>Header Files</Filter>
160 |     </ClInclude>
161 |     <ClInclude Include="cudaReconst.h">
162 |       <Filter>Header Files</Filter>
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164 |     <ClInclude Include="cxyz.h">
165 |       <Filter>Header Files</Filter>
166 |     </ClInclude>
167 |     <ClInclude Include="DlgDialbox.h">
168 |       <Filter>Header Files</Filter>
169 |     </ClInclude>
170 |     <ClInclude Include="DlgFrameList.h">
171 |       <Filter>Header Files</Filter>
172 |     </ClInclude>
173 |     <ClInclude Include="DlgGeneral.h">
174 |       <Filter>Header Files</Filter>
175 |     </ClInclude>
176 |     <ClInclude Include="DlgHistogram.h">
177 |       <Filter>Header Files</Filter>
178 |     </ClInclude>
179 |     <ClInclude Include="DlgHistoOpt.h">
180 |       <Filter>Header Files</Filter>
181 |     </ClInclude>
182 |     <ClInclude Include="DlgHorizcenter.h">
183 |       <Filter>Header Files</Filter>
184 |     </ClInclude>
185 |     <ClInclude Include="DlgLsqfit.h">
186 |       <Filter>Header Files</Filter>
187 |     </ClInclude>
188 |     <ClInclude Include="DlgMessage.h">
189 |       <Filter>Header Files</Filter>
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191 |     <ClInclude Include="DlgOverlay.h">
192 |       <Filter>Header Files</Filter>
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194 |     <ClInclude Include="DlgPolygon.h">
195 |       <Filter>Header Files</Filter>
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197 |     <ClInclude Include="DlgProperty.h">
198 |       <Filter>Header Files</Filter>
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200 |     <ClInclude Include="DlgQueue.h">
201 |       <Filter>Header Files</Filter>
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203 |     <ClInclude Include="DlgReconOpt.h">
204 |       <Filter>Header Files</Filter>
205 |     </ClInclude>
206 |     <ClInclude Include="DlgReconst.h">
207 |       <Filter>Header Files</Filter>
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209 |     <ClInclude Include="DlgRefraction.h">
210 |       <Filter>Header Files</Filter>
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212 |     <ClInclude Include="DlgRenumFiles.h">
213 |       <Filter>Header Files</Filter>
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219 |       <Filter>Header Files</Filter>
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221 |     <ClInclude Include="gazoDoc.h">
222 |       <Filter>Header Files</Filter>
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224 |     <ClInclude Include="gazoView.h">
225 |       <Filter>Header Files</Filter>
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227 |     <ClInclude Include="general.h">
228 |       <Filter>Header Files</Filter>
229 |     </ClInclude>
230 |     <ClInclude Include="MainFrm.h">
231 |       <Filter>Header Files</Filter>
232 |     </ClInclude>
233 |     <ClInclude Include="reconstinfo.h">
234 |       <Filter>Header Files</Filter>
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236 |     <ClInclude Include="Resource.h">
237 |       <Filter>Header Files</Filter>
238 |     </ClInclude>
239 |     <ClInclude Include="StdAfx.h">
240 |       <Filter>Header Files</Filter>
241 |     </ClInclude>
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245 |       <Filter>Resource Files</Filter>
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247 |     <Image Include="res\gazoDoc.ico">
248 |       <Filter>Resource Files</Filter>
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251 |       <Filter>Resource Files</Filter>
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256 |       <Filter>Source Files</Filter>
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259 |   <ItemGroup>
260 |     <CudaCompile Include="cudaReconst.cu" />
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1 | <?xml version="1.0" encoding="utf-8"?>
2 | <Project ToolsVersion="15.0" xmlns="http://schemas.microsoft.com/developer/msbuild/2003">
3 |   <PropertyGroup>
4 |     <RESOURCE_FILE>gazo.rc</RESOURCE_FILE>
5 |   </PropertyGroup>
6 | </Project>


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 1 | 
 2 | Microsoft Visual Studio Solution File, Format Version 10.00
 3 | # Visual Studio 2008
 4 | Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "gazo", "gazo.vcproj", "{69E97353-E324-499E-9DDC-AB252A7BB6A5}"
 5 | EndProject
 6 | Global
 7 | 	GlobalSection(SolutionConfigurationPlatforms) = preSolution
 8 | 		CUDA_Release|Win32 = CUDA_Release|Win32
 9 | 		CUDA_Release|x64 = CUDA_Release|x64
10 | 		CUDAemu_Release|Win32 = CUDAemu_Release|Win32
11 | 		CUDAemu_Release|x64 = CUDAemu_Release|x64
12 | 		Debug|Win32 = Debug|Win32
13 | 		Debug|x64 = Debug|x64
14 | 		OpenCL_Release|Win32 = OpenCL_Release|Win32
15 | 		OpenCL_Release|x64 = OpenCL_Release|x64
16 | 		Release|Win32 = Release|Win32
17 | 		Release|x64 = Release|x64
18 | 	EndGlobalSection
19 | 	GlobalSection(ProjectConfigurationPlatforms) = postSolution
20 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|Win32.ActiveCfg = CUDA_Release|Win32
21 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|Win32.Build.0 = CUDA_Release|Win32
22 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|x64.ActiveCfg = CUDA_Release|x64
23 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDA_Release|x64.Build.0 = CUDA_Release|x64
24 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAemu_Release|Win32.ActiveCfg = CUDAemu_Release|Win32
25 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAemu_Release|Win32.Build.0 = CUDAemu_Release|Win32
26 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAemu_Release|x64.ActiveCfg = CUDAemu_Release|x64
27 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.CUDAemu_Release|x64.Build.0 = CUDAemu_Release|x64
28 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|Win32.ActiveCfg = Debug|Win32
29 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|Win32.Build.0 = Debug|Win32
30 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|x64.ActiveCfg = Debug|x64
31 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Debug|x64.Build.0 = Debug|x64
32 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|Win32.ActiveCfg = OpenCL_Release|Win32
33 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|Win32.Build.0 = OpenCL_Release|Win32
34 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|x64.ActiveCfg = OpenCL_Release|x64
35 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.OpenCL_Release|x64.Build.0 = OpenCL_Release|x64
36 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|Win32.ActiveCfg = Release|Win32
37 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|Win32.Build.0 = Release|Win32
38 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|x64.ActiveCfg = Release|x64
39 | 		{69E97353-E324-499E-9DDC-AB252A7BB6A5}.Release|x64.Build.0 = Release|x64
40 | 	EndGlobalSection
41 | 	GlobalSection(SolutionProperties) = preSolution
42 | 		HideSolutionNode = FALSE
43 | 	EndGlobalSection
44 | EndGlobal
45 | 


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/source/general.h:
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  1 | /*	general.h		v1.00	7/26/2016
  2 | *	ALL RIGHTS RESERVED.   RYUTA MIZUTANI.
  3 | *   Moved from Stdafx.h
  4 | */
  5 | 
  6 | #if !defined( _GENERAL_H_ )
  7 | #define _GENERAL_H_
  8 | 
  9 | 
 10 | //manually
 11 | #include <afx.h> // CString, LPCTSTR
 12 | #include "reconstinfo.h"
 13 | #include "constants.h"
 14 | 
 15 | typedef int TErr;// not 0 on error.
 16 | typedef double TReal;
 17 | typedef float TCmpElmnt;
 18 | 
 19 | class CGazoDoc;
 20 | class CHDF5;//160521
 21 | 
 22 | //HIS format
 23 | #define HIS_Header_Size 64
 24 | struct HIS_Header
 25 | {
 26 | 	char			head[2];			/*0-1*/
 27 | 	short			comment_length;		/*2-3*/
 28 | 	short			width;				/*4-5*/
 29 | 	short			height;				/*6-7*/
 30 | 	short			x_offset;			/*8-9*/
 31 | 	short			y_offset;			/*10-11*/
 32 | 	short			type;				/*12-13*/
 33 | 	unsigned short			n_image1;			/*14-17*/
 34 | 	unsigned short			n_image2;			/*14-17*/
 35 | 	short			reserve1;			/*18-19*/
 36 | 	short			reserve2;			/*20-21*/
 37 | 	double			time_stamp;			/*22-29*/
 38 | 	long			maker;				/*30-33*/
 39 | 	char			reserved[30];		/*34-63*/
 40 | 	char			*comment;
 41 | };
 42 | typedef struct HIS_Header HISHeader;
 43 | 
 44 | #define READTIF16bit 1
 45 | #define READTIF8bit 2
 46 | 
 47 | //general functions
 48 | void ProcessMessage();
 49 | void SleepSecond(TReal sec = 1.0);
 50 | DWORD GetProcessorCoreCount();
 51 | void ConvertToLittleEndian(void* param, rsize_t bytes, char* carg);
 52 | COLORREF HSBtoRGB(double H, double S, double B);
 53 | TErr ReadBmp(CString filePath, int** buffer, int* pMaxBuffer, int* prevH, int* prevW,
 54 | 	char* paletteBlue = NULL, char* paletteGreen = NULL, char* paletteRed = NULL, int maxPalette = 0);
 55 | TErr WriteBmpTrueColor(CString filePath, COLORREF* buffer, int height, int width);
 56 | TErr ReadTif(CFile* fp, int** buffer, int* pMaxBuffer, int* prevH, int* prevW,
 57 | 						 float* pixDiv = NULL, float* pixBase = NULL, float* fCenter = NULL, int* iFilter = NULL, float* fPixelWidth = NULL,
 58 | 						 int* nSino = NULL);
 59 | TErr ReadTifStrip(CFile* fp, short* sbuffer, int iLine, int iWidth, int iMultiplex, int* piFlag);
 60 | TErr WriteTifMonochrome(CFile* fp, unsigned char* buffer, int height, int width,
 61 | 												CString sImageDesc = "tif image", CString sArtist = "SP-uCT, gazoView");
 62 | TErr WriteTifMonochrome16(CFile* fp, int* buffer, int height, int width,
 63 | 												CString sImageDesc = "tif image", CString sArtist = "SP-uCT, gazoView");
 64 | TErr ReadITEX(CFile* fp, int** buffer, int* pMaxBuffer, int* iHeight, int* iWidth, CString* pComment = NULL);
 65 | TErr ReadITEXstrip(FILE* fp, short* buffer, int iLine, int iWidth, int iMultiplex = 1);
 66 | TErr WriteITEX(CFile* fp, int* buffer, int iHeight, int iWidth, CString comment, int iXoffset = 0, int iYoffset = 0, int iFileType = 2);
 67 | TErr Read_hishead(CFile* fimg, HISHeader* his, CString* pComment = NULL);
 68 | TErr ReadHIS(CFile* fp, int** buffer, int* pMaxBuffer, int* iHeight, int* iWidth, HISHeader* his, CString* pComment = NULL);
 69 | TErr SkipHISframe(CFile* fp, int nframe);
 70 | TErr SkipHISframeFast(CFile* fp, int nframe);
 71 | TErr ReadHISstrip(CFile* fp, unsigned char** uctmp, int* pMaxTmp, short* sbuffer, 
 72 | 				  int iLine, int iWidth, int iMultiplex, HISHeader* his);
 73 | TErr ReadHDF5Frame(CFile* fp, int** buffer, int* pMaxBuffer, int* iHeight, int* iWidth, CHDF5* pHDF5, 
 74 | 			  unsigned int uiFrame = 0, int iDataEntry = -1, CString* pComment = NULL);
 75 | TErr ReadHDF5Theta(CFile* fp, CHDF5* pHDF5, float* pfDeg, DWORD* pdwFrame, CString* pComment = NULL);
 76 | TErr GetFileList(CString sFilter, CString* psFileList);
 77 | 
 78 | //math
 79 | TErr InvMatrix(TReal* a, int n, TReal eps);
 80 | TErr ProjTransformGetCoeff(TReal* prPoint, TReal* prCoeff);
 81 | 
 82 | //thread functions
 83 | unsigned __stdcall DeconvBackProjThread(void* pArg);
 84 | 
 85 | unsigned __stdcall GenerateSinogramThread(void* pArg);
 86 | 
 87 | unsigned __stdcall RefracCorrThread(void* pArg);
 88 | 
 89 | unsigned __stdcall LsqfitThread(void* pArg);
 90 | 
 91 | #ifdef _WIN64
 92 | //void Projection(unsigned _int64 pParam);
 93 | //unsigned _int64 ProjectionAsm(unsigned _int64);
 94 | #endif //_WIN64
 95 | 
 96 | //misc functions
 97 | int StringCompare( const void *arg1, const void *arg2 );
 98 | 
 99 | 
100 | 
101 | #endif // _GENERAL_H_
102 | 


