2011-11-09 17:13:44 |
Lars Butler |
bug |
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added bug |
2011-11-10 10:01:53 |
Lars Butler |
description |
DRAFT |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per site of interest. This file will contain results for each PoE and realization of the entire calculation. The data will be structured as a nested hash: Hash<PoE, Hash<Realization, Data>>. |
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2011-11-14 16:36:31 |
Lars Butler |
description |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per site of interest. This file will contain results for each PoE and realization of the entire calculation. The data will be structured as a nested hash: Hash<PoE, Hash<Realization, Data>>. |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per PoE level. This file will contain the results for all sites and realizations in the calculation. For each site node in the file, there will be a 2D matrix representing the UHS data for all of the logic tree samples. Each row will represent a logic tree sample. The value of each row shall be the list of Spectral Acceleration values for a given UHS function (see attached photo for a more graphical explanation). |
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2011-11-14 16:36:43 |
Lars Butler |
attachment added |
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UHS_hdf5_structure.JPG https://bugs.launchpad.net/openquake/+bug/888175/+attachment/2596629/+files/UHS_hdf5_structure.JPG |
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2011-11-14 16:37:50 |
Lars Butler |
attachment added |
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UHS_hdf5_structure.JPG https://bugs.launchpad.net/openquake/+bug/888175/+attachment/2596631/+files/UHS_hdf5_structure.JPG |
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2011-11-14 16:47:20 |
Lars Butler |
attachment removed |
UHS_hdf5_structure.JPG https://bugs.launchpad.net/openquake/+bug/888175/+attachment/2596631/+files/UHS_hdf5_structure.JPG |
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2011-11-14 16:47:37 |
Lars Butler |
attachment removed |
UHS_hdf5_structure.JPG https://bugs.launchpad.net/openquake/+bug/888175/+attachment/2596629/+files/UHS_hdf5_structure.JPG |
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2011-11-14 16:48:40 |
Lars Butler |
attachment added |
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UHS_hdf5_structure.JPG https://bugs.launchpad.net/openquake/+bug/888175/+attachment/2596654/+files/UHS_hdf5_structure.JPG |
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2012-01-23 10:34:48 |
Lars Butler |
description |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per PoE level. This file will contain the results for all sites and realizations in the calculation. For each site node in the file, there will be a 2D matrix representing the UHS data for all of the logic tree samples. Each row will represent a logic tree sample. The value of each row shall be the list of Spectral Acceleration values for a given UHS function (see attached photo for a more graphical explanation). |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per PoE level. This file will contain the results for all sites and realizations in the calculation. For each site node in the file, there will be a 2D matrix representing the UHS data for all of the logic tree samples. Each row will represent a logic tree sample. The value of each row shall be the list of Spectral Acceleration values for a given UHS function (see attached photo for a more graphical explanation).
As outlined and implemented in bug # 888172, intermediate results for a single site (or a small list of the sites, as it may be in the future) are saved to temporary HDF5 files. The work in this bug is concerned with final collection and consolidation of the results into the final output format. |
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2012-01-23 10:39:04 |
Lars Butler |
description |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per PoE level. This file will contain the results for all sites and realizations in the calculation. For each site node in the file, there will be a 2D matrix representing the UHS data for all of the logic tree samples. Each row will represent a logic tree sample. The value of each row shall be the list of Spectral Acceleration values for a given UHS function (see attached photo for a more graphical explanation).
As outlined and implemented in bug # 888172, intermediate results for a single site (or a small list of the sites, as it may be in the future) are saved to temporary HDF5 files. The work in this bug is concerned with final collection and consolidation of the results into the final output format. |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per PoE level. This file will contain the results for all sites and realizations in the calculation. For each site node in the file, there will be a 2D matrix representing the UHS data for all of the logic tree samples. Each row will represent a logic tree sample. The value of each row shall be the list of Spectral Acceleration values for a given UHS function (see attached photo for a more graphical explanation).
As outlined and implemented in bug # 888172, intermediate results for a single site (or a small list of the sites, as it may be in the future) are saved to temporary HDF5 files. The work in this bug is concerned with final collection and consolidation of the results into the final output format.
The final output is created (empty) at the beginning of the calculation. We simply open the pre-existing files and copy the intermediate results into the proper location in the HDF5 dataset. |
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2012-01-23 11:01:37 |
Lars Butler |
openquake: status |
New |
Confirmed |
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2012-01-23 11:01:40 |
Lars Butler |
openquake: importance |
Undecided |
High |
|
2012-02-01 13:38:58 |
John Tarter |
openquake: milestone |
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0.6.0 |
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2012-02-01 13:39:03 |
John Tarter |
openquake: importance |
High |
Medium |
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2012-02-01 15:40:27 |
Lars Butler |
description |
UHS results shall be stored in HDF5 files (with a NRML/XML wrapper). For each calculation, there will be 1 file per PoE level. This file will contain the results for all sites and realizations in the calculation. For each site node in the file, there will be a 2D matrix representing the UHS data for all of the logic tree samples. Each row will represent a logic tree sample. The value of each row shall be the list of Spectral Acceleration values for a given UHS function (see attached photo for a more graphical explanation).
As outlined and implemented in bug # 888172, intermediate results for a single site (or a small list of the sites, as it may be in the future) are saved to temporary HDF5 files. The work in this bug is concerned with final collection and consolidation of the results into the final output format.
