Details
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Type:
Story
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Status: Done
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Resolution: Done
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Fix Version/s: None
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Component/s: ts_aos
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Labels:
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Story Points:3
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Epic Link:
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Sprint:TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14, TSSW Sprint - Mar 14 - Mar 28
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Team:Telescope and Site
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Urgent?:No
Description
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS.
Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections.
This milestone will be using the NCSA Test Stand
Demonstrate ability to:
• Have MTAOS process images and publish camera,m2_Hexapod, m1m3, m2 correction events.
Procedure
• Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata
• As for IMpre-pre-F get data from the butler and generate Zernikes, using OCPS to run the pipeline
• Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2,
• Check that desired events are in the EFD
Acceptance Criteria
• A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This does not not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable.
• Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP.
Attachments
Issue Links
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Activity
Sandrine Thomas
created issue -
Sandrine Thomas
made changes -
Sandrine Thomas
made changes -
Sandrine Thomas
made changes -
| Labels | AOS IntegrationMilestones |
Sandrine Thomas
made changes -
| Description |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raftimages with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. Demonstrate ability to: • Have MTAOS process images and publish \{\{camera,m2}Hexapod,\{m1m3,m2}} Correction events |
Sandrine Thomas
made changes -
| Description |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. Demonstrate ability to: • Have MTAOS process images and publish \{\{camera,m2}Hexapod,\{m1m3,m2}} Correction events |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. Demonstrate ability to: • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand |
Sandrine Thomas
made changes -
| Description |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. Demonstrate ability to: • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. Demonstrate ability to: • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand Acceptance Criteria • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
Sandrine Thomas
made changes -
| Description |
**ExecutiveSummary:
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. Demonstrate ability to: • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand Acceptance Criteria • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for IMpre-pre-F (https://jira.lsstcorp.org/browse/DM-30764) get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
Sandrine Thomas
made changes -
| Description |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for IMpre-pre-F (https://jira.lsstcorp.org/browse/DM-30764) get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for [IMpre-pre-F |https://jira.lsstcorp.org/browse/DM-30764] get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
Sandrine Thomas
made changes -
| Description |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. This milestone will be using the NCSA Test Stand +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for [IMpre-pre-F |https://jira.lsstcorp.org/browse/DM-30764] get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. This milestone will be using the NCSA Test Stand +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for IMpre-pre-F get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
Sandrine Thomas
made changes -
Sandrine Thomas
made changes -
| Summary | Execute the integration Milestone Im_pf | Execute the integration Milestone IM_Pf |
Sandrine Thomas
made changes -
| Summary | Execute the integration Milestone IM_Pf | Execute Integration Milestone IM_Pf |
Sandrine Thomas
made changes -
| Description |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. This milestone will be using the NCSA Test Stand +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for IMpre-pre-F get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This need not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
+***ExecutiveSummary:*+
Process phosim Intra/Extra simulated Corner Raft images with the MTAOS. Assuming that the images were acquired and ingested previously, drive the MTAOS through the data processing steps and produce corrections. This milestone will be using the NCSA Test Stand +*Demonstrate ability to:*+ • Have MTAOS process images and publish {{camera,m2_Hexapod, m1m3, m2}} correction events. +*Procedure*+ • Generate and ingest simulated images with desired pistons (e.g. [0, −10, 0, 10, 0]) and appropriate metadata • As for IMpre-pre-F get data from the butler and generate Zernikes, using OCPS to run the pipeline • Trigger MTAOS to compute updates for Camera Hexapod, M2 Hexapod, M1M3, M2, • Check that desired events are in the EFD +*Acceptance Criteria*+ • A member of SITCom must be able to carry out these operations at NCSA without installing any software for themselves. This does not not be done using RSP; a login shell on e.g. lsst-devl3 would be acceptable. • Confirm that the results are as expected. This should be carried out using a notebook on the RSP, in which case it is acceptable to require the tester to install the notebook from git themselves due to restrictions on the packages available on the RSP. |
| Story Points | 16 | 3 |
| Sprint | TSSW Sprint - Jan 31 - Feb 14 [ 1147 ] |
| Status | To Do [ 10001 ] | In Progress [ 3 ] |
| Sprint | TSSW Sprint - Jan 31 - Feb 14 [ 1147 ] | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 14 - Feb 28 [ 1147, 1149 ] |
| Epic Link |
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| Status | In Progress [ 3 ] | To Do [ 10001 ] |
| Sprint | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 14 - Feb 28 [ 1147, 1149 ] | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14 [ 1147, 1151 ] |
| Rank | Ranked lower |
| Status | To Do [ 10001 ] | In Progress [ 3 ] |
The code and configuration changes needed to execute this integration milestone were already reviewed by Te-Wei Tsai. The remaining part is to review the documentation and execution notebooks (tstn-31 and ts_notebooks).
The milestone also requires someone from SE to execute the test and verify it is doing what it is supposed to do. Which I assume, must also be done during the review process.
As you will notice, the milestone needs to be executed at the TTS. Everything is setup and ready.
| Reviewers | Sandrine Thomas [ sthomas ] | Bruno Quint [ bquint ] |
| Status | In Progress [ 3 ] | In Review [ 10004 ] |
FYI, the tstn-31 rendered page can be seen here: https://tstn-031.lsst.io/v/DM-31646/index.html
| Sprint | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14 [ 1147, 1151 ] | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14, TSSW Sprint - Mar 14 - Mar 28 [ 1147, 1151, 1154 ] |
Reviewed ts_notebooks and tstn-031 in GitHub.
| Status | In Review [ 10004 ] | Reviewed [ 10101 ] |
| Sprint | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14, TSSW Sprint - Mar 14 - Mar 28 [ 1147, 1151, 1154 ] | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14, TSSW Sprint - Mar 14 - Mar 28, TSSW Sprint - Mar 28 - Apr 11 [ 1147, 1151, 1154, 1155 ] |
| Resolution | Done [ 10000 ] | |
| Status | Reviewed [ 10101 ] | Done [ 10002 ] |
| Sprint | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14, TSSW Sprint - Mar 14 - Mar 28, TSSW Sprint - Mar 28 - Apr 11 [ 1147, 1151, 1154, 1155 ] | TSSW Sprint - Jan 31 - Feb 14, TSSW Sprint - Feb 28 - Mar 14, TSSW Sprint - Mar 14 - Mar 28 [ 1147, 1151, 1154 ] |
Reviewed the ts_config_mttcs and ts_MATOS in GitHub.