(r76) GeometryActivationExamples < LHCb

LHCb Web>LHCbComputing>LHCbSimulation>SimulationUpgrade>GaussUpgradeRunRecipes>GeometryActivationExamples (revision 76) (raw view)~~EditAttachPDF~~
---+!! Upgrade Detector Combination Examples

Some example configurations for users. At some point there will be a set of "official" configurations defined but the ability to create and use your own configuration will still exist until the Upgrade detectors are confirmed.

Any of the options below can be written into a separate python file and included on the command line.


%TOC%

---++ Example options with common parts and how to set specific configurations
A main steering example options, *Gauss-Upgrade.py* is provided from Gauss v42r2 and can be run as-is or modified as needed. In production this is replaced by the set of options or paramters controlled by the produciton system specifying:
   1. the beam conditions
   2. the event type
   3. the generator to be used
   4. the database tags
   5. the detector configuration
   6. the g4 settings

An example of how to use these example options to produce minimum bias events with Pythia6 is:
<verbatim>
    gaudirun.py $GAUSSOPTS/Gauss-Upgrade.py $DECFILESOPTS/30000000.py $LBPYTHIAROOT/options/Pythia.py $GAUSSOPTS/Gauss-Job.py
</verbatim>
Gauss-Job.py is the example on how to set up number of events, random seeds, output file name, and other options specific for a single job.

---+++ General Settings for DDDB and SIMCOND
An example of how this is done is provided in *Gauss-Upgrade.py*. 
The following requires latest versions of various packages, which may not be part of latest release. The Lines are:

<verbatim>
from Gaudi.Configuration import *
from Configurables import LHCbApp
from Configurables import CondDB
CondDB().Upgrade     = True
CondDB().LoadCALIBDB="HLT1"

Latest global tag as of November 17, 2016
 LHCbApp().DDDBtag    = "dddb-20161117"
LHCbApp().CondDBtag  = "sim-20160927-vc-md100"  (for magnet down)
 LHCbApp().CondDBtag  = "sim-20161111-vc-mu100"  (for magnet up)



Latest global tag as of November 11, 2016
 LHCbApp().DDDBtag    = "dddb-20161111"
LHCbApp().CondDBtag  = "sim-20160927-vc-md100"  (for magnet down)
 LHCbApp().CondDBtag  = "sim-20161111-vc-mu100"  (for magnet up)

Latest global tag as of November 10, 2016
 LHCbApp().DDDBtag    = "dddb-20161110"
LHCbApp().CondDBtag  = "sim-20150716-vc-md100"  (for magnet down)



Latest global tag as of Mach4, 2016

LHCbApp().DDDBtag    = "dddb-20160304"
LHCbApp().CondDBtag  = "sim-20150716-vc-md100"  (for magnet down)


Latest global tag as of July-29-2015

LHCbApp().DDDBtag    = "dddb-20150729"
LHCbApp().CondDBtag  = "sim-20150716-vc-md100"  (for magnet down)



Latest global tag as of July-16-2015

LHCbApp().DDDBtag    = "dddb-20150702"
LHCbApp().CondDBtag  = "sim-20150716-vc-md100"  (for magnet down)



LHCbApp().CondDBtag  = "sim-20150716-vc-mu100"  (for magnet up)


Latest global tag as of July-02-2015

LHCbApp().DDDBtag    = "dddb-20150702"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)

Latest global tag as of April24-2015

LHCbApp().DDDBtag    = "dddb-20150424"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)

Latest global tag as of April14-2015

LHCbApp().DDDBtag    = "dddb-20150414"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)



Latest global tag as of Nov21,2014
LHCbApp().DDDBtag    = "dddb-20141121"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)


Latest global tag as of Oct 15 , 2014

LHCbApp().DDDBtag    = "dddb-20141015"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)

Latest global tag as of Oct 14 , 2014

LHCbApp().DDDBtag    = "dddb-20141014"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)

Latest global tag as of Oct 3 , 2014

LHCbApp().DDDBtag    = "dddb-20141003"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)

Latest global tag as of Sept 22 , 2014

LHCbApp().DDDBtag    = "dddb-20140922"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)

LHCbApp().CondDBtag  = "sim-20140825-vc-mu100"   (for magnet up) 

Latest global tag as of June06, 2014

LHCbApp().DDDBtag    = "dddb-20140606"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"

Latest global tag as of March 06, 2014

LHCbApp().DDDBtag    = "dddb-20140306"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"

This  has the materials update for the hcal shielding plug, in addition to that on Feb13-2014.

