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0001 # runTheMatrix.py
0002
0003 ## Upgrade workflows
0004
0005 To list the upgrade workflows:
0006 ```
0007 runTheMatrix.py --what upgrade -n
0008 ```
0009
0010 To make an upgrade workflow visible to the regular matrix, add it to:
0011 * [relval_2017.py](./python/relval_2017.py) (for Run 2 and Run 3)
0012 * [relval_Run4.py](./python/relval_Run4.py) (for Phase 2)
0013
0014 All workflows in the regular matrix can be run in IB tests,
0015 so this should only be done for fully functional workflows.
0016
0017 To add a workflow to the PR tests, modify the `'limited'` list in
0018 [runTheMatrix.py](./scripts/runTheMatrix.py).
0019 (This should be done sparingly to limit the computational burden of PR tests.)
0020
0021 ### Special workflow offsets
0022
0023 Special workflows are defined in [upgradeWorkflowComponents.py](./python/upgradeWorkflowComponents.py).
0024 Each workflow must have a unique offset.
0025 The base `UpgradeWorkflow` class can be extended to implement a particular special workflow,
0026 specifying which steps to modify and for which conditions to create the workflow.
0027
0028 The offsets currently in use are:
0029 * 0.1: Tracking-only validation and DQM
0030 * 0.2: Tracking Run-2 era, `Run2_2017_trackingRun2`
0031 * 0.3: 0.1 + 0.2
0032 * 0.4: LowPU tracking era, `Run2_2017_trackingLowPU`
0033 * 0.402: Alpaka, pixel only quadruplets, portable
0034 * 0.403: Alpaka, pixel only quadruplets, portable vs. CPU validation
0035 * 0.404: Alpaka, pixel only quadruplets, portable profiling
0036 * 0.406: Alpaka, pixel only triplets, portable
0037 * 0.407: Alpaka, pixel only triplets, portable vs. CPU validation
0038 * 0.407: Alpaka, pixel only triplets, portable profiling
0039 * 0.412: Alpaka, ECAL only, portable
0040 * 0.422: Alpaka, HCAL only, portable
0041 * 0.423: Alpaka, HCAL only, portable vs CPU validation
0042 * 0.424: Alpaka, HCAL only, portable profiling
0043 * 0.492: Alpaka, full reco with pixel quadruplets
0044 * 0.496: Alpaka, full reco with pixel triplets
0045 * 0.5: Pixel tracking only + 0.1
0046 * 0.501: Patatrack, pixel only quadruplets, on CPU
0047 * 0.502: Patatrack, pixel only quadruplets, with automatic offload to GPU if available
0048 * 0.504: Patatrack, pixel only quadruplets, GPU profiling
0049 * 0.505: Patatrack, pixel only triplets, on CPU
0050 * 0.506: Patatrack, pixel only triplets, with automatic offload to GPU if available
0051 * 0.508: Patatrack, pixel only triplets, GPU profiling
0052 * 0.511: Patatrack, ECAL only, on CPU
0053 * 0.512: Patatrack, ECAL only, with automatic offload to GPU if available
0054 * 0.513: Patatrack, ECAL only, GPU vs. CPU validation
0055 * 0.514: Patatrack, ECAL only, GPU profiling
0056 * 0.521: Patatrack, HCAL only, on CPU
0057 * 0.522: Patatrack, HCAL only, with automatic offload to GPU if available
0058 * 0.524: Patatrack, HCAL only, GPU profiling
0059 * 0.591: Patatrack, full reco with pixel quadruplets, on CPU
0060 * 0.592: Patatrack, full reco with pixel quadruplets, with automatic offload to GPU if available
0061 * 0.595: Patatrack, full reco with pixel triplets, on CPU
0062 * 0.596: Patatrack, full reco with pixel triplets, with automatic offload to GPU if available