--------------------------------------------------------------------------------
/source/projx32.asm:
--------------------------------------------------------------------------------
  1 | .686
  2 | .xmm
  3 | .model flat, c
  4 | 
  5 | DATA segment align(32)
  6 | F76543210 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0
  7 | F88888888 real4 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0
  8 | F00000000 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
  9 | F3210 real4 0.0, 1.0, 2.0, 3.0
 10 | DATA ends
 11 | 
 12 | .code
 13 | 
 14 | projx32 PROC param:dword
 15 | ;			for (int iy=iy0; iy<iy1; iy++) {
 16 | ;				const int ifpidx = iy * ixdimp;
 17 | ;				const float fyoff = iy * fsin + foffset;
 18 | ;				for (int ix=0; ix<ixdimp; ix++) {
 19 | ;					int ix0 = (int)(ix * fcos + fyoff);
 20 | ;					if (ix0 < 0) continue;
 21 | ;					if (ix0 >= ixdimpg) continue;
 22 | ;					ifp[ifpidx + ix] += ipgp[ix0];
 23 | ;				}
 24 | ;			}
 25 | 
 26 | ;local valiables
 27 | 	local ixdimp :dword
 28 | 	local ixdimp4 :dword
 29 | 	local iy0 :dword
 30 | 	local iy1 :dword
 31 | ;	local pmxcsr :dword
 32 | ;	local smxcsr :dword
 33 | 
 34 | ;store registers
 35 | 	push esi
 36 | 	push edi
 37 | 	push ebx
 38 | 	push ebp
 39 | ;	stmxcsr smxcsr
 40 | 
 41 | ;get pointer to args
 42 | 	mov esi, param ;arg #1
 43 | 
 44 | ;load valiables	and constants
 45 | ;	mov ixdimpg, [esi + 12]
 46 | 	mov eax, [esi + 16]
 47 | 	mov ixdimp, eax
 48 | ;	mov eax, ixdimp
 49 | 	shl eax, 2
 50 | 	mov ixdimp4, eax
 51 | ;	mov ifp, [esi + 20]
 52 | ;	mov igp, [esi + 24]
 53 | 	mov eax, [esi + 32]	;iy0
 54 | 	mov iy0, eax
 55 | 	mov eax, [esi + 36]	;iy1
 56 | 	mov iy1, eax
 57 | 
 58 | ;sse rounding mode RC=00B (MXCSR[14:13])
 59 | ;	stmxcsr pmxcsr
 60 | ;	and pmxcsr, 0FFFF9FFFh
 61 | ;	or pmxcsr,  000000000h
 62 | ;	ldmxcsr pmxcsr
 63 | 
 64 | ;jump to AVX routine
 65 | 	mov eax, [esi + 28]	; AVX flag
 66 | 	and eax, 000000001h
 67 | 	jnz USEAVX
 68 | 
 69 | ;SSE
 70 | 	mov eax, [esi] ; &fcos
 71 | 	movss xmm0, real4 ptr [eax]
 72 | 	shufps xmm0, xmm0, 0
 73 | 	
 74 | 	mov eax, [esi + 4]; &fsin
 75 | 	movss xmm1, real4 ptr [eax]
 76 | 	shufps xmm1, xmm1, 0
 77 | 
 78 | 	mov eax, [esi + 8]; &foffset
 79 | 	movss xmm7, real4 ptr [eax]
 80 | 	shufps xmm7, xmm7, 0
 81 | 
 82 | 	movaps xmm6, F3210
 83 | 
 84 | 	mov eax, iy1 ; iy1
 85 | 	dec eax
 86 | 	mov ecx, ixdimp
 87 | 	imul ecx
 88 | 	shl eax, 2 ; ixy = ixdimp * (iy1 - 1) * 4
 89 | 	add eax, [esi + 20]; ixy += ifp
 90 | 	mov edi, eax
 91 | 
 92 | 	mov ecx, [esi + 12]; ixdimpg
 93 | 	mov esi, [esi + 24]; igp
 94 | 
 95 | 	mov edx, iy1; iy<==iy1
 96 | 	dec edx
 97 | 	mov eax, 0
 98 | LOOPY:
 99 | 	mov ebx, ixdimp ; ix<==ixdimp
100 | 	dec ebx
101 | 	cvtsi2ss xmm3, edx	; xmm3<==iy
102 | 	shufps xmm3, xmm3, 0	; xmm3<==iy, iy, iy, iy
103 | 	movaps xmm5, xmm1	; xmm5<==fsin, fsin, fsin, fsin
104 | 	mulps xmm5, xmm3	; iy * fsin for each float
105 | 	addps xmm5, xmm7	; + foffset for each float
106 | LOOPX:
107 | 	cvtsi2ss xmm2, ebx	; xmm2<==ix
108 | 	shufps xmm2, xmm2, 0	; xmm2<==ix, ix, ix, ix
109 | 	subps xmm2, xmm6	; xmm2<==ix-3, ix-2, ix-2, ix
110 | 	movaps xmm4, xmm0	; xmm4<==fcos, fcos, fcos, fcos
111 | 	mulps xmm4, xmm2	; (ix-n) * fcos
112 | 	addps xmm4, xmm5	; (ix-n) * fcos + foffset
113 | 	cvttps2dq xmm4, xmm4	; xmm4 float*4 to integer32*4
114 | 	movd eax, xmm4	; lower 4 bytes to eax
115 | ;	pextrd eax, xmm4, 0	; SSE4.1
116 | 	cmp eax, ecx	; ix<=>ixdimpg
117 | 	jae LOOPXSKIP1	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
118 | 	mov eax, [esi + eax * 4]	; eax<==igp[ix * DBPT_GINTP]
119 | 	add [edi + ebx * 4], eax	; ifp[ix] += eax
120 | LOOPXSKIP1:
121 | 	dec ebx ; ix--
122 | 	jl LOOPYEND ; ix < 0
123 | 	psrldq xmm4, 4	; shift right by 4 bytes (integer32)
124 | 	movd eax, xmm4
125 | ;	pextrd eax, xmm4, 1 ; SSE4.1
126 | 	cmp eax, ecx; ixdimpg
127 | 	jae LOOPXSKIP2 ; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
128 | 	mov eax, [esi + eax * 4]
129 | 	add [edi + ebx * 4], eax
130 | LOOPXSKIP2:
131 | 	dec ebx ; ix--
132 | 	jl LOOPYEND ; ix < 0
133 | 	psrldq xmm4, 4
134 | 	movd eax, xmm4
135 | ;	pextrd eax, xmm4, 2 ; SSE4.1
136 | 	cmp eax, ecx; ixdimpg
137 | 	jae LOOPXSKIP3 ; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
138 | 	mov eax, [esi + eax * 4]
139 | 	add [edi + ebx * 4], eax
140 | LOOPXSKIP3:
141 | 	dec ebx ; ix--
142 | 	jl LOOPYEND ; ix < 0
143 | 	psrldq xmm4, 4
144 | 	movd eax, xmm4
145 | ;	pextrd eax, xmm4, 3 ; SSE4.1
146 | 	cmp eax, ecx; ixdimpg
147 | 	jae LOOPXEND ; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
148 | 	mov eax, [esi + eax * 4]
149 | 	add [edi + ebx * 4], eax
150 | LOOPXEND:
151 | 	dec ebx
152 | 	jge LOOPX ; ix >= 0
153 | LOOPYEND:
154 | 	sub edi, ixdimp4
155 | 	dec edx
156 | 	cmp edx, iy0
157 | 	jge LOOPY ; iy >= iy0
158 | 
159 | ;	ldmxcsr smxcsr
160 | 	pop ebp
161 | 	pop ebx
162 | 	pop edi
163 | 	pop esi
164 | 	ret
165 | 
166 | USEAVX:
167 | ;load valiables	
168 | 	mov eax, iy0; iy = iy0
169 | 	mov ecx, ixdimp; ix = ixdimp
170 | 	imul ecx
171 | 	shl eax, 2	; ixy = ixdimp * iy0 * 4
172 | 	add eax, [esi + 20]	; ixy += ifp
173 | 	mov edi, eax
174 | 
175 | 	mov eax, [esi + 12]	; ixdimpg
176 | 	vcvtsi2ss xmm6, xmm6, eax	; xmm6<==ixdimpg
177 | 	vbroadcastss ymm6, xmm6	; ymm6<==ixdimpg, ixdimpg, ixdimpg, ixdimpg
178 | 	vcvtsi2ss xmm1, xmm1, ixdimp	; xmm1<==ixdimp
179 | 	vbroadcastss ymm1, xmm1	; ymm1<==ixdimp, ixdimp, ixdimp, ixdimp
180 | 	mov eax, [esi]	; &fcos
181 | 	vbroadcastss ymm0, real4 ptr [eax]
182 | 	mov eax, [esi + 4]	; &fsin
183 | 	mov ecx, [esi + 8]	; &foffset
184 | ;	mov edi, [esi + 20]	; ifp
185 | 	mov esi, [esi + 24]	; igp
186 | 	
187 | 	mov edx, iy0	; iy<==iy0
188 | ALOOPY:
189 | 	mov ebx, 0	; ix<==0
190 | 	vmovaps ymm2, F76543210	; reset ix
191 | 	vcvtsi2ss xmm3, xmm3, edx	; xmm3<==iy
192 | 	vbroadcastss ymm3, xmm3	; xmm3<==iy, iy, iy, iy
193 | 	vbroadcastss ymm5, real4 ptr [eax]
194 | 	vmulps ymm5, ymm5, ymm3	; iy * fsin for each float
195 | 	vbroadcastss ymm7, real4 ptr [ecx]	; ymm7<==foffset
196 | 	vaddps ymm5, ymm5, ymm7	; ymm5<==iy * fsin + foffset
197 | ALOOPX:
198 | 	vmulps ymm4, ymm0, ymm2	; (ix+n) * fcos
199 | 	vaddps ymm4, ymm4, ymm5	; (ix+n) * fcos + foffset
200 | 	vcmpltps ymm7, ymm4, ymm6	; ymm7[i:i]=1 if (ymm4 < ixdimpg)
201 | 	vcmpgeps ymm3, ymm4, F00000000	; ymm3[i:i]=1 if (ymm4 >= 0)
202 | 	vpand ymm7, ymm7, ymm3
203 | 	vpxor ymm3, ymm3, ymm3	; clear ymm3
204 | 	vcvttps2dq ymm4, ymm4	; ymm4 float*8 to integer32*8
205 | 	vpgatherdd ymm3, [esi + ymm4 * 4], ymm7	; load [esi+ymm4*4] if ymm7=1
206 | 	vcmpltps ymm7, ymm2, ymm1	; ymm7[i:i]=1 if (ymm2 < ixdimp)
207 | 	vpmaskmovd ymm4, ymm7, [edi + ebx * 4]
208 | 	vpaddd ymm4, ymm3, ymm4
209 | 	vpmaskmovd [edi + ebx * 4], ymm7, ymm4
210 | 
211 | 	vaddps ymm2, ymm2, F88888888	; ymm2 + 8.0
212 | 	add ebx, 8
213 | 	cmp ebx, ixdimp
214 | 	jnae ALOOPX	; ix < ixdimp
215 | ALOOPYEND2:
216 | 	add edi, ixdimp4 ; +ixdimp*4
217 | 	inc edx	; iy++
218 | 	cmp edx, iy1
219 | 	jnae ALOOPY	; iy < iy1
220 | 
221 | ;	ldmxcsr smxcsr
222 | 	pop ebp
223 | 	pop ebx
224 | 	pop edi
225 | 	pop esi
226 | 	ret
227 | 
228 | projx32 ENDP
229 | 
230 | end
231 | 