For using the default of all detector options as of Feb13-2014  </br>

LHCbApp().DDDBtag    = "dddb-20140213"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"      



This has by default the  VP, UT,  Rich-2019, FT stereoangle5, NoM1 and NoSpdPrs. It already includes the
global tag of Feb04-2014, described below.

For using the UT DB updates from February04-2014 onwards 
LHCbApp().DDDBtag    = "dddb-20140204"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"

For using the UT readout upgrade from Nov08-2013 onwards
LHCbApp().DDDBtag    = "dddb-20131108"
LHCbApp().CondDBtag  = "sim-20131108-vc-md100"


For using upgraded VP  from October 25 - 2013  onwards 
 LHCbApp().DDDBtag    = "dddb-20131025"
 LHCbApp().CondDBtag  = "sim-20130830-vc-md100"


For using the new default configuration with VP_microchanel, RICH2019, UT+FT-stereoangle5 and as an option activate the upgraded UT  and
 as another option activate SL +OT (instead of FT)  from October 09 - 2013 onwards
LHCbApp().DDDBtag    = "dddb-20131009"  
LHCbApp().CondDBtag  = "sim-20130830-vc-md100"

For using the new default configuration with VP_microchanel, RICH2019, UT+FT-stereoangle5 and as an option activate the upgraded UT 
from Sept 30 - 2013 onwards
LHCbApp().DDDBtag    = "dddb-20131007"  
LHCbApp().CondDBtag  = "sim-20130830-vc-md100"


For using the new default configuration with VP_microchanel, RICH2019, UT+FT-stereoangle5
from August 31-2013 onwards
LHCbApp().DDDBtag    = "dddb-20130831"  
LHCbApp().CondDBtag  = "sim-20130830-vc-md100"




For using the RICH2019-upgrade modifications from August 08, 2013 onwards
LHCbApp().DDDBtag    = "dddb-20130808"  
LHCbApp().CondDBtag  = "sim-20130722-vc-md100"

For the latest DataBase from Aug6, 2013 onwards, 
LHCbApp().DDDBtag    = "dddb-20130806"
LHCbApp().CondDBtag  = "sim-20130722-vc-md100"
For example this  is needed for the FT tests being done in August 2013 .


To use with the software releases until mid July 2013, one may use the following two lines
LHCbApp().DDDBtag    = "dddb-20130408"
LHCbApp().CondDBtag  = "simcond-20121001-vc-md100"

</verbatim>
   1. <nop>CondDB().Upgrade = True </br> triggers the machinery to connect to the correct databases for the upgrade. Both DDDB and SIMCOND are provided (they need to be synchronized) and are located in a completely separate database pointed at via $SLQLITEUPGRADEDBPATH. </br> *Important :* The very first databse for upgrade studies, DDDB_upgrade.db located in $SLQLITEDBPATH is obsolete and should NOT be used.

   2. <nop>LHCbApp().DDDBtag and <nop>LHCbApp().ConDBtag </br> define the global tags to be used, so a snapshot of the description of all upgrade detectors.  </br> If nothing else is specified a given combination is assumed. With the current global tags this is the reference detector, where the only change with respect to the running LHCb detector is in the RICHes with <nop>MapPMT and no Aerogel. </br> New global tags should be set in <nop>LHCbApp().DDDBtag and <nop>LHCbApp().ConDBtag when needed. The intention is to keep the one distributed with Gauss up to date with the latest available global tags. 

The instructions below are for the latest version of the DB (as of April 08-2013). The VL has two sensor module options (Compact and LoI) and two cooling options (MicroChannel and TPG).
The VP has one sensor module option (Compact) and two cooling options (MicroChannel and Pocoform).

---+++ General Settings for Magnet up Magnet down and Magnet Off
  The default is 'Magnet down'.  To get this, just using any of the Global tags specified above is sufficient. </br>
  To get the 'Magnet Up' use the following</br>
   This can be used together with other 'detector options' by adding this option as a comma separated  string, as in shown for some of the detector options below </br>
  Either have the line specified below </br> 
=CondDB().AllLocalTagsByDataType=["#Upgrade"]= </br>
  or have </br>
=CondDB.LocalTags = {= <br>
="SIMCOND":[= <br>
="magnet-up"= <br>
=]= <br>
=}= <br>
 To get the 'Magnet Off' use the following </br>
  Either have the line specified below </br> 
=CondDB().AllLocalTagsByDataType=["#Upgrade_MagnetOff"]= </br>
  or have </br>
=CondDB.LocalTags = {= <br>
="SIMCOND":[= <br>
="magnet-off"= <br>
=]= <br>
=}= <br>

