A. SandovalGSI TPC meeting June 2nd Detector Databases Andres Sandoval

A. Sandoval GSI TPC meeting June 2nd

Detector Databases

Andres Sandoval


Databases in ALICE

• detector construction db– Wiktor Peryt Warsaw

• calibration db– ROOT files in AliEn catalog

• cables db: Pierluigi Barberis Access

• INB database: Oracle?

• run, simulation and analysis catalog: AliEn catalog


Warsaw Group• central db CERN Oracle

• satellite db each project PostgreSQL or Oracle

• XML to exchange data

Dictionaries defining

Components and Processes,

processed in Central db.

Data of components and processes

entered by the user

Central database

Satellite databases


Satellite Database – data structuresDATA BASE# DATABASE CODE* NAME

COMPONENT TYPEDERIVATION* DERIVATION TYPEo DESCRIPTIONo QUANTITY

DETECTOR# DETECTOR CODE* NAMEo DESCRIPTION

ALLOWABLE VALUE# SEQUENTIAL NO* VALUEo HIGH VALUEo MEANINGo NUMERICAL VALUE

DATA TYPE# DATA TYPE CODE* NAME* ELEMENTARY TYPEo DESCRIPTION

BLOB TYPE# MIME TYPEo NAME

MANUFACTURER# MANUFACTURER CODE* NAME* IS LABo DESCRIPTION

PROCESS PARAMETERo VALUEo DESCRIPTION

BLOB# BLOB ID* BLOB VALUEo BLOB DATEo FILE NAMEo FILE PATHo FILE OWNERo DESCRIPTION

PROCESS# PROCESS DATEo DESCRIPTIONo X SIZEo Y SIZEo Z SIZEo VALUE TABLEo PROCESSED BY* IS SKELETON

PARAMETER# VALID FROMo VALID TOo VALUE

DEFINITION OF PROCESSPARAMETER# PARAMETER CODE* NAMEo SEQUENTIAL NOo UNITS OF MEASUREo DESCRIPTION* IS RESULT* IS ACTIVE

DEFINITION OF PROCESS# PROCESS CODE* NAME* TYPEo SEQUENTIAL NOo UNITS OF MEASUREo X LABELo Y LABELo Z LABELo DESCRIPTION* IS ACTIVE

DEFINITION OF PARAMETER# PARAMETER CODE* NAMEo SEQUENTIAL NOo UNITS OF MEASUREo DESCRIPTION* IS ACTIVE

COMPONENT STATE# VALID FROMo VALID TO* EXISTENCEo QUALITYo ACCEPTEDo IMPORT DATETIMEo EXPORT DATETIME

COMPONENT DERIVATION# VALID FROMo VALID TO* DERIVATION TYPEo LOCATIONo POSITION NOo DESCRIPTION

COMPONENT GROUP# GROUP CODE* NAMEo DESCRIPTION

COMPONENT TYPE# TYPE CODE* NAME* IS ACTIVEo DESCRIPTION

COMPONENT# COMPONENT IDo USER CODEo SERIAL NUMBERo DESCRIPTION* IS SKELETON* IS VIRTUAL* LAST MODIFIED

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Dictionaries Maintained in central repository Supplied from central database to labs Read-only in satellite databases

Satellite Database – data structures


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Components’ data Created and updated in satellite

databases at labs Copied to central repository

Satellite Database – data structures


Dictionary wizard

• Example of TPC IROC– detector– TPC components– IROC– IROC long term test– IROC planarity measurement


OROC01: 127.8 119.3 118.4 OROC02: 155.4 115.3 OROC03: 149.5 112.8 117.7 OROC04: 147.9 110

131.3 118.4 118.7 151.4 117.8 147.6 114.1 118.5 142 112.9col.B :Anode 45.24 116.5 118.9 48.68 118.2 45.59 116 117 42.28 107.6

