Internal:CNF 4D: Difference between revisions
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June 15 | |||
* Integration with FEMT-006-03 (PI Dr. Heddle) and FEMT-006-05 (Dr. Liuiti): | * Integration with FEMT-006-03 (PI Dr. Heddle) and FEMT-006-05 (Dr. Liuiti): | ||
** Convert the output of PARTONS and UVA’s GPD generators into Nearly Raw Raster Data (NRRD) format (Liuiti, Heddle, Chrisochoides). This (ODU) group will be responsible for PARTONS and will assist UVA with GPD generators. | ** Convert the output of PARTONS and UVA’s GPD generators into Nearly Raw Raster Data (NRRD) format (Liuiti, Heddle, Chrisochoides). This (ODU) group will be responsible for PARTONS and will assist UVA with GPD generators. | ||
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* pre-process 4D CNF data and create a 4D synthetic data set for developing the 4D triangulation method (Gavalian/Chrisochoides/Computer Science (CS) Grad. Student); | * pre-process 4D CNF data and create a 4D synthetic data set for developing the 4D triangulation method (Gavalian/Chrisochoides/Computer Science (CS) Grad. Student); | ||
July 31, 2020: | July 31, 2020: | ||
* Integration with FEMT-006-03 (PI Dr. Heddle) and FEMT-006-05 (Dr. Liuiti): | * Integration with FEMT-006-03 (PI Dr. Heddle) and FEMT-006-05 (Dr. Liuiti): | ||
** Tesselation of Compton Form Factors using PARTONS and UVA GPD generators (Hyde, Liuiti, Chrisochoides) | ** Tesselation of Compton Form Factors using PARTONS and UVA GPD generators (Hyde, Liuiti, Chrisochoides) | ||
Latest revision as of 15:35, 19 May 2020
June 15
- Integration with FEMT-006-03 (PI Dr. Heddle) and FEMT-006-05 (Dr. Liuiti):
- Convert the output of PARTONS and UVA’s GPD generators into Nearly Raw Raster Data (NRRD) format (Liuiti, Heddle, Chrisochoides). This (ODU) group will be responsible for PARTONS and will assist UVA with GPD generators.
- Co-organize with Dr. Hyde as a chair a virtual workshop around mid-June on "The Integration of Imaging and Visualization in Femtography" (Hyde, Liuiti, Heddle, Chrisochoides)
- fine-tune existing 3D I2M conversion software tool and deliver a new Docker to JLab that enhances I/O and meets new requirements identified in the last six months (Chrisochoides/CS Gard. Student);
- pre-process 4D CNF data and create a 4D synthetic data set for developing the 4D triangulation method (Gavalian/Chrisochoides/Computer Science (CS) Grad. Student);
July 31, 2020:
- Integration with FEMT-006-03 (PI Dr. Heddle) and FEMT-006-05 (Dr. Liuiti):
- Tesselation of Compton Form Factors using PARTONS and UVA GPD generators (Hyde, Liuiti, Chrisochoides)
- create 4D triangulation algorithm and code as a prelude to future physics implementations (Chrisochodes/CS Gard. Student);
- 3D-visualization plugins in ParaView of the flavor-dependent Compton form factors (Hyde/Chrisochoides/Physics and CS Gard. Students);
- “smart 3-dimensional lookup table” based on an adaptive mesh-based tessellated representation of the CFFs for efficient evaluation of Monte Carlo simulations (Gavalian/Hyde/Phyiscs Grad. Student);