--------------------------------------------------------------------------------
/source/projx32VS2008.asm:
--------------------------------------------------------------------------------
  1 | .686
  2 | .xmm
  3 | .model flat, c
  4 | 
  5 | DATA segment align(32)
  6 | F76543210 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0
  7 | F88888888 real4 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0
  8 | F00000000 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
  9 | F3210 real4 0.0, 1.0, 2.0, 3.0
 10 | DATA ends
 11 | 
 12 | .code
 13 | 
 14 | projx32 PROC param:dword
 15 | ;			for (int iy=iy0; iy<iy1; iy++) {
 16 | ;				const int ifpidx = iy * ixdimp;
 17 | ;				const float fyoff = iy * fsin + foffset;
 18 | ;				for (int ix=0; ix<ixdimp; ix++) {
 19 | ;					int ix0 = (int)(ix * fcos + fyoff);
 20 | ;					if (ix0 < 0) continue;
 21 | ;					if (ix0 >= ixdimpg) continue;
 22 | ;					ifp[ifpidx + ix] += ipgp[ix0];
 23 | ;				}
 24 | ;			}
 25 | 
 26 | ;local valiables
 27 | 	local ixdimp :dword
 28 | 	local ixdimp4 :dword
 29 | 	local iy0 :dword
 30 | 	local iy1 :dword
 31 | ;	local pmxcsr :dword
 32 | ;	local smxcsr :dword
 33 | 
 34 | ;store registers
 35 | 	push esi
 36 | 	push edi
 37 | 	push ebx
 38 | 	push ebp
 39 | ;	stmxcsr smxcsr
 40 | 
 41 | ;get pointer to args
 42 | 	mov esi, param ;arg #1
 43 | 
 44 | ;load valiables	and constants
 45 | ;	mov ixdimpg, [esi + 12]
 46 | 	mov eax, [esi + 16]
 47 | 	mov ixdimp, eax
 48 | ;	mov eax, ixdimp
 49 | 	shl eax, 2
 50 | 	mov ixdimp4, eax
 51 | ;	mov ifp, [esi + 20]
 52 | ;	mov igp, [esi + 24]
 53 | 	mov eax, [esi + 32]	;iy0
 54 | 	mov iy0, eax
 55 | 	mov eax, [esi + 36]	;iy1
 56 | 	mov iy1, eax
 57 | 
 58 | ;sse rounding mode RC=00B (MXCSR[14:13])
 59 | ;	stmxcsr pmxcsr
 60 | ;	and pmxcsr, 0FFFF9FFFh
 61 | ;	or pmxcsr,  000000000h
 62 | ;	ldmxcsr pmxcsr
 63 | 
 64 | ;jump to AVX routine
 65 | ;	mov eax, [esi + 28]	; AVX flag
 66 | ;	and eax, 000000001h
 67 | ;	jnz USEAVX
 68 | 
 69 | ;SSE
 70 | 	mov eax, [esi] ; &fcos
 71 | 	movss xmm0, real4 ptr [eax]
 72 | 	shufps xmm0, xmm0, 0
 73 | 	
 74 | 	mov eax, [esi + 4]; &fsin
 75 | 	movss xmm1, real4 ptr [eax]
 76 | 	shufps xmm1, xmm1, 0
 77 | 
 78 | 	mov eax, [esi + 8]; &foffset
 79 | 	movss xmm7, real4 ptr [eax]
 80 | 	shufps xmm7, xmm7, 0
 81 | 
 82 | 	movaps xmm6, F3210
 83 | 
 84 | 	mov eax, iy1 ; iy1
 85 | 	dec eax
 86 | 	mov ecx, ixdimp
 87 | 	imul ecx
 88 | 	shl eax, 2 ; ixy = ixdimp * (iy1 - 1) * 4
 89 | 	add eax, [esi + 20]; ixy += ifp
 90 | 	mov edi, eax
 91 | 
 92 | 	mov ecx, [esi + 12]; ixdimpg
 93 | 	mov esi, [esi + 24]; igp
 94 | 
 95 | 	mov edx, iy1; iy<==iy1
 96 | 	dec edx
 97 | 	mov eax, 0
 98 | LOOPY:
 99 | 	mov ebx, ixdimp ; ix<==ixdimp
100 | 	dec ebx
101 | 	cvtsi2ss xmm3, edx	; xmm3<==iy
102 | 	shufps xmm3, xmm3, 0	; xmm3<==iy, iy, iy, iy
103 | 	movaps xmm5, xmm1	; xmm5<==fsin, fsin, fsin, fsin
104 | 	mulps xmm5, xmm3	; iy * fsin for each float
105 | 	addps xmm5, xmm7	; + foffset for each float
106 | LOOPX:
107 | 	cvtsi2ss xmm2, ebx	; xmm2<==ix
108 | 	shufps xmm2, xmm2, 0	; xmm2<==ix, ix, ix, ix
109 | 	subps xmm2, xmm6	; xmm2<==ix-3, ix-2, ix-2, ix
110 | 	movaps xmm4, xmm0	; xmm4<==fcos, fcos, fcos, fcos
111 | 	mulps xmm4, xmm2	; (ix-n) * fcos
112 | 	addps xmm4, xmm5	; (ix-n) * fcos + foffset
113 | 	cvttps2dq xmm4, xmm4	; xmm4 float*4 to integer32*4
114 | 	movd eax, xmm4	; lower 4 bytes to eax
115 | ;	pextrd eax, xmm4, 0	; SSE4.1
116 | 	cmp eax, ecx	; ix<=>ixdimpg
117 | 	jae LOOPXSKIP1	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
118 | 	mov eax, [esi + eax * 4]	; eax<==igp[ix * DBPT_GINTP]
119 | 	add [edi + ebx * 4], eax	; ifp[ix] += eax
120 | LOOPXSKIP1:
121 | 	dec ebx ; ix--
122 | 	jl LOOPYEND ; ix < 0
123 | 	psrldq xmm4, 4	; shift right by 4 bytes (integer32)
124 | 	movd eax, xmm4
125 | ;	pextrd eax, xmm4, 1 ; SSE4.1
126 | 	cmp eax, ecx; ixdimpg
127 | 	jae LOOPXSKIP2 ; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
128 | 	mov eax, [esi + eax * 4]
129 | 	add [edi + ebx * 4], eax
130 | LOOPXSKIP2:
131 | 	dec ebx ; ix--
132 | 	jl LOOPYEND ; ix < 0
133 | 	psrldq xmm4, 4
134 | 	movd eax, xmm4
135 | ;	pextrd eax, xmm4, 2 ; SSE4.1
136 | 	cmp eax, ecx; ixdimpg
137 | 	jae LOOPXSKIP3 ; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
138 | 	mov eax, [esi + eax * 4]
139 | 	add [edi + ebx * 4], eax
140 | LOOPXSKIP3:
141 | 	dec ebx ; ix--
142 | 	jl LOOPYEND ; ix < 0
143 | 	psrldq xmm4, 4
144 | 	movd eax, xmm4
145 | ;	pextrd eax, xmm4, 3 ; SSE4.1
146 | 	cmp eax, ecx; ixdimpg
147 | 	jae LOOPXEND ; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
148 | 	mov eax, [esi + eax * 4]
149 | 	add [edi + ebx * 4], eax
150 | LOOPXEND:
151 | 	dec ebx
152 | 	jge LOOPX ; ix >= 0
153 | LOOPYEND:
154 | 	sub edi, ixdimp4
155 | 	dec edx
156 | 	cmp edx, iy0
157 | 	jge LOOPY ; iy >= iy0
158 | 
159 | ;	ldmxcsr smxcsr
160 | 	pop ebp
161 | 	pop ebx
162 | 	pop edi
163 | 	pop esi
164 | 	ret
165 | 
166 | projx32 ENDP
167 | 
168 | end
169 | 