C : Cathode 45.74 115.6 118.4 47.08 114.5 46.42 116.9 116.5 43.28 112.2D : Gate 43.64 116.5 118.1 48.52 117.6 44.43 117.3 117.8 44.88 112.4

and so on 43.89 115.1 117.8 47.34 118.1 45.89 117.8 117.6 45.17 113.544.07 115.6 118.6 47.68 118.7 44.97 116.8 117.9 45.68 109.2

Wire numb. 45.98 114.8 118.5 47.99 118.3 45.59 119 117.9 44.53 113.4given by row 46.84 114.4 118.2 47.74 117.1 46.05 118.1 117.8 45.36 108.7

43.77 116.2 116.7 47.91 116 43.67 118.1 116.8 46.24 112.6values in cN 44.57 114.1 117.2 47.25 118.1 44.92 115.2 117.3 43.74 113

45.07 114.8 116.8 47.27 115.8 43 116.7 117.9 42.55 11343.7 114.9 116.6 47.92 117.4 45.22 116.4 116.9 43.45 110.5

41.89 115.1 116.2 48.08 119 44.13 116.8 117.2 43.9 113.145.78 114 116.8 47.43 117.6 45.75 119.2 116.5 45.97 113.3

45.31 114.1 117 47.68 117.7 46.46 116.1 115.5 47.13 113.244.12 114 117.9 48.81 117.6 49.35 116.2 116.8 46.11 112.1

43.83 113.8 117.2 48.55 117.9 46.51 115.2 115.7 47.3 113.845.39 114.8 116.5 49.44 117.5 47.52 114.7 116.6 48.18 113.9

45.08 113.8 117.3 48.14 118.1 47.47 114.6 116.1 48.31 113.743.29 114 116.4 47.96 118.2 46.38 113.4 115.8 46.1 113.7

42.03 112.9 116.8 46.78 118.6 45.95 114.7 115.1 47.17 113.545.86 114.2 117 46.85 116.7 45.51 114.2 115.5 49.19 111.8

43.42 114.9 116.3 47.91 118.5 118.5 45.69 113.9 115.6 46.39 11341.88 112.7 117.4 47.5 118.6 115.9 46.19 114.7 115.6 46.91 112.5

43.89 112.9 116.1 47.4 117.5 117.8 46.08 115.1 114.3 46.16 112.944.98 112.2 117 47.76 118.1 117.6 46.48 113.3 114.9 44.75 112

43.58 111.4 116.8 46.88 118.2 117.3 45.11 115.6 114.7 45.6 110.943.82 111.9 116.4 48.7 118 118.7 45.67 115.1 114.5 46.24 111.6

45.43 113.3 116.1 47.66 117.9 118.1 44.83 116.6 115 46.88 108.745.03 112.8 116 46.93 118.3 116.5 46.54 113.6 114.4 45.61 111.3

45.44 112.8 116.6 47.3 118.8 117.5 46.21 110.6 115.2 46.34 110.441.46 113.7 116.8 47.04 116.4 115.2 43.39 115.1 114.7 44.86 110.8

44.15 113.3 116.4 47.08 118.3 115.2 43.56 114.3 115.3 47.52 111.345.94 113 115.4 46.88 118.5 117.1 45.05 114.2 114.8 45.7 111.1

44.66 112.7 115.7 47.41 117.5 117.1 43.72 113.2 114.5 45.09 111.643.89 112.6 115.6 46.75 118.5 117 44.74 114.4 112.9 44.31 107.1

46.12 112 115.4 47.23 117.7 115.9 44.68 114 115.2 44.55 11044.25 111.5 115.2 47.49 118.4 115.9 43.71 113.9 114 44.92 110

44.26 111.1 115.9 47.53 118.6 115.8 44.16 113.7 115 43.7 108.843.65 111.9 114.9 47.02 118 115.8 44.91 114.6 113.5 45.54 108.7

45.18 113 114.6 46.8 118.4 114.8 43.21 115.4 113.9 45.26 106.344.1 112.4 115.4 47.09 117.7 115.1 44.3 114.2 113.8 44.85 104.5