For Magnet down option an extra option is provided  in case the 'default' got changed in the future </br>
=CondDB().AllLocalTagsByDataType=["#Upgrade_MagnetDown"]= </br>
  or have </br>
=CondDB.LocalTags = {= <br>
="SIMCOND":[= <br>
="magnet-down"= <br>
=]= <br>
=}= <br>

---+++ Settings for Having Elongated Pixel in VP
Use the SIMCOND global tag sim-20150716-vc-md100 for magnet down setup . (nominal config) <br>
Use the SIMCOND global tag sim-20150716-vc-mu100 for magnet up setup  <br>
Use the global tag  dddb_20161117  or later tags  <br>


If it is needed to compare the effect of the elongated pixel with an older global tag like dddb_20160304, then use this global tag and <br>
Either have </br>
=CondDB().AllLocalTagsByDataType=[ "VP_UVP_PixelSize"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-PixelSize-20160916"=  <br>
=]= <br>
=}= <br>





---+++ Settings for Adding the neutron shield for FT
Use the SIMCOND global tag sim-20150716-vc-md100 for magnet down setup . (nominal config) <br>
Use the SIMCOND global tag sim-20150716-vc-mu100 for magnet up setup  <br>
Use the global tag  dddb-20161116  or later tags  <br>
To activate the neutron shield have the following:  <br>

Either have </br>
=CondDB().AllLocalTagsByDataType=[ "FT_NeutronShieldActivate_TypeA"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-NeutronShieldingActivateTypeA-Local-20160916"=  <br>
=]= <br>
=}= <br>

For now, in Gauss  also have a post config action which has the lines

 def NeutronShieldActivate():  <br>
    from  Configurables import GiGaInputStream  <br>
    Geo=GiGaInputStream("Geo")  <br>
    Geo.StreamItems += ["/dd/Structure/LHCb/DownstreamRegion/NeutronShielding"] <br>

 

---+++ Settings for Adding Electron Clustermatch condition in CALO
Have  
=CondDB.LocalTags = {= <br>
="SIMCOND" : [= <br>
="Calo-SIMCOND-ElectronClusMatch-20160919"= <br>
=]= <br>
=}= <br>


---+++ Settings for Adding the new gains  for ECAL and HCAL

Use the SIMCOND global tag sim-20160927-vc-md100 for magnet down setup . (nominal config) <br>
Use the SIMCOND global tag sim-20160927-vc-mu100 for magnet up setup 


If for special studies, it is needed to use this with other older simcond global tags, <br>
Have  
=CondDB.LocalTags = {= <br>
="SIMCOND" : [ "Calo-SIMCOND-ElectronClusMatch-20160919" ,   "Calo-SIMCOND-Calibration-20160927"   <br>
=]= <br>
=}= <br>

Before Sept27-2016 <br> 

Use the SIMCOND global tag sim-20150716-vc-md100 for magnet down setup . (nominal config) <br>
Use the SIMCOND global tag sim-20150716-vc-mu100 for magnet up setup 

If for special studies, it is needed to use this with other older simcond global tags, <br>
Have  
=CondDB.LocalTags = {= <br>
="SIMCOND" : [= <br>
="sim-ECAL-HCAL-20151607"= <br>
=]= <br>
=}= <br>

---+++ Settings for Adding the Shielding plug for Hcal

One needs the Global tag  dddb-20140306
or later ones.

Either have </br>
=CondDB().AllLocalTagsByDataType=["HCAL_Shielding"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="Hcal-Local-ShieldingPlug-20140306"= <br>
=]= <br>
=}= <br>

---+++ Settings for Radiation length study 
 This uses a tool for determining the radiation length and interaction action in scoring planes inserted between lhcb detectors.
One can use any recent global tag , for example 
LHCbApp().DDDBtag    = "dddb-20140606"
LHCbApp().CondDBtag  = "sim-20140204-vc-md100"  (for magnet down)
Then add the local tag for using the default configuraton, which has RICH on.