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/source/projx64.asm:
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  1 | ;ml64.exe
  2 | 
  3 | DATA segment align(64)
  4 | FZMM0_15 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0, 8.0, 9.0, 10.0, 11.0, 12.0, 13.0, 14.0, 15.0
  5 | FZMM16_16 real4 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0
  6 | FZMM0_0 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
  7 | F76543210 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0
  8 | F88888888 real4 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0
  9 | F00000000 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
 10 | F3210 real4 0.0, 1.0, 2.0, 3.0
 11 | DATA ends
 12 | 
 13 | .code
 14 | 
 15 | projx64 PROC
 16 | ;	mov r10, rcx ; the first arg = rcx
 17 | ;	mov r10, rdx ; the 2nd arg = rdx
 18 | ;	mov rax, r10 ; rax to return result
 19 | 
 20 | ;			for (int iy=iy0; iy<iy1; iy++) {
 21 | ;				const int ifpidx = iy * ixdimp;
 22 | ;				const float fyoff = iy * fsin + foffset;
 23 | ;				for (int ix=0; ix<ixdimp; ix++) {
 24 | ;					int ix0 = (int)(ix * fcos + fyoff);
 25 | ;					if (ix0 < 0) continue;
 26 | ;					if (ix0 >= ixdimpg) continue;
 27 | ;					ifp[ifpidx + ix] += ipgp[ix0];
 28 | ;				}
 29 | ;			}
 30 | 
 31 | ;local valiables
 32 | ;	local pmxcsr :dword
 33 | ;	local smxcsr :dword
 34 | 	local regXMM6 :oword
 35 | 	local regXMM7 :oword
 36 | 
 37 | ;store registers
 38 | 	push rbx
 39 | 	push rbp
 40 | 	push rsi
 41 | 	push rdi
 42 | 	push r12
 43 | 	push r13
 44 | 	movdqu regXMM6, xmm6
 45 | 	movdqu regXMM7, xmm7
 46 | 
 47 | ;get pointer to args
 48 | 	mov rsi, rcx	; arg #1
 49 | 
 50 | ;init params
 51 | ;	mov ixdimpg, [rsi + 24]
 52 | 	mov r10, [rsi + 32]	; ixdimp
 53 | 	mov r9, r10
 54 | 	shl r9, 2	; r9<==ixdimp * 4
 55 | ;	mov ifp, [rsi + 40]
 56 | ;	mov igp, [rsi + 48]
 57 | 	mov r12, [rsi + 64]	;iy0
 58 | 	mov r13, [rsi + 72]	;iy1
 59 | 
 60 | ;sse rounding mode RC=00B (MXCSR[14:13])
 61 | ;	stmxcsr smxcsr
 62 | ;	stmxcsr pmxcsr
 63 | ;	and pmxcsr, 0FFFF9FFFh
 64 | ;	ldmxcsr pmxcsr
 65 | 
 66 | ;jump to AVX routine
 67 | 	mov rax, [rsi + 56]	; AVX flag
 68 | 	and rax, 000000002h
 69 | 	jnz USEAVX512
 70 | 	mov rax, [rsi + 56]	; AVX flag
 71 | 	and rax, 000000001h
 72 | 	jnz USEAVX
 73 | 
 74 | ;load valiables	
 75 | 	mov rax, r13; iy = iy1
 76 | 	dec rax
 77 | 	mov rcx, r10; ix = ixdimp
 78 | 	imul rcx
 79 | 	shl rax, 2	; ixy = ixdimp * (iy1 - 1) * 4
 80 | 	add rax, [rsi + 40]	; ixy += ifp
 81 | 	mov rdi, rax
 82 | 
 83 | 	mov rax, [rsi]	; &fcos
 84 | 	movss xmm0, real4 ptr [rax]
 85 | 	shufps xmm0, xmm0, 0
 86 | 	
 87 | 	mov rax, [rsi + 8]	; &fsin
 88 | 	movss xmm1, real4 ptr [rax]
 89 | 	shufps xmm1, xmm1, 0
 90 | 
 91 | 	mov rax, [rsi + 16]	; &foffset
 92 | 	movss xmm7, real4 ptr [rax]
 93 | 	shufps xmm7, xmm7, 0
 94 | 
 95 | 	movaps xmm6, F3210
 96 | 	
 97 | ;start process
 98 | 	mov rcx, [rsi + 24]	; ixdimpg
 99 | 	mov rsi, [rsi + 48]	; igp
100 | 
101 | 	mov rdx, r13	; iy<==iy1
102 | 	dec rdx
103 | 	mov rax, 0
104 | LOOPY:
105 | 	mov rbx, r10	; ix<==ixdimp
106 | 	dec rbx
107 | 	cvtsi2ss xmm3, rdx	; xmm3<==iy
108 | 	shufps xmm3, xmm3, 0	; xmm3<==iy, iy, iy, iy
109 | 	movaps xmm5, xmm1	; xmm5<==fsin, fsin, fsin, fsin
110 | 	mulps xmm5, xmm3	; iy * fsin for each float
111 | 	addps xmm5, xmm7	; + foffset for each float
112 | LOOPX:
113 | 	cvtsi2ss xmm2, rbx	; xmm2<==ix
114 | 	shufps xmm2, xmm2, 0	; xmm2<==ix, ix, ix, ix
115 | 	subps xmm2, xmm6	; xmm2<==ix-3, ix-2, ix-2, ix
116 | 	movaps xmm4, xmm0	; xmm4<==fcos, fcos, fcos, fcos
117 | 	mulps xmm4, xmm2	; (ix-n) * fcos
118 | 	addps xmm4, xmm5	; (ix-n) * fcos + foffset
119 | 	cvttps2dq xmm4, xmm4	; xmm4 float*4 to integer32*4
120 | 	movd eax, xmm4	; lower 4 bytes to eax
121 | ;	pextrd eax, xmm4, 0	; SSE4.1
122 | 	cmp eax, ecx	; ix<=>ixdimpg
123 | 	jae LOOPXSKIP1	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
124 | 	mov eax, [rsi + rax * 4]	; eax<==igp[ix * DBPT_GINTP]
125 | 	add [rdi + rbx * 4], eax	; ifp[ix] += eax
126 | LOOPXSKIP1:
127 | 	dec rbx	; ix--
128 | 	jl LOOPYEND	; ix < 0
129 | 	psrldq xmm4, 4	; shift right by 4 bytes (integer32)
130 | 	movd eax, xmm4
131 | ;	pextrd eax, xmm4, 1	; SSE4.1
132 | 	cmp eax, ecx; ixdimpg
133 | 	jae LOOPXSKIP2	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
134 | 	mov eax, [rsi + rax * 4]
135 | 	add [rdi + rbx * 4], eax
136 | LOOPXSKIP2:
137 | 	dec rbx	; ix--
138 | 	jl LOOPYEND	; ix < 0
139 | 	psrldq xmm4, 4
140 | 	movd eax, xmm4
141 | ;	pextrd eax, xmm4, 2	; SSE4.1
142 | 	cmp eax, ecx; ixdimpg
143 | 	jae LOOPXSKIP3	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
144 | 	mov eax, [rsi + rax * 4]
145 | 	add [rdi + rbx * 4], eax
146 | LOOPXSKIP3:
147 | 	dec rbx	; ix--
148 | 	jl LOOPYEND	; ix < 0
149 | 	psrldq xmm4, 4
150 | 	movd eax, xmm4
151 | ;	pextrd eax, xmm4, 3	; SSE4.1
152 | 	cmp eax, ecx; ixdimpg
153 | 	jae LOOPXEND	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
154 | 	mov eax, [rsi + rax * 4]
155 | 	add [rdi + rbx * 4], eax
156 | LOOPXEND:
157 | 	dec rbx	; ix--
158 | 	jge LOOPX	; ix >= 0
159 | LOOPYEND:
160 | 	sub rdi, r9 ; ixdimp*4
161 | 	dec rdx	; iy--
162 | 	cmp rdx, r12
163 | 	jge LOOPY	; iy >= iy0
164 | 
165 | 	jmp RTN
166 | 
167 | USEAVX:
168 | ;load valiables	
169 | 	mov rax, [rsi]	; &fcos
170 | 	vbroadcastss ymm0, real4 ptr [rax]
171 | 	mov r8, [rsi + 8]	; &fsin
172 | 	mov r11, [rsi + 16]	; &foffset
173 | 
174 | 	mov rcx, [rsi + 24]	; ixdimpg
175 | 	vcvtsi2ss xmm6, xmm6, rcx	; xmm6<==ixdimpg
176 | 	vbroadcastss ymm6, xmm6	; ymm6<==ixdimpg, ixdimpg, ixdimpg, ixdimpg
177 | 	vcvtsi2ss xmm1, xmm1, r10	; xmm1<==ixdimp
178 | 	vbroadcastss ymm1, xmm1	; ymm1<==ixdimp, ixdimp, ixdimp, ixdimp
179 | 	
180 | 	mov rax, r12; iy = iy0
181 | 	mov rcx, r10; ix = ixdimp
182 | 	imul rcx
183 | 	shl rax, 2	; ixy = ixdimp * iy0 * 4
184 | 	add rax, [rsi + 40]	; ixy += ifp
185 | 	mov rdi, rax
186 | ;	mov rdi, [rsi + 40]	; ifp
187 | 	mov rsi, [rsi + 48]	; igp
188 | 
189 | 	mov rdx, r12	; iy<==iy0
190 | ALOOPY:
191 | 	mov rbx, 0	; ix<==0
192 | 	vmovaps ymm2, F76543210	; reset ix
193 | 	vcvtsi2ss xmm3, xmm3, rdx	; xmm3<==iy
194 | 	vbroadcastss ymm3, xmm3	; xmm3<==iy, iy, iy, iy
195 | 	vbroadcastss ymm5, real4 ptr [r8]
196 | 	vmulps ymm5, ymm5, ymm3	; iy * fsin for each float
197 | 	vbroadcastss ymm7, real4 ptr [r11]	; ymm7<==foffset
198 | 	vaddps ymm5, ymm5, ymm7	; ymm5<==iy * fsin + foffset
199 | ALOOPX:
200 | 	vmulps ymm4, ymm0, ymm2	; (ix+n) * fcos
201 | 	vaddps ymm4, ymm4, ymm5	; (ix+n) * fcos + foffset
202 | 	vcmpltps ymm7, ymm4, ymm6	; ymm7[i:i]=1 if (ymm4 < ixdimpg)
203 | 	vcmpgeps ymm3, ymm4, F00000000	; ymm3[i:i]=1 if (ymm4 >= 0)
204 | 	vpand ymm7, ymm7, ymm3
205 | 	vpxor ymm3, ymm3, ymm3	; clear ymm3
206 | 	vcvttps2dq ymm4, ymm4	; ymm4 float*8 to integer32*8
207 | 	vpgatherdd ymm3, [rsi + ymm4 * 4], ymm7	; load [rsi+ymm4*4] if ymm7=1
208 | 	vcmpltps ymm7, ymm2, ymm1	; ymm7[i:i]=1 if (ymm2 < ixdimp)
209 | 	vpmaskmovd ymm4, ymm7, [rdi + rbx * 4]
210 | 	vpaddd ymm4, ymm3, ymm4
211 | 	vpmaskmovd [rdi + rbx * 4], ymm7, ymm4
212 | 
213 | 	vaddps ymm2, ymm2, F88888888	; ymm2 + 8.0
214 | 	add rbx, 8
215 | 	cmp rbx, r10
216 | 	jnae ALOOPX	; ix < ixdimp
217 | ALOOPYEND2:
218 | 	add rdi, r9 ; +ixdimp*4
219 | 	inc rdx	; iy++
220 | 	cmp rdx, r13
221 | 	jnae ALOOPY	; iy < iy1
222 | 
223 | 	jmp RTN
224 | 
225 | USEAVX512:
226 | ;220417
227 | ;load valiables	
228 | 	mov rax, [rsi]	; &fcos
229 | 	vbroadcastss zmm0, real4 ptr [rax]
230 | 	mov r8, [rsi + 8]	; &fsin
231 | 	mov r11, [rsi + 16]	; &foffset
232 | 
233 | 	mov rcx, [rsi + 24]	; ixdimpg
234 | 	vcvtsi2ss xmm6, xmm6, rcx	; xmm6<==ixdimpg
235 | 	vbroadcastss zmm6, xmm6	; zmm6<==ixdimpg, ixdimpg, ixdimpg, ixdimpg
236 | 	vcvtsi2ss xmm1, xmm1, r10	; xmm1<==ixdimp
237 | 	vbroadcastss zmm1, xmm1	; zmm1<==ixdimp, ixdimp, ixdimp, ixdimp
238 | 	
239 | 	mov rax, r12; iy = iy0
240 | 	mov rcx, r10; ix = ixdimp
241 | 	imul rcx
242 | 	shl rax, 2	; ixy = ixdimp * iy0 * 4
243 | 	add rax, [rsi + 40]	; ixy += ifp
244 | 	mov rdi, rax
245 | ;	mov rdi, [rsi + 40]	; ifp
246 | 	mov rsi, [rsi + 48]	; igp
247 | 
248 | 	mov rdx, r12	; iy<==iy0
249 | A5LOOPY:
250 | 	mov rbx, 0	; ix<==0
251 | 	vmovaps zmm2, FZMM0_15	; reset ix
252 | 	vcvtsi2ss xmm3, xmm3, rdx	; xmm3<==iy
253 | 	vbroadcastss zmm3, xmm3	; xmm3<==iy, iy, iy, iy
254 | 	vbroadcastss zmm5, real4 ptr [r8]
255 | 	vmulps zmm5, zmm5, zmm3	; iy * fsin for each float
256 | 	vbroadcastss zmm7, real4 ptr [r11]	; zmm7<==foffset
257 | 	vaddps zmm5, zmm5, zmm7	; zmm5<==iy * fsin + foffset
258 | A5LOOPX:
259 | 	vmulps zmm4, zmm0, zmm2	; (ix+n) * fcos
260 | 	vaddps zmm4, zmm4, zmm5	; (ix+n) * fcos + foffset
261 | 	vcmpltps k1, zmm4, zmm6	; k1[i:i]=1 if (zmm4 < ixdimpg)
262 | 	vcmpgeps k2, zmm4, FZMM0_0	; k2[i:i]=1 if (zmm4 >= 0)
263 | 	kandw k1, k1, k2
264 | 	vpxord zmm3, zmm3, zmm3	; clear zmm3
265 | 	vcvttps2dq zmm4, zmm4	; zmm4 float*8 to integer32*8
266 | 	vpgatherdd zmm3{k1}, [rsi + zmm4 * 4]	; load [rsi+zmm4*4] if k1[i:i]=1
267 | 	vcmpltps k1, zmm2, zmm1	; k1[i:i]=1 if (zmm2 < ixdimp)
268 | 	vmovdqa32 zmm4{k1}, [rdi + rbx * 4]
269 | 	vpaddd zmm4, zmm3, zmm4
270 | 	vmovdqa32 [rdi + rbx * 4]{k1}, zmm4
271 | 
272 | 	vaddps zmm2, zmm2, FZMM16_16	; zmm2 + 16.0
273 | 	add rbx, 16
274 | 	cmp rbx, r10
275 | 	jnae A5LOOPX	; ix < ixdimp
276 | A5LOOPYEND2:
277 | 	add rdi, r9 ; +ixdimp*4
278 | 	inc rdx	; iy++
279 | 	cmp rdx, r13
280 | 	jnae A5LOOPY	; iy < iy1
281 | 
282 | RTN:
283 | ;	ldmxcsr smxcsr
284 | 	movdqu xmm7, regXMM7
285 | 	movdqu xmm6, regXMM6
286 | 	pop r13
287 | 	pop r12
288 | 	pop rdi
289 | 	pop rsi
290 | 	pop rbp
291 | 	pop rbx
292 | 	ret
293 | 
294 | projx64 ENDP
295 | 
296 | end
297 | 


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/source/projx64.lst:
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  1 | Microsoft (R) Macro Assembler (x64) Version 14.16.27025.1   06/04/24 13:09:45
  2 | projx64.asm						     Page 1 - 1
  3 | 
  4 | 
  5 | 				;ml64.exe
  6 | 
  7 |  00000000			DATA segment align(64)
  8 |  00000000 00000000		FZMM0_15 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0, 8.0, 9.0, 10.0, 11.0, 12.0, 13.0, 14.0, 15.0
  9 | 	   3F800000
 10 | 	   40000000
 11 | 	   40400000
 12 | 	   40800000
 13 | 	   40A00000
 14 | 	   40C00000
 15 | 	   40E00000
 16 | 	   41000000
 17 | 	   41100000
 18 | 	   41200000
 19 | 	   41300000
 20 | 	   41400000
 21 | 	   41500000
 22 | 	   41600000
 23 | 	   41700000
 24 |  00000040 41800000		FZMM16_16 real4 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0, 16.0
 25 | 	   41800000
 26 | 	   41800000
 27 | 	   41800000
 28 | 	   41800000
 29 | 	   41800000
 30 | 	   41800000
 31 | 	   41800000
 32 | 	   41800000
 33 | 	   41800000
 34 | 	   41800000
 35 | 	   41800000
 36 | 	   41800000
 37 | 	   41800000
 38 | 	   41800000
 39 | 	   41800000
 40 |  00000080 00000000		FZMM0_0 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
 41 | 	   00000000
 42 | 	   00000000
 43 | 	   00000000
 44 | 	   00000000
 45 | 	   00000000
 46 | 	   00000000
 47 | 	   00000000
 48 | 	   00000000
 49 | 	   00000000
 50 | 	   00000000
 51 | 	   00000000
 52 | 	   00000000
 53 | 	   00000000
 54 | 	   00000000
 55 | 	   00000000
 56 |  000000C0 00000000		F76543210 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0
 57 | 	   3F800000
 58 | 	   40000000
 59 | 	   40400000
 60 | 	   40800000
 61 | 	   40A00000
 62 | 	   40C00000
 63 | 	   40E00000
 64 |  000000E0 41000000		F88888888 real4 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0
 65 | 	   41000000
 66 | 	   41000000
 67 | 	   41000000
 68 | 	   41000000
 69 | 	   41000000
 70 | 	   41000000
 71 | 	   41000000
 72 |  00000100 00000000		F00000000 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
 73 | 	   00000000
 74 | 	   00000000
 75 | 	   00000000
 76 | 	   00000000
 77 | 	   00000000
 78 | 	   00000000
 79 | 	   00000000
 80 |  00000120 00000000		F3210 real4 0.0, 1.0, 2.0, 3.0
 81 | 	   3F800000
 82 | 	   40000000
 83 | 	   40400000
 84 |  00000130			DATA ends
 85 | 
 86 |  00000000			.code
 87 | 
 88 |  00000000			projx64 PROC
 89 | 				;	mov r10, rcx ; the first arg = rcx
 90 | 				;	mov r10, rdx ; the 2nd arg = rdx
 91 | 				;	mov rax, r10 ; rax to return result
 92 | 
 93 | 				;			for (int iy=iy0; iy<iy1; iy++) {
 94 | 				;				const int ifpidx = iy * ixdimp;
 95 | 				;				const float fyoff = iy * fsin + foffset;
 96 | 				;				for (int ix=0; ix<ixdimp; ix++) {
 97 | 				;					int ix0 = (int)(ix * fcos + fyoff);
 98 | 				;					if (ix0 < 0) continue;
 99 | 				;					if (ix0 >= ixdimpg) continue;
100 | 				;					ifp[ifpidx + ix] += ipgp[ix0];
101 | 				;				}
102 | 				;			}
103 | 
104 | 				;local valiables
105 | 				;	local pmxcsr :dword
106 | 				;	local smxcsr :dword
107 | 					local regXMM6 :oword
108 | 					local regXMM7 :oword
109 | 
110 | 				;store registers
111 |  00000008  53				push rbx
112 |  00000009  55				push rbp
113 |  0000000A  56				push rsi
114 |  0000000B  57				push rdi
115 |  0000000C  41/ 54			push r12
116 |  0000000E  41/ 55			push r13
117 |  00000010  F3/ 0F 7F 75			movdqu regXMM6, xmm6
118 | 	   F0
119 |  00000015  F3/ 0F 7F 7D			movdqu regXMM7, xmm7
120 | 	   E0
121 | 
122 | 				;get pointer to args
123 |  0000001A  48/ 8B F1			mov rsi, rcx	; arg #1
124 | 
125 | 				;init params
126 | 				;	mov ixdimpg, [rsi + 24]
127 |  0000001D  4C/ 8B 56 20			mov r10, [rsi + 32]	; ixdimp
128 |  00000021  4D/ 8B CA			mov r9, r10
129 |  00000024  49/ C1 E1 02			shl r9, 2	; r9<==ixdimp * 4
130 | 				;	mov ifp, [rsi + 40]
131 | 				;	mov igp, [rsi + 48]
132 |  00000028  4C/ 8B 66 40			mov r12, [rsi + 64]	;iy0
133 |  0000002C  4C/ 8B 6E 48			mov r13, [rsi + 72]	;iy1
134 | 
135 | 				;sse rounding mode RC=00B (MXCSR[14:13])
136 | 				;	stmxcsr smxcsr
137 | 				;	stmxcsr pmxcsr
138 | 				;	and pmxcsr, 0FFFF9FFFh
139 | 				;	ldmxcsr pmxcsr
140 | 
141 | 				;jump to AVX routine
142 |  00000030  48/ 8B 46 38			mov rax, [rsi + 56]	; AVX flag
143 |  00000034  48/ 83 E0 02			and rax, 000000002h
144 |  00000038  0F 85 000001D4		jnz USEAVX512
145 |  0000003E  48/ 8B 46 38			mov rax, [rsi + 56]	; AVX flag
146 |  00000042  48/ 83 E0 01			and rax, 000000001h
147 |  00000046  0F 85 000000F6		jnz USEAVX
148 | 
149 | 				;load valiables	
150 |  0000004C  49/ 8B C5			mov rax, r13; iy = iy1
151 |  0000004F  48/ FF C8			dec rax
152 |  00000052  49/ 8B CA			mov rcx, r10; ix = ixdimp
153 |  00000055  48/ F7 E9			imul rcx
154 |  00000058  48/ C1 E0 02			shl rax, 2	; ixy = ixdimp * (iy1 - 1) * 4
155 |  0000005C  48/ 03 46 28			add rax, [rsi + 40]	; ixy += ifp
156 |  00000060  48/ 8B F8			mov rdi, rax
157 | 
158 |  00000063  48/ 8B 06			mov rax, [rsi]	; &fcos
159 |  00000066  F3/ 0F 10 00			movss xmm0, real4 ptr [rax]
160 |  0000006A  0F C6 C0 00			shufps xmm0, xmm0, 0
161 | 					
162 |  0000006E  48/ 8B 46 08			mov rax, [rsi + 8]	; &fsin
163 |  00000072  F3/ 0F 10 08			movss xmm1, real4 ptr [rax]
164 |  00000076  0F C6 C9 00			shufps xmm1, xmm1, 0
165 | 
166 |  0000007A  48/ 8B 46 10			mov rax, [rsi + 16]	; &foffset
167 |  0000007E  F3/ 0F 10 38			movss xmm7, real4 ptr [rax]
168 |  00000082  0F C6 FF 00			shufps xmm7, xmm7, 0
169 | 
170 |  00000086  0F 28 35			movaps xmm6, F3210
171 | 	   00000120 R
172 | 					
173 | 				;start process
174 |  0000008D  48/ 8B 4E 18			mov rcx, [rsi + 24]	; ixdimpg
175 |  00000091  48/ 8B 76 30			mov rsi, [rsi + 48]	; igp
176 | 
177 |  00000095  49/ 8B D5			mov rdx, r13	; iy<==iy1
178 |  00000098  48/ FF CA			dec rdx
179 |  0000009B  48/ C7 C0			mov rax, 0
180 | 	   00000000
181 |  000000A2			LOOPY:
182 |  000000A2  49/ 8B DA			mov rbx, r10	; ix<==ixdimp
183 |  000000A5  48/ FF CB			dec rbx
184 |  000000A8  F3/ 48/ 0F 2A DA		cvtsi2ss xmm3, rdx	; xmm3<==iy
185 |  000000AD  0F C6 DB 00			shufps xmm3, xmm3, 0	; xmm3<==iy, iy, iy, iy
186 |  000000B1  0F 28 E9			movaps xmm5, xmm1	; xmm5<==fsin, fsin, fsin, fsin
187 |  000000B4  0F 59 EB			mulps xmm5, xmm3	; iy * fsin for each float
188 |  000000B7  0F 58 EF			addps xmm5, xmm7	; + foffset for each float
189 |  000000BA			LOOPX:
190 |  000000BA  F3/ 48/ 0F 2A D3		cvtsi2ss xmm2, rbx	; xmm2<==ix
191 |  000000BF  0F C6 D2 00			shufps xmm2, xmm2, 0	; xmm2<==ix, ix, ix, ix
192 |  000000C3  0F 5C D6			subps xmm2, xmm6	; xmm2<==ix-3, ix-2, ix-2, ix
193 |  000000C6  0F 28 E0			movaps xmm4, xmm0	; xmm4<==fcos, fcos, fcos, fcos
194 |  000000C9  0F 59 E2			mulps xmm4, xmm2	; (ix-n) * fcos
195 |  000000CC  0F 58 E5			addps xmm4, xmm5	; (ix-n) * fcos + foffset
196 |  000000CF  F3/ 0F 5B E4			cvttps2dq xmm4, xmm4	; xmm4 float*4 to integer32*4
197 |  000000D3  66| 0F 7E E0			movd eax, xmm4	; lower 4 bytes to eax
198 | 				;	pextrd eax, xmm4, 0	; SSE4.1
199 |  000000D7  3B C1			cmp eax, ecx	; ix<=>ixdimpg
200 |  000000D9  73 06			jae LOOPXSKIP1	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
201 |  000000DB  8B 04 86			mov eax, [rsi + rax * 4]	; eax<==igp[ix * DBPT_GINTP]
202 |  000000DE  01 04 9F			add [rdi + rbx * 4], eax	; ifp[ix] += eax
203 |  000000E1			LOOPXSKIP1:
204 |  000000E1  48/ FF CB			dec rbx	; ix--
205 |  000000E4  7C 48			jl LOOPYEND	; ix < 0
206 |  000000E6  66| 0F 73 DC			psrldq xmm4, 4	; shift right by 4 bytes (integer32)
207 | 	   04
208 |  000000EB  66| 0F 7E E0			movd eax, xmm4
209 | 				;	pextrd eax, xmm4, 1	; SSE4.1
210 |  000000EF  3B C1			cmp eax, ecx; ixdimpg
211 |  000000F1  73 06			jae LOOPXSKIP2	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
212 |  000000F3  8B 04 86			mov eax, [rsi + rax * 4]
213 |  000000F6  01 04 9F			add [rdi + rbx * 4], eax
214 |  000000F9			LOOPXSKIP2:
215 |  000000F9  48/ FF CB			dec rbx	; ix--
216 |  000000FC  7C 30			jl LOOPYEND	; ix < 0
217 |  000000FE  66| 0F 73 DC			psrldq xmm4, 4
218 | 	   04
219 |  00000103  66| 0F 7E E0			movd eax, xmm4
220 | 				;	pextrd eax, xmm4, 2	; SSE4.1
221 |  00000107  3B C1			cmp eax, ecx; ixdimpg
222 |  00000109  73 06			jae LOOPXSKIP3	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
223 |  0000010B  8B 04 86			mov eax, [rsi + rax * 4]
224 |  0000010E  01 04 9F			add [rdi + rbx * 4], eax
225 |  00000111			LOOPXSKIP3:
226 |  00000111  48/ FF CB			dec rbx	; ix--
227 |  00000114  7C 18			jl LOOPYEND	; ix < 0
228 |  00000116  66| 0F 73 DC			psrldq xmm4, 4
229 | 	   04
230 |  0000011B  66| 0F 7E E0			movd eax, xmm4
231 | 				;	pextrd eax, xmm4, 3	; SSE4.1
232 |  0000011F  3B C1			cmp eax, ecx; ixdimpg
233 |  00000121  73 06			jae LOOPXEND	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
234 |  00000123  8B 04 86			mov eax, [rsi + rax * 4]
235 |  00000126  01 04 9F			add [rdi + rbx * 4], eax
236 |  00000129			LOOPXEND:
237 |  00000129  48/ FF CB			dec rbx	; ix--
238 |  0000012C  7D 8C			jge LOOPX	; ix >= 0
239 |  0000012E			LOOPYEND:
240 |  0000012E  49/ 2B F9			sub rdi, r9 ; ixdimp*4
241 |  00000131  48/ FF CA			dec rdx	; iy--
242 |  00000134  49/ 3B D4			cmp rdx, r12
243 |  00000137  0F 8D FFFFFF65		jge LOOPY	; iy >= iy0
244 | 
245 |  0000013D  E9 000001BC			jmp RTN
246 | 
247 |  00000142			USEAVX:
248 | 				;load valiables	
249 |  00000142  48/ 8B 06			mov rax, [rsi]	; &fcos
250 |  00000145  C4 E2 7D/ 18 00		vbroadcastss ymm0, real4 ptr [rax]
251 |  0000014A  4C/ 8B 46 08			mov r8, [rsi + 8]	; &fsin