44.91 112.3 114.8 47.84 117.8 114.8 43.56 115.5 114.9 44.69 107.444.04 111.2 116.4 45.59 118.3 113.5 44.29 109.5 114.2 45.08 105.9

44.92 110.8 115 45.99 116.8 114.4 44.72 114 115.1 47.84 105.843.83 111.7 110.8 45.65 118.2 114.6 44.39 112.9 114.5 44.22 106.6

43.5 110.9 111.4 46.92 117.9 114.2 44.42 115.1 113.9 45.77 107.443.42 111.2 112.7 48.32 118.6 113.9 44.71 114.3 112.6 45.41 106.7

46.87 111.2 111.6 47.92 117.4 116 40.38 92.02 112.8 45.1 104.345.97 111.6 112.9 47.72 118.5 114.5 43.72 113 114.3 46.54 106.2

43.62 111.4 109.7 46.35 117.5 113.8 43.29 108.3 115.1 45.2 109.138.51 109.7 113.1 46.95 119 113.8 44.76 114.1 114.6 45.65 106.1

42.76 110.5 112.1 46.86 117.7 113.9 42.19 113 114.6 46.08 105.443.85 110.7 112.1 47.27 118.1 113.4 42.89 112.5 113.3 43.1 107

43.63 109.7 112.2 47.52 117.8 113.5 43.42 112.2 112.6 42.48 10440.05 109.8 113.9 47.72 118.2 113.1 43.51 111.5 112.9 42.7 98.93

43.81 110.7 114 46.83 118 113.1 45.68 106.4 114 44.72 104.845.16 110.4 114.3 47.04 117.6 113.7 42.79 109.5 114 45.33 103.6

43.54 112.7 114.1 47.39 118.3 114.1 42.97 113.1 111.3 47.26 103.645.02 110.7 111.1 46.75 117.8 113.5 43.35 110.5 113.7 47.01 103.2

45.45 110.4 113.4 46.36 117.9 112.7 43.12 108.6 113.1 46.36 105.245.97 111.1 111.5 46.65 118.1 113.8 43.37 111 112.3 45.99 102.3

46.19 109.7 109.9 46.88 118.6 112.7 41.07 109 113.5 45.27 101.744.01 110.8 109.2 47.18 118.3 112.3 42.35 107.5 113.9 44.77 102.1

46.6 110.4 111.4 45.79 118.6 114 41.67 104.2 113.4 45.3 107.344.74 110.5 110.7 45.96 117.3 112.3 40.18 108.9 113.4 44.69 105.6

43.08 109.9 112 46.96 117.4 111.9 43.65 111.3 113.3 45.5 10741.32 110.9 111.1 46.59 117.9 112.2 40.51 108.2 112.9 45.23 102.5

43.87 110 111.3 46.39 117.2 112.7 42.17 105.9 114.5 45.64 102.743.64 109.4 110.5 46.83 117.7 113.6 41.95 105.1 113.5 45.53 101.5

46.77 109.8 109.3 46.56 117.4 112 44.85 105.3 113.5 44.92 106.4

Detector Lab has the IROC and OROC data in excel tables


electron microscope pictures of wires


How to move test data from existing files into a satellite database

Jacek WojcieszukJacek Wojcieszuk

[email protected]

Warsaw University of Technology


Step by step - parameters

Data to transform

Parameter1:

Component’s user_code =„ HAL25_TEST_UC”

Parameter’s name = „WAFERNO”

Component’s type name = „SDDAMBRA”

Parameter’s valid_from attribute =

„2002-10-10 23:21:54+00”

Parameter’s value = 34

Parameter2:

Component’s user_code =„ HAL25_TEST_UC”

Parameter’s name = „Location”

Component’s type name = „SDDAMBRA”

Parameter’s valid_from attribute =

„2002-10-10 23:21:54+00”