0063 * 0.6: HE Collapse (old depth segmentation for 2018)
0064 * 0.601: HLT as separate step
0065 * 0.7: trackingMkFit modifier
0066 * 0.701: DisplacedRegionalStep tracking iteration for Run-3
0067 * 0.702: trackingMkFit modifier for Phase-2 (initialStep only)
0068 * 0.703: LST tracking (Phase-2 only), initialStep+HighPtTripletStep only, on CPU
0069 * 0.704: LST tracking (Phase-2 only), initialStep+HighPtTripletStep only, on GPU
0070 * 0.75: HLT phase-2 timing menu
0071 * 0.751: HLT phase-2 timing menu Alpaka variant
0072 * 0.752: HLT phase-2 timing menu ticl_v5 variant
0073 * 0.78: Complete L1 workflow
0074 * 0.8: BPH Parking (Run-2)
0075 * 0.81: Running also HeavyFlavor DQM
0076 * 0.85: Phase-2 Heavy Ion
0077 * 0.9: Vector hits
0078 * 0.12: Neutron background
0079 * 0.13: MLPF algorithm
0080 * 0.15: JME NanoAOD
0081 * 0.17: Run-3 deep core seeding for JetCore iteration
0082 * 0.19: ECAL SuperClustering with DeepSC algorithm
0083 * 0.21: Production-like sequence
0084 * 0.21X1 : Production-like sequence with classical mixing PU=X (X=10,20,30,40,50,60,70,80,90,100,120,140,160,180)
0085 * 0.24: 0 Tesla (Run-2, Run-3)
0086 * 0.31: Photon energy corrections with DRN architecture
0087 * 0.61: ECAL `phase2_ecal_devel` era, on CPU
0088 * 0.612: ECAL `phase2_ecal_devel` era, with automatic offload to GPU if available
0089 * 0.631: ECAL component-method based digis
0090 * 0.632: ECAL component-method based finely-sampled waveforms
0091 * 0.633: ECAL phase2 Trigger Primitive
0092 * 0.634: ECAL phase2 Trigger Primitive + component-method based digis
0093 * 0.635: ECAL phase2 Trigger Primitive + component-method based finely-sampled waveforms
0094 * 0.75: Phase-2 HLT Timing menu
0095 * 0.91: Track DNN modifier
0096 * 0.97: Premixing stage1
0097 * 0.98: Premixing stage2
0098 * 0.99: Premixing stage1+stage2
0099 * 0.999: 0.99 with Phase-2 premixing with PU50
0100 * 0.9821: Production-like premixing stage2
0101 * 0.9921: Production-like premixing stage1+stage2
0102 * 0.911: DD4hep reading geometry from XML
0103 * 0.912: DD4hep reading geometry from the DB
0104 * 0.914: DDD DB
0105 * 0.101: Phase-2 aging, 1000fb-1
0106 * 0.103: Phase-2 aging, 3000fb-1
0107 * 0.201: HGCAL special TICL Pattern recognition Workflows: clue3D
0108 * 0.202: HGCAL special TICL Pattern recognition Workflows: FastJet
0109 * 0.203: HGCAL TICLv5
0110 * 0.204: HGCAL superclustering : using Mustache in TICLv5
0111 * 0.205: HGCAL superclustering : using old PFCluster-based Mustache algorithm with TICLv5
0112 * 0.302: FastSim Run-3 trackingOnly validation
0113 * 0.303: FastSim Run-3 MB for mixing
0114 * 0.9001: Sonic Triton
0115 * 0.278: Weighted Vertexing in Blocks
0116 * 0.279: Weighted Vertexing in Blocks and tracking only wf
0117 * 0.111: Activate OuterTracker inefficiency (PS-p: bias rails inefficiency only)
0118 * 0.112: Activate OuterTracker inefficiency (PS-p: bias rails inefficiency; PS-s and SS: 1% bad strips)
0119 * 0.113: Activate OuterTracker inefficiency (PS-p: bias rails inefficiency; PS-s and SS: 5% bad strips)
0120 * 0.114: Activate OuterTracker inefficiency (PS-p: bias rails inefficiency; PS-s and SS: 10% bad strips)
0121 * 0.141: Activate emulation of the signal shape of the InnerTracker FE chip (CROC)