252 |  0000014E  4C/ 8B 5E 10			mov r11, [rsi + 16]	; &foffset
253 | 
254 |  00000152  48/ 8B 4E 18			mov rcx, [rsi + 24]	; ixdimpg
255 |  00000156  C4 E1 CA/ 2A F1		vcvtsi2ss xmm6, xmm6, rcx	; xmm6<==ixdimpg
256 |  0000015B  C4 E2 7D/ 18 F6		vbroadcastss ymm6, xmm6	; ymm6<==ixdimpg, ixdimpg, ixdimpg, ixdimpg
257 |  00000160  C4 C1 F2/ 2A CA		vcvtsi2ss xmm1, xmm1, r10	; xmm1<==ixdimp
258 |  00000165  C4 E2 7D/ 18 C9		vbroadcastss ymm1, xmm1	; ymm1<==ixdimp, ixdimp, ixdimp, ixdimp
259 | 					
260 |  0000016A  49/ 8B C4			mov rax, r12; iy = iy0
261 |  0000016D  49/ 8B CA			mov rcx, r10; ix = ixdimp
262 |  00000170  48/ F7 E9			imul rcx
263 |  00000173  48/ C1 E0 02			shl rax, 2	; ixy = ixdimp * iy0 * 4
264 |  00000177  48/ 03 46 28			add rax, [rsi + 40]	; ixy += ifp
265 |  0000017B  48/ 8B F8			mov rdi, rax
266 | 				;	mov rdi, [rsi + 40]	; ifp
267 |  0000017E  48/ 8B 76 30			mov rsi, [rsi + 48]	; igp
268 | 
269 |  00000182  49/ 8B D4			mov rdx, r12	; iy<==iy0
270 |  00000185			ALOOPY:
271 |  00000185  48/ C7 C3			mov rbx, 0	; ix<==0
272 | 	   00000000
273 |  0000018C  C5 FC/ 28 15			vmovaps ymm2, F76543210	; reset ix
274 | 	   000000C0 R
275 |  00000194  C4 E1 E2/ 2A DA		vcvtsi2ss xmm3, xmm3, rdx	; xmm3<==iy
276 |  00000199  C4 E2 7D/ 18 DB		vbroadcastss ymm3, xmm3	; xmm3<==iy, iy, iy, iy
277 |  0000019E  C4 C2 7D/ 18 28		vbroadcastss ymm5, real4 ptr [r8]
278 |  000001A3  C5 D4/ 59 EB			vmulps ymm5, ymm5, ymm3	; iy * fsin for each float
279 |  000001A7  C4 C2 7D/ 18 3B		vbroadcastss ymm7, real4 ptr [r11]	; ymm7<==foffset
280 |  000001AC  C5 D4/ 58 EF			vaddps ymm5, ymm5, ymm7	; ymm5<==iy * fsin + foffset
281 |  000001B0			ALOOPX:
282 |  000001B0  C5 FC/ 59 E2			vmulps ymm4, ymm0, ymm2	; (ix+n) * fcos
283 |  000001B4  C5 DC/ 58 E5			vaddps ymm4, ymm4, ymm5	; (ix+n) * fcos + foffset
284 |  000001B8  C5 DC/ C2 FE 01		vcmpltps ymm7, ymm4, ymm6	; ymm7[i:i]=1 if (ymm4 < ixdimpg)
285 |  000001BD  C5 DC/ C2 1D			vcmpgeps ymm3, ymm4, F00000000	; ymm3[i:i]=1 if (ymm4 >= 0)
286 | 	   00000100 R 0D
287 |  000001C6  C5 C5/ DB FB			vpand ymm7, ymm7, ymm3
288 |  000001CA  C5 E5/ EF DB			vpxor ymm3, ymm3, ymm3	; clear ymm3
289 |  000001CE  C5 FE/ 5B E4			vcvttps2dq ymm4, ymm4	; ymm4 float*8 to integer32*8
290 |  000001D2  C4 E2 45/ 90 1C		vpgatherdd ymm3, [rsi + ymm4 * 4], ymm7	; load [rsi+ymm4*4] if ymm7=1
291 | 	   A6
292 |  000001D8  C5 EC/ C2 F9 01		vcmpltps ymm7, ymm2, ymm1	; ymm7[i:i]=1 if (ymm2 < ixdimp)
293 |  000001DD  C4 E2 45/ 8C 24		vpmaskmovd ymm4, ymm7, [rdi + rbx * 4]
294 | 	   9F
295 |  000001E3  C5 E5/ FE E4			vpaddd ymm4, ymm3, ymm4
296 |  000001E7  C4 E2 45/ 8E 24		vpmaskmovd [rdi + rbx * 4], ymm7, ymm4
297 | 	   9F
298 | 
299 |  000001ED  C5 EC/ 58 15			vaddps ymm2, ymm2, F88888888	; ymm2 + 8.0
300 | 	   000000E0 R
301 |  000001F5  48/ 83 C3 08			add rbx, 8
302 |  000001F9  49/ 3B DA			cmp rbx, r10
303 |  000001FC  72 B2			jnae ALOOPX	; ix < ixdimp
304 |  000001FE			ALOOPYEND2:
305 |  000001FE  49/ 03 F9			add rdi, r9 ; +ixdimp*4
306 |  00000201  48/ FF C2			inc rdx	; iy++
307 |  00000204  49/ 3B D5			cmp rdx, r13
308 |  00000207  0F 82 FFFFFF78		jnae ALOOPY	; iy < iy1
309 | 
310 |  0000020D  E9 000000EC			jmp RTN
311 | 
312 |  00000212			USEAVX512:
313 | 				;220417
314 | 				;load valiables	
315 |  00000212  48/ 8B 06			mov rax, [rsi]	; &fcos
316 |  00000215  62 F2 7D 48/ 18		vbroadcastss zmm0, real4 ptr [rax]
317 | 	   00
318 |  0000021B  4C/ 8B 46 08			mov r8, [rsi + 8]	; &fsin
319 |  0000021F  4C/ 8B 5E 10			mov r11, [rsi + 16]	; &foffset
320 | 
321 |  00000223  48/ 8B 4E 18			mov rcx, [rsi + 24]	; ixdimpg
322 |  00000227  C4 E1 CA/ 2A F1		vcvtsi2ss xmm6, xmm6, rcx	; xmm6<==ixdimpg
323 |  0000022C  62 F2 7D 48/ 18		vbroadcastss zmm6, xmm6	; zmm6<==ixdimpg, ixdimpg, ixdimpg, ixdimpg
324 | 	   F6
325 |  00000232  C4 C1 F2/ 2A CA		vcvtsi2ss xmm1, xmm1, r10	; xmm1<==ixdimp
326 |  00000237  62 F2 7D 48/ 18		vbroadcastss zmm1, xmm1	; zmm1<==ixdimp, ixdimp, ixdimp, ixdimp
327 | 	   C9
328 | 					
329 |  0000023D  49/ 8B C4			mov rax, r12; iy = iy0
330 |  00000240  49/ 8B CA			mov rcx, r10; ix = ixdimp
331 |  00000243  48/ F7 E9			imul rcx
332 |  00000246  48/ C1 E0 02			shl rax, 2	; ixy = ixdimp * iy0 * 4
333 |  0000024A  48/ 03 46 28			add rax, [rsi + 40]	; ixy += ifp
334 |  0000024E  48/ 8B F8			mov rdi, rax
335 | 				;	mov rdi, [rsi + 40]	; ifp
336 |  00000251  48/ 8B 76 30			mov rsi, [rsi + 48]	; igp
337 | 
338 |  00000255  49/ 8B D4			mov rdx, r12	; iy<==iy0
339 |  00000258			A5LOOPY:
340 |  00000258  48/ C7 C3			mov rbx, 0	; ix<==0
341 | 	   00000000
342 |  0000025F  62 F1 7C 48/ 28		vmovaps zmm2, FZMM0_15	; reset ix
343 | 	   15 00000000 R
344 |  00000269  C4 E1 E2/ 2A DA		vcvtsi2ss xmm3, xmm3, rdx	; xmm3<==iy
345 |  0000026E  62 F2 7D 48/ 18		vbroadcastss zmm3, xmm3	; xmm3<==iy, iy, iy, iy
346 | 	   DB
347 |  00000274  62 D2 7D 48/ 18		vbroadcastss zmm5, real4 ptr [r8]
348 | 	   28
349 |  0000027A  62 F1 54 48/ 59		vmulps zmm5, zmm5, zmm3	; iy * fsin for each float
350 | 	   EB
351 |  00000280  62 D2 7D 48/ 18		vbroadcastss zmm7, real4 ptr [r11]	; zmm7<==foffset
352 | 	   3B
353 |  00000286  62 F1 54 48/ 58		vaddps zmm5, zmm5, zmm7	; zmm5<==iy * fsin + foffset
354 | 	   EF
355 |  0000028C			A5LOOPX:
356 |  0000028C  62 F1 7C 48/ 59		vmulps zmm4, zmm0, zmm2	; (ix+n) * fcos
357 | 	   E2
358 |  00000292  62 F1 5C 48/ 58		vaddps zmm4, zmm4, zmm5	; (ix+n) * fcos + foffset
359 | 	   E5
360 |  00000298  62 F1 5C 48/ C2		vcmpltps k1, zmm4, zmm6	; k1[i:i]=1 if (zmm4 < ixdimpg)
361 | 	   CE 01
362 |  0000029F  62 F1 5C 48/ C2		vcmpgeps k2, zmm4, FZMM0_0	; k2[i:i]=1 if (zmm4 >= 0)
363 | 	   15 00000080 R
364 | 	   0D
365 |  000002AA  C5 F4/ 41 CA			kandw k1, k1, k2
366 |  000002AE  62 F1 65 48/ EF		vpxord zmm3, zmm3, zmm3	; clear zmm3
367 | 	   DB
368 |  000002B4  62 F1 7E 48/ 5B		vcvttps2dq zmm4, zmm4	; zmm4 float*8 to integer32*8
369 | 	   E4
370 |  000002BA  62 F2 7D 49/ 90		vpgatherdd zmm3{k1}, [rsi + zmm4 * 4]	; load [rsi+zmm4*4] if k1[i:i]=1
371 | 	   1C A6
372 |  000002C1  62 F1 6C 48/ C2		vcmpltps k1, zmm2, zmm1	; k1[i:i]=1 if (zmm2 < ixdimp)
373 | 	   C9 01
374 |  000002C8  62 F1 7D 49/ 6F		vmovdqa32 zmm4{k1}, [rdi + rbx * 4]
375 | 	   24 9F
376 |  000002CF  62 F1 65 48/ FE		vpaddd zmm4, zmm3, zmm4
377 | 	   E4
378 |  000002D5  62 F1 7D 49/ 7F		vmovdqa32 [rdi + rbx * 4]{k1}, zmm4
379 | 	   24 9F
380 | 
381 |  000002DC  62 F1 6C 48/ 58		vaddps zmm2, zmm2, FZMM16_16	; zmm2 + 16.0
382 | 	   15 00000040 R
383 |  000002E6  48/ 83 C3 10			add rbx, 16
384 |  000002EA  49/ 3B DA			cmp rbx, r10
385 |  000002ED  72 9D			jnae A5LOOPX	; ix < ixdimp
386 |  000002EF			A5LOOPYEND2:
387 |  000002EF  49/ 03 F9			add rdi, r9 ; +ixdimp*4
388 |  000002F2  48/ FF C2			inc rdx	; iy++
389 |  000002F5  49/ 3B D5			cmp rdx, r13
390 |  000002F8  0F 82 FFFFFF5A		jnae A5LOOPY	; iy < iy1
391 | 
392 |  000002FE			RTN:
393 | 				;	ldmxcsr smxcsr
394 |  000002FE  F3/ 0F 6F 7D			movdqu xmm7, regXMM7
395 | 	   E0
396 |  00000303  F3/ 0F 6F 75			movdqu xmm6, regXMM6
397 | 	   F0
398 |  00000308  41/ 5D			pop r13
399 |  0000030A  41/ 5C			pop r12
400 |  0000030C  5F				pop rdi
401 |  0000030D  5E				pop rsi
402 |  0000030E  5D				pop rbp
403 |  0000030F  5B				pop rbx
404 | 					ret
405 | 
406 |  00000312			projx64 ENDP
407 | 
408 | 				end
409 | Microsoft (R) Macro Assembler (x64) Version 14.16.27025.1   06/04/24 13:09:45
410 | projx64.asm						     Symbols 2 - 1
411 | 
412 | 
413 | 
414 | 
415 | Segments:
416 | 
417 |                 N a m e                  Length   Align   Class
418 | 
419 | DATA . . . . . . . . . . . . . .	 00000130 64	  
420 | 
421 | 
422 | Procedures, parameters, and locals:
423 | 
424 |                 N a m e                 Type     Value    Attr
425 | 
426 | projx64  . . . . . . . . . . . .	P 	 00000000 _TEXT	Length= 00000312 Public
427 |   regXMM6  . . . . . . . . . . .	XmmWord	 rbp - 00000010
428 |   regXMM7  . . . . . . . . . . .	XmmWord	 rbp - 00000020
429 |   LOOPY  . . . . . . . . . . . .	L 	 000000A2 _TEXT	
430 |   LOOPX  . . . . . . . . . . . .	L 	 000000BA _TEXT	
431 |   LOOPXSKIP1 . . . . . . . . . .	L 	 000000E1 _TEXT	
432 |   LOOPXSKIP2 . . . . . . . . . .	L 	 000000F9 _TEXT	
433 |   LOOPXSKIP3 . . . . . . . . . .	L 	 00000111 _TEXT	
434 |   LOOPXEND . . . . . . . . . . .	L 	 00000129 _TEXT	
435 |   LOOPYEND . . . . . . . . . . .	L 	 0000012E _TEXT	
436 |   USEAVX . . . . . . . . . . . .	L 	 00000142 _TEXT	
437 |   ALOOPY . . . . . . . . . . . .	L 	 00000185 _TEXT	
438 |   ALOOPX . . . . . . . . . . . .	L 	 000001B0 _TEXT	
439 |   ALOOPYEND2 . . . . . . . . . .	L 	 000001FE _TEXT	
440 |   USEAVX512  . . . . . . . . . .	L 	 00000212 _TEXT	
441 |   A5LOOPY  . . . . . . . . . . .	L 	 00000258 _TEXT	
442 |   A5LOOPX  . . . . . . . . . . .	L 	 0000028C _TEXT	
443 |   A5LOOPYEND2  . . . . . . . . .	L 	 000002EF _TEXT	
444 |   RTN  . . . . . . . . . . . . .	L 	 000002FE _TEXT	
445 | 
446 | 
447 | Symbols:
448 | 
449 |                 N a m e                 Type     Value    Attr
450 | 
451 | F00000000  . . . . . . . . . . .	DWord	 00000100 DATA	
452 | F3210  . . . . . . . . . . . . .	DWord	 00000120 DATA	
453 | F76543210  . . . . . . . . . . .	DWord	 000000C0 DATA	
454 | F88888888  . . . . . . . . . . .	DWord	 000000E0 DATA	
455 | FZMM0_0  . . . . . . . . . . . .	DWord	 00000080 DATA	
456 | FZMM0_15 . . . . . . . . . . . .	DWord	 00000000 DATA	
457 | FZMM16_16  . . . . . . . . . . .	DWord	 00000040 DATA	
458 | WIN_X64  . . . . . . . . . . . .	Text   	 
459 | 
460 | 	   0 Warnings
461 | 	   0 Errors
462 | 


--------------------------------------------------------------------------------
/source/projx64VS2008.asm:
--------------------------------------------------------------------------------
  1 | ;ml64.exe
  2 | 
  3 | DATA segment align(32)
  4 | F76543210 real4 0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0
  5 | F88888888 real4 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0, 8.0
  6 | F00000000 real4 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
  7 | F3210 real4 0.0, 1.0, 2.0, 3.0
  8 | DATA ends
  9 | 
 10 | .code
 11 | 
 12 | projx64 PROC
 13 | ;	mov r10, rcx ; the first arg = rcx
 14 | ;	mov r10, rdx ; the 2nd arg = rdx
 15 | ;	mov rax, r10 ; rax to return result
 16 | 
 17 | ;			for (int iy=iy0; iy<iy1; iy++) {
 18 | ;				const int ifpidx = iy * ixdimp;
 19 | ;				const float fyoff = iy * fsin + foffset;
 20 | ;				for (int ix=0; ix<ixdimp; ix++) {
 21 | ;					int ix0 = (int)(ix * fcos + fyoff);
 22 | ;					if (ix0 < 0) continue;
 23 | ;					if (ix0 >= ixdimpg) continue;
 24 | ;					ifp[ifpidx + ix] += ipgp[ix0];
 25 | ;				}
 26 | ;			}
 27 | 
 28 | ;local valiables
 29 | ;	local pmxcsr :dword
 30 | ;	local smxcsr :dword
 31 | 	local regXMM6 :oword
 32 | 	local regXMM7 :oword
 33 | 
 34 | ;store registers
 35 | 	push rbx
 36 | 	push rbp
 37 | 	push rsi
 38 | 	push rdi
 39 | 	push r12
 40 | 	push r13
 41 | 	movdqu regXMM6, xmm6
 42 | 	movdqu regXMM7, xmm7
 43 | 
 44 | ;get pointer to args
 45 | 	mov rsi, rcx	; arg #1
 46 | 
 47 | ;init params
 48 | ;	mov ixdimpg, [rsi + 24]
 49 | 	mov r10, [rsi + 32]	; ixdimp
 50 | 	mov r9, r10
 51 | 	shl r9, 2	; r9<==ixdimp * 4
 52 | ;	mov ifp, [rsi + 40]
 53 | ;	mov igp, [rsi + 48]
 54 | 	mov r12, [rsi + 64]	;iy0
 55 | 	mov r13, [rsi + 72]	;iy1
 56 | 
 57 | ;sse rounding mode RC=00B (MXCSR[14:13])
 58 | ;	stmxcsr smxcsr
 59 | ;	stmxcsr pmxcsr
 60 | ;	and pmxcsr, 0FFFF9FFFh
 61 | ;	ldmxcsr pmxcsr
 62 | 
 63 | ;jump to AVX routine
 64 | ;	mov rax, [rsi + 56]	; AVX flag
 65 | ;	and rax, 000000001h
 66 | ;	jnz USEAVX
 67 | 
 68 | ;load valiables	
 69 | 	mov rax, r13; iy = iy1
 70 | 	dec rax
 71 | 	mov rcx, r10; ix = ixdimp
 72 | 	imul rcx
 73 | 	shl rax, 2	; ixy = ixdimp * (iy1 - 1) * 4
 74 | 	add rax, [rsi + 40]	; ixy += ifp
 75 | 	mov rdi, rax
 76 | 
 77 | 	mov rax, [rsi]	; &fcos
 78 | 	movss xmm0, real4 ptr [rax]
 79 | 	shufps xmm0, xmm0, 0
 80 | 	
 81 | 	mov rax, [rsi + 8]	; &fsin
 82 | 	movss xmm1, real4 ptr [rax]
 83 | 	shufps xmm1, xmm1, 0
 84 | 
 85 | 	mov rax, [rsi + 16]	; &foffset
 86 | 	movss xmm7, real4 ptr [rax]
 87 | 	shufps xmm7, xmm7, 0
 88 | 
 89 | 	movaps xmm6, F3210
 90 | 	
 91 | ;start process
 92 | 	mov rcx, [rsi + 24]	; ixdimpg
 93 | 	mov rsi, [rsi + 48]	; igp
 94 | 
 95 | 	mov rdx, r13	; iy<==iy1
 96 | 	dec rdx
 97 | 	mov rax, 0
 98 | LOOPY:
 99 | 	mov rbx, r10	; ix<==ixdimp
100 | 	dec rbx
101 | 	cvtsi2ss xmm3, rdx	; xmm3<==iy
102 | 	shufps xmm3, xmm3, 0	; xmm3<==iy, iy, iy, iy
103 | 	movaps xmm5, xmm1	; xmm5<==fsin, fsin, fsin, fsin
104 | 	mulps xmm5, xmm3	; iy * fsin for each float
105 | 	addps xmm5, xmm7	; + foffset for each float
106 | LOOPX:
107 | 	cvtsi2ss xmm2, rbx	; xmm2<==ix
108 | 	shufps xmm2, xmm2, 0	; xmm2<==ix, ix, ix, ix
109 | 	subps xmm2, xmm6	; xmm2<==ix-3, ix-2, ix-2, ix
110 | 	movaps xmm4, xmm0	; xmm4<==fcos, fcos, fcos, fcos
111 | 	mulps xmm4, xmm2	; (ix-n) * fcos
112 | 	addps xmm4, xmm5	; (ix-n) * fcos + foffset
113 | 	cvttps2dq xmm4, xmm4	; xmm4 float*4 to integer32*4
114 | 	movd eax, xmm4	; lower 4 bytes to eax
115 | ;	pextrd eax, xmm4, 0	; SSE4.1
116 | 	cmp eax, ecx	; ix<=>ixdimpg
117 | 	jae LOOPXSKIP1	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
118 | 	mov eax, [rsi + rax * 4]	; eax<==igp[ix * DBPT_GINTP]
119 | 	add [rdi + rbx * 4], eax	; ifp[ix] += eax
120 | LOOPXSKIP1:
121 | 	dec rbx	; ix--
122 | 	jl LOOPYEND	; ix < 0
123 | 	psrldq xmm4, 4	; shift right by 4 bytes (integer32)
124 | 	movd eax, xmm4
125 | ;	pextrd eax, xmm4, 1	; SSE4.1
126 | 	cmp eax, ecx; ixdimpg
127 | 	jae LOOPXSKIP2	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
128 | 	mov eax, [rsi + rax * 4]
129 | 	add [rdi + rbx * 4], eax
130 | LOOPXSKIP2:
131 | 	dec rbx	; ix--
132 | 	jl LOOPYEND	; ix < 0
133 | 	psrldq xmm4, 4
134 | 	movd eax, xmm4
135 | ;	pextrd eax, xmm4, 2	; SSE4.1
136 | 	cmp eax, ecx; ixdimpg
137 | 	jae LOOPXSKIP3	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
138 | 	mov eax, [rsi + rax * 4]
139 | 	add [rdi + rbx * 4], eax
140 | LOOPXSKIP3:
141 | 	dec rbx	; ix--
142 | 	jl LOOPYEND	; ix < 0
143 | 	psrldq xmm4, 4
144 | 	movd eax, xmm4
145 | ;	pextrd eax, xmm4, 3	; SSE4.1
146 | 	cmp eax, ecx; ixdimpg
147 | 	jae LOOPXEND	; ix0 >= ixdimp * DBPT_GINTP or ix0 < 0
148 | 	mov eax, [rsi + rax * 4]
149 | 	add [rdi + rbx * 4], eax
150 | LOOPXEND:
151 | 	dec rbx	; ix--
152 | 	jge LOOPX	; ix >= 0
153 | LOOPYEND:
154 | 	sub rdi, r9 ; ixdimp*4
155 | 	dec rdx	; iy--
156 | 	cmp rdx, r12
157 | 	jge LOOPY	; iy >= iy0
158 | 
159 | 	jmp RTN
160 | 
161 | 
162 | 
163 | RTN:
164 | ;	ldmxcsr smxcsr
165 | 	movdqu xmm7, regXMM7
166 | 	movdqu xmm6, regXMM6
167 | 	pop r13
168 | 	pop r12
169 | 	pop rdi
170 | 	pop rsi
171 | 	pop rbp
172 | 	pop rbx
173 | 	ret
174 | 
175 | projx64 ENDP
176 | 
177 | end
178 | 