The final output is created (empty) at the beginning of the calculation. We simply open the pre-existing files and copy the intermediate results into the proper location in the HDF5 dataset. |
DRAFT
- Export UHS results from the DB to HDF5 files
- Bug # 888179 is a prerequisite |
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2012-02-01 15:40:27 |
Lars Butler |
openquake: status |
Confirmed |
Incomplete |
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2012-02-02 10:54:28 |
Lars Butler |
summary |
Serialize UHS results to HDF5 format |
Export UHS results from DB to HDF5 |
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2012-02-02 10:55:03 |
Lars Butler |
description |
DRAFT
- Export UHS results from the DB to HDF5 files
- Bug # 888179 is a prerequisite |
DRAFT
- Export UHS results from the DB to HDF5 files
- Bug # 888179 is a prerequisite
- This should happen as a separate action (post-calculation export, for example) |
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2012-02-17 13:20:21 |
Lars Butler |
description |
DRAFT
- Export UHS results from the DB to HDF5 files
- Bug # 888179 is a prerequisite
- This should happen as a separate action (post-calculation export, for example) |
- The hzrdr.uh_spectra record for the calculation contains the number of realizations and SA periods. These are required for determining the size of the HDF5 matrix dataset sizes.
- The hzrdr.uh_spectrum records contain the PoE values. 1 resulting HDF5 should be created for each PoE.
- The hzrdr.uh_spectrum_data records each contain data for a single site (1 data set), a single realization (the row number in the dataset, from 0-N), and the array of sa_values (which make up the data for said row in the dataset).
- Export UHS results from the DB to HDF5 files
- This should happen as a separate action (post-calculation export, for example)
- The following bugs are prerequisites: bug # 888179, bug # 925425, bug # 926141, bug # 926164, bug # 934166 |
|
2012-02-17 13:20:54 |
Lars Butler |
description |
- The hzrdr.uh_spectra record for the calculation contains the number of realizations and SA periods. These are required for determining the size of the HDF5 matrix dataset sizes.
- The hzrdr.uh_spectrum records contain the PoE values. 1 resulting HDF5 should be created for each PoE.
- The hzrdr.uh_spectrum_data records each contain data for a single site (1 data set), a single realization (the row number in the dataset, from 0-N), and the array of sa_values (which make up the data for said row in the dataset).
- Export UHS results from the DB to HDF5 files
- This should happen as a separate action (post-calculation export, for example)
- The following bugs are prerequisites: bug # 888179, bug # 925425, bug # 926141, bug # 926164, bug # 934166 |
[et=8h]
[at=]
- The hzrdr.uh_spectra record for the calculation contains the number of realizations and SA periods. These are required for determining the size of the HDF5 matrix dataset sizes.
- The hzrdr.uh_spectrum records contain the PoE values. 1 resulting HDF5 should be created for each PoE.
- The hzrdr.uh_spectrum_data records each contain data for a single site (1 data set), a single realization (the row number in the dataset, from 0-N), and the array of sa_values (which make up the data for said row in the dataset).
- Export UHS results from the DB to HDF5 files
- This should happen as a separate action (post-calculation export, for example)
- The following bugs are prerequisites: bug # 888179, bug # 925425, bug # 926141, bug # 926164, bug # 934166 |
|
2012-02-17 13:20:56 |
Lars Butler |
openquake: assignee |
|
Lars Butler (lars-butler) |
|
2012-02-17 13:21:00 |
Lars Butler |
openquake: status |
Incomplete |
In Progress |
|
2012-02-17 13:21:03 |
Lars Butler |
openquake: status |
In Progress |
Won't Fix |
|
2012-02-17 13:21:06 |
Lars Butler |
openquake: status |
Won't Fix |
Confirmed |
|
2012-02-22 17:58:48 |
Lars Butler |
openquake: status |
Confirmed |
In Progress |
|
2012-02-24 16:43:11 |
Lars Butler |
description |
[et=8h]
[at=]
- The hzrdr.uh_spectra record for the calculation contains the number of realizations and SA periods. These are required for determining the size of the HDF5 matrix dataset sizes.
- The hzrdr.uh_spectrum records contain the PoE values. 1 resulting HDF5 should be created for each PoE.
- The hzrdr.uh_spectrum_data records each contain data for a single site (1 data set), a single realization (the row number in the dataset, from 0-N), and the array of sa_values (which make up the data for said row in the dataset).
- Export UHS results from the DB to HDF5 files
- This should happen as a separate action (post-calculation export, for example)
- The following bugs are prerequisites: bug # 888179, bug # 925425, bug # 926141, bug # 926164, bug # 934166 |
[et=8h]
[at=7.5h]
- The hzrdr.uh_spectra record for the calculation contains the number of realizations and SA periods. These are required for determining the size of the HDF5 matrix dataset sizes.
- The hzrdr.uh_spectrum records contain the PoE values. 1 resulting HDF5 should be created for each PoE.
- The hzrdr.uh_spectrum_data records each contain data for a single site (1 data set), a single realization (the row number in the dataset, from 0-N), and the array of sa_values (which make up the data for said row in the dataset).
- Export UHS results from the DB to HDF5 files
- This should happen as a separate action (post-calculation export, for example)
- The following bugs are prerequisites: bug # 888179, bug # 925425, bug # 926141, bug # 926164, bug # 934166 |
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2012-02-24 18:01:34 |
Lars Butler |
tags |
|
export uhs |
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2012-02-28 13:29:32 |
Lars Butler |
openquake: status |
In Progress |
Fix Committed |
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2013-04-08 09:42:05 |
Lars Butler |
openquake: status |
Fix Committed |
Fix Released |
|