Either have </br>
=CondDB().AllLocalTagsByDataType=[ "RadLength_AuxSet2" , "RadLength_AuxSet1" , "RadLength_Default"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="RadLength-AuxiliaryGeom-Local-20141014" , "RadLength-Auxiliary-Local-20141003" , "RadLength-Default-Local-20140908"=  <br>
=]= <br>
=}= <br>

In order to use this  configuration with RICH OFF,  use the 
gauss options to switch off RICH and use the following. <br>
=importOptions("$GAUSSOPTS/RICHesOff.py")= <br>
An example  options file can be found in Sim/SimChecks  package

---+++ Settings for Target study 
The tool fires particles into blocks of material and returns information on probability of hadronic interaction and multiplicity and composition of daughters.
For this one special geometry made of blocks of material is created inside LHCb environment, while the LHCb subdetectors are switched off.
One needs following global tag or later ones to use this geometry. 
LHCbApp().DDDBtag    = "dddb-20140120"
LHCbApp().CondDBtag  = "sim-20131108-vc-md100" 
The details of the option files to use with this can be found in [[TargetStudy][Target study example options]]



---++ Detector Combination Settings

----+++ Use  new default settings as of March04-2016 

Same as that of March3, 2016, but the FT v5x geometry is used.
One can also activate the FT_v5x geometry with earlier tags using the local tag

FT-Geom-v50-General-Local-20160303.
The global tag without this update is dddb-20160303


-----+++ Use  new default settings as of July29-2015 
  Same as that on July 02 in DDDB + the PDG 2014 particle properties table </br>
   The SIMCOND settings updated in July 16 2015.
-----+++ Use  new default settings as of July02-2015 ( VP with chirality fixed and VP rotated by 45 degrees   VP Z locations of A ,C sides switched+ RICH optics frozen as of Jan 2015 and with Mixed PMTin RICH2 and reduced PMT in RICH1 and RICh1 mag shielding updated and quartz window moved +FT StereoAngle5+ NoM1 + NoSPDPRS  + BeamPipe support inside magnet installed in LS1 )  + Rest of current LHCb </br>
Use the latest  global tags as of  July02,  2015   (dddb-20150702 and sim-20140204-vc-md100) 


-----+++ Use  new default settings as of April124-2015 ( VP with chirality fixed and VP rotated by 45 degrees   VP Z locations of A ,C sides switched+ RICH optics frozen as of Jan 2015 and with Mixed PMTin RICH2 and reduced PMT in RICH1 and RICh1 mag shielding updated and quartz window moved +FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of  April 24,  2015   (dddb-20150424 and sim-20140204-vc-md100) 


-----+++ Use  new default settings as of April14-2015 ( VP with chirality fixed and VP rotated by 45 degrees   VP Z locations of A ,C sides switched + RICH2019 with Mixed MaPMT in RICH2 and reduced MaPMT  in RICH1 +Rich1 magnetic shielding activated +FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of  April 14,  2015   (dddb-20150414 and sim-20140204-vc-md100) 


-----+++ Use  new default settings as of November21-2014 ( VP with chirality fixed and VP rotated by 45 degrees + RICH2019 with Mixed MaPMT in RICH2 and reduced MaPMT  in RICH1 +Rich1 magnetic shielding activated +FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of  November 21,  2014   (dddb-20141121 and sim-20140204-vc-md100) 


-----+++ Use  new default settings as of Nov20-2014 ( VP with chirality fixed + RICH2019 with Mixed MaPMT in RICH2 and reduced MaPMT  in RICH1+Rich1Magshield activated +FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>


----+++ Use  Pipe supports inside magnet as of July 02 , with globals tags before July02-2015
Either have </br>
=CondDB().AllLocalTagsByDataType=["Pipe_SupportMagnet "   ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="Pipe_SupportInMagnet_20150702
 "= <br>
=]= <br>
=}= <br>


Use the latest  global tags as of Nov20,  2014   (dddb-20141120 and sim-20140204-vc-md100) 
 If one also needs to use extra changes to optics, one can apply a local tag as shown below

Either have </br>
=CondDB().AllLocalTagsByDataType=["RICH_Optics_v1"   ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="RICH_Rich1Opticsv1_20141120"= <br>
=]= <br>
=}= <br>

-----+++ Use  new default settings as of October3-2014 ( VP with chirality fixed and VP rotated by 45 degrees + RICH2019 with Mixed MaPMT in RICH2 and reduced MaPMT  in RICH1 +FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of October3,  2014   (dddb-20141003 and sim-20140204-vc-md100) 



---+++ Use  new default settings as of Sept22-2014 ( VP with chirality fixed