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/source/reconstinfo.h:
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  1 | #if !defined(ATI_OS_WIN)
  2 | //130920 #include <cutil_inline.h>
  3 | #include <helper_cuda.h>
  4 | #include <cufft.h>
  5 | #include <vector_types.h>
  6 | #else
  7 | #include <CL/cl.h>
  8 | 	typedef float float2;
  9 | 	typedef void* cufftHandle;
 10 | #endif
 11 | 
 12 | class CXyz;
 13 | 
 14 | //followings are defined in general.h
 15 | //#define READTIF16bit 1
 16 | //#define READTIF8bit 2
 17 | #define RIFLAG_KEEPSINOGRAM 4
 18 | 
 19 | #if !defined( _RECONSTINFO_H_ )
 20 | #define _RECONSTINFO_H_
 21 | struct RECONST_INFO {
 22 | 	unsigned char iStatus;
 23 | 	int ixdim;
 24 | 	//int iRecDim;
 25 | 	int iInterpolation;
 26 | 	double center;
 27 | 	int iSinoCenter;//190107
 28 | 	int iLenSinogr;
 29 | 	int* iReconst;
 30 | 	int iStartSino;
 31 | 	int iStepSino;
 32 | 	//190122 bool bMaster;
 33 | 	//CGazoDoc* pDoc;
 34 | 	unsigned int* pDoc;
 35 | 	int* nSinogr;
 36 | 	//CString dataName;
 37 | 	char dataName[61];
 38 | 	char* bInc;
 39 | 	float* fdeg;
 40 | 	float* fexp;
 41 | 	int iMultiplex;
 42 | 	int iOffset;
 43 | 	int maxSinogrLen;
 44 | 	short** iSinogr;
 45 | 	float* fFilter;
 46 | 	//110920 bool bAngularIntp;
 47 | 	unsigned int dReconFlags;
 48 | 	float fTiltAngle;
 49 | 	int drStart;
 50 | 	int drEnd;
 51 | 	double drX;
 52 | 	double drY;
 53 | 	BOOL drOmit;
 54 | 	unsigned int threadID;
 55 | 	//120828 HANDLE hThread;
 56 | 	//190119 unsigned int hThread;
 57 | 	uintptr_t hThread;
 58 | 	//
 59 | 	//CUDA memory allocation
 60 | 	unsigned int max_d_ifp;
 61 | 	unsigned int max_d_igp;
 62 | #if !defined(ATI_OS_WIN)
 63 | 	int* d_ifp;
 64 | 	int* d_igp;
 65 | #else
 66 | 	cl_mem d_ifp;
 67 | 	cl_mem d_igp;
 68 | #endif
 69 | 	float* d_filt;
 70 | 	unsigned int max_d_filt;
 71 | 	short* d_strip;
 72 | 	unsigned int max_d_strip;
 73 | 	float2* d_p;
 74 | 	unsigned int max_d_p;
 75 | 	float* d_px;
 76 | 	unsigned int max_d_px;
 77 | //	int* h_igp;
 78 | //	unsigned int max_h_igp;
 79 | //	float* d_fcos;
 80 | //	float* d_fsin;
 81 | //	unsigned int max_d_fcos;
 82 | 
 83 | 	cufftHandle fftplan;
 84 | 	unsigned int ifftdim;
 85 | 	cudaStream_t stream1, stream2;
 86 | 
 87 | 	//lsqfit
 88 | 	unsigned __int64 i64result;
 89 | 	unsigned __int64 i64sum;
 90 | 	short** ppRef;
 91 | 	short** ppQry;
 92 | 	unsigned int uiMaxRef;
 93 | 	unsigned int uiMaxQry;
 94 | 	CXyz* pcxyz1;
 95 | 	CXyz* pcxyz2;
 96 | 	int iLsqBin;
 97 | 	int iLsqBxref;
 98 | 	//drift list
 99 | 	int* piDrift;
100 | 	int iFlag;
101 | };
102 | #endif
103 | 


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/source/res/Toolbar.bmp:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/res/Toolbar.bmp


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/source/res/cursor1.cur:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/res/cursor1.cur


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/source/res/gazo.ico:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/res/gazo.ico


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/source/res/gazo.rc2:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/res/gazo.rc2


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/source/res/gazoDoc.ico:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/res/gazoDoc.ico


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/source/resource.h:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/source/resource.h


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/testPattern.png:
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https://raw.githubusercontent.com/mizutanilab/RecView/3e4f4cb0fc0e8ce53898c99d0e58311b6e6be56d/testPattern.png


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