https://pct.wiki.uib.no/api.php?action=feedcontributions&feedformat=atom&user=Gabor 2026-05-05T17:26:09Z User contributions MediaWiki 1.44.2 https://pct.wiki.uib.no/index.php?title=Software_structure&diff=925 2021-04-18T17:12:22Z

<p>Gabor: /* Presentations */</p> <hr /> <div>This is a brainstorming document for the general software structure of the pCT project and the operation of the full pipeline.<br /> <br /> == General guidelines ==<br /> * support multiple programming languages<br /> * open for the programming tools best suited for a specific purpose and development group<br /> * use common/open source packages where ever possible<br /> * every component comes with a unit test<br /> <br /> == Presentations ==<br /> Some presentations in the course of discussion<br /> * [[Media:IntroToAutomaticDifferentiationWithCoDiPack Max Aehle 2021-03-22.pdf | IntroToAutomaticDifferentiationWithCoDiPack Max Aehle 2021-03-22.pdf]]<br /> * [[Media:2021-03-29 mrichter pct-software-tasks.pdf | 2021-03-29_mrichter_pct-software-tasks.pdf]]<br /> * [[Media:MLPCT_Pres_04122021.pdf | 04/12/2021 Simulation of Detector Response]]<br /> <br /> == Software Modules ==<br /> [[File:Software-task-sequence.png]]<br /> <br /> == Optimisation ==<br /> * Intro to Automatic Differentiation with CoDiPack, Max Aehle, 2021-03-22 [[Media:IntroToAutomaticDifferentiationWithCoDiPack_Max_Aehle_2021-03-22.pdf]]<br /> <br /> === Main data path ===<br /> * Simulation<br /> ** Beam Simulation<br /> ** Phantom Simulation<br /> ** Detector Propagation<br /> * Detector Response Simulation<br /> * Readout Simulation<br /> * Readout and Raw Data reconstruction<br /> ** pct-online<br /> * Detector Reconstruction<br /> ** Most likely entrance step and hull algorithm needed for the single-sided setup<br /> ** Clustering and Tracking<br /> * Phantom reconstruction<br /> * Imaging<br /> <br /> [[File:SignalChain.png|border|1000px]]<br /> <br /> === Utilities ===<br /> * Visualization<br /> * Control<br /> * Monitoring<br /> <br /> == Contact information of maintainers/experts for each software module ==<br /> <br /> == Build system and package management ==<br /> <br /> == Common software modules ==<br /> === Data model ===<br /> * Bridge Design Pattern [[Media:PCT_Design_Pattern_Intro.pdf]]<br /> <br /> === Common IO ===<br /> === IPC ===<br /> === Logging ===<br /> === Control ===</div>

Gabor https://pct.wiki.uib.no/index.php?title=Software_structure&diff=924 2021-04-18T17:11:13Z

<p>Gabor: /* Presentations */</p> <hr /> <div>This is a brainstorming document for the general software structure of the pCT project and the operation of the full pipeline.<br /> <br /> == General guidelines ==<br /> * support multiple programming languages<br /> * open for the programming tools best suited for a specific purpose and development group<br /> * use common/open source packages where ever possible<br /> * every component comes with a unit test<br /> <br /> == Presentations ==<br /> Some presentations in the course of discussion<br /> * [[Media:IntroToAutomaticDifferentiationWithCoDiPack Max Aehle 2021-03-22.pdf | IntroToAutomaticDifferentiationWithCoDiPack Max Aehle 2021-03-22.pdf]]<br /> * [[Media:2021-03-29 mrichter pct-software-tasks.pdf | 2021-03-29_mrichter_pct-software-tasks.pdf]]<br /> * [[Media:MLPCT_Pres_04122021.pdf | MLPCT_Pres_04122021.pdf]]<br /> <br /> == Software Modules ==<br /> [[File:Software-task-sequence.png]]<br /> <br /> == Optimisation ==<br /> * Intro to Automatic Differentiation with CoDiPack, Max Aehle, 2021-03-22 [[Media:IntroToAutomaticDifferentiationWithCoDiPack_Max_Aehle_2021-03-22.pdf]]<br /> <br /> === Main data path ===<br /> * Simulation<br /> ** Beam Simulation<br /> ** Phantom Simulation<br /> ** Detector Propagation<br /> * Detector Response Simulation<br /> * Readout Simulation<br /> * Readout and Raw Data reconstruction<br /> ** pct-online<br /> * Detector Reconstruction<br /> ** Most likely entrance step and hull algorithm needed for the single-sided setup<br /> ** Clustering and Tracking<br /> * Phantom reconstruction<br /> * Imaging<br /> <br /> [[File:SignalChain.png|border|1000px]]<br /> <br /> === Utilities ===<br /> * Visualization<br /> * Control<br /> * Monitoring<br /> <br /> == Contact information of maintainers/experts for each software module ==<br /> <br /> == Build system and package management ==<br /> <br /> == Common software modules ==<br /> === Data model ===<br /> * Bridge Design Pattern [[Media:PCT_Design_Pattern_Intro.pdf]]<br /> <br /> === Common IO ===<br /> === IPC ===<br /> === Logging ===<br /> === Control ===</div>

Gabor https://pct.wiki.uib.no/index.php?title=File:MLPCT_Pres_04122021.pdf&diff=923 2021-04-18T17:10:14Z

<p>Gabor: </p> <hr /> <div></div>

Gabor https://pct.wiki.uib.no/index.php?title=File:Software-task-sequence.png&diff=908 2021-03-17T15:22:46Z

<p>Gabor: </p> <hr /> <div>Sketch of the data flow through the different software modules of the pCT project.<br /> <br /> We should also add brief description of the modules and out 'experts&quot; working on it. In the mean time I have a hard time to figure out who has expertise with which part<br /> <br /> Beam Simulation:<br /> Simulates the beam used in pCT / therapy, beam type (p, He, C) and energy (130-230 MeV)<br /> <br /> People involved:<br /> Helge Pettersen (p, He)<br /> ...<br /> <br /> Phantom Simulation:<br /> Simulates different phantoms (head, water, ...)<br /> head phantom: simulates the head of a human (description / reference here)<br /> water phantom:<br /> rotated geometry:<br /> <br /> People involved:<br /> <br /> Detector Propagation:<br /> <br /> Detector Response Simulation:<br /> <br /> Readout Simulation:<br /> <br /> ...</div>

Gabor