Parameter’s valid_to attribute =

„2003-02-10 23:21:54+00”

Parameter’s value = „Int_lab”

Result of the transformation<subordinate_table name="PARAMETERS">

<srow>

<lookup name="COMPONENT_ID" source_table="COMPONENTS"

connect_by="USER_CODE">HAL25_TEST_UC</lookup>

<lookup name="PARAMETER_CODE"

source_table="DEFINITION_OF_PARAMETERS"

connect_by="NAME">WAFERNO</lookup>

<lookup name="TYPE_CODE"

source_table="COMPONENT_TYPES"

connect_by="NAME">SDDAMBRA</lookup>

<column name="VALID_FROM">

2002-10-10 23:21:54+00</column>

<column name="VALUE">34</column>

</srow>

<srow>

<lookup name="COMPONENT_ID" source_table="COMPONENTS"

connect_by="USER_CODE">HAL25_TEST_UC</lookup>

<lookup name="PARAMETER_CODE”

source_table="DEFINITION_OF_PARAMETERS"

connect_by="NAME">Location</lookup>

<lookup name="TYPE_CODE"

source_table="COMPONENT_TYPES"

connect_by="NAME">SDDAMBRA</lookup>

<column name="VALID_FROM">

2002-10-10 23:21:54+00</column>

<column name="VALID_TO">

2003-02-13 23:21:54+00</column>

<column name="VALUE">Int_lab</column>

</srow>

</subordinate_table>


Application

• home page

• IROC

• So far we have not managed to get the dictionary of the TPC with the IROC and FEE processed and implemented in an Oracle test database to be able to load data


Parallel Approach• Last month with Michael Dahlinger and Holger Brandt

from the GSI computer center started to develop an Oracle db like they did for Hades.– Thomas Lehmann and Rainer Schicker (TRD ROC) main

focus on Labview to Oracle data transfer– Marc Stockmeier DCS construction db tables– Antoine Lebrun (TRD) learn TOAD and Oracle to create

ROC tables for TPC and TRD– Rainer Renfordt same for FEE– Killian Schwarz installed Oracle and TOAD tools in his

PC, licenses at GSI


Labview

• Holger and Thomas created in an afternoon a Labview - Oracle client readout prototype

Labview

SQL toolset

ODBC

Oracle client

Oracle database

server

Test PC


Bigger Things

• Dahlinger pointed out that more important than designing tables we need to:

• Agree on an unique detector decomposition

• Agree on naming conventions

• Agree on rules for numbering pieces

• Document coordinate systems and their transformations

• strategy to place physical objects into geometrical objects (FEC138 into InnerSector16Slot6)


From Hades

• example




TPC -1

• FC field cage

• ROC read-out chambers

• FEE front-end electronics

• GAS gas system

• COO cooling system

• HV high voltage system

• LV low voltage system

• DCS detector control system


TPC - 2

• LSRS laser system

• CBL cables and busbars

• REE read-out electronics

• HLT high level trigger

• CLB calibration

• SML simulation


• ICV inner containment vessel

• OCV outer containment vessel

• IFC inner field cage

• OFC outer field cage

• CMBcentral membrane

• ECP end caps

• ROD rods

backFC


ROC

• IRC inner readout chamber• ORC outer readout chamber

– ALB aluminum body• SVP survey points

– PDP pad plane– AWP anode wire plane

• AW anode wire– W wire

– CWP cathode wire plane– GGP gating grid plane

back


LSRS

• LSRD laser rods

• MMB micro mirror bundle

• SPL beam splitters

• LSR laser

back


TPC TRD Detector Database meeting on Thursday

• Worms: Sebastian Bablok, Christian Kofler

• Dahlinger, Killian, Lefebre, Stockmeier, Lehmann, Renfordt,

• Lennart Jirden: TB global naming and numbering scheme in Alice

Documents

A. SandovalGSI TPC meeting June 2nd Detector Databases Andres Sandoval