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Now, the `atm_absorption_coefficient` uses the correct opacity where the dry-air, O2 and H2O are taken into account, instead the only H2O contribute. Changes to be committed: modified: src/libcal/src/AATM_fun.cpp
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Works for me, thanks. |
savaroskij
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Feb 17, 2021
algebrato
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Feb 26, 2021
Now, the `atm_absorption_coefficient` uses the correct opacity where the dry-air, O2 and H2O are taken into account, instead the only H2O contribute. Changes to be committed: modified: src/libcal/src/AATM_fun.cpp
algebrato
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Jul 21, 2021
* Check on the az lims In order to perform spin scans. WARNING: A spin scan cannot be uniform. Too many hits at the edges of the sky slab. The spin velocity has to be modulated accordingly with the distance from the north pole. * Update the simulation file * Fixed some bugs in OpPointingHpix Typo in init function * Update the colorscale in plot_realization update the single detector script * Update Readme.md * The opacity has been fixed (#22) Now, the `atm_absorption_coefficient` uses the correct opacity where the dry-air, O2 and H2O are taken into account, instead the only H2O contribute. Changes to be committed: modified: src/libcal/src/AATM_fun.cpp * Add centos8 ohpc optimized singularity container definition file (#23) Extended parallelization compatibility * Add comments on total opacity * Add the Focalplane class and tutorial notebooks * Complete the atmospheric tutorial * Delete Atmospheric_simulation_TOD.ipynb * Update cookbook * Update the cookbook * Simulation pipeline for STRIP observations * Scheduler for Slurm * Completed the scheduler for indaco submission * Feed the repository * Modify the scheduler * Update the Docker container * Update the scheduler and the parameters files * Add the two par files * Update file par * Update the scheduler * Modified `sim_tod.py` for implementing the smooth pointing Now, the sping scan is modulated as a function of the AZ angle. In this way the pointing are well distributed on the sky and are not still concentrated on the two slab of sky at the edges of the observed sky The improvements are significant, firt of all, the denoise algorithm works a lot of order o magnitude better! Co-authored-by: savaroskij <36457165+savaroskij@users.noreply.github.com>
algebrato
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Aug 2, 2021
* Check on the az lims In order to perform spin scans. WARNING: A spin scan cannot be uniform. Too many hits at the edges of the sky slab. The spin velocity has to be modulated accordingly with the distance from the north pole. * Update the simulation file * Fixed some bugs in OpPointingHpix Typo in init function * Update the colorscale in plot_realization update the single detector script * Update Readme.md * The opacity has been fixed (#22) Now, the `atm_absorption_coefficient` uses the correct opacity where the dry-air, O2 and H2O are taken into account, instead the only H2O contribute. Changes to be committed: modified: src/libcal/src/AATM_fun.cpp * Add centos8 ohpc optimized singularity container definition file (#23) Extended parallelization compatibility * Add comments on total opacity * Add the Focalplane class and tutorial notebooks * Complete the atmospheric tutorial * Delete Atmospheric_simulation_TOD.ipynb * Update cookbook * Update the cookbook * Simulation pipeline for STRIP observations * Scheduler for Slurm * Completed the scheduler for indaco submission * Feed the repository * Modify the scheduler * Update the Docker container * Update the scheduler and the parameters files * Add the two par files * Update file par * Update the scheduler * Modified `sim_tod.py` for implementing the smooth pointing Now, the sping scan is modulated as a function of the AZ angle. In this way the pointing are well distributed on the sky and are not still concentrated on the two slab of sky at the edges of the observed sky The improvements are significant, firt of all, the denoise algorithm works a lot of order o magnitude better! * Elevation and azimuthal modulation * Atm simulation modified Co-authored-by: savaroskij <36457165+savaroskij@users.noreply.github.com>
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Now, the
atm_absorption_coefficientuses the correct opacity where the dry-air, O2 and H2O are taken into account, instead the only H2O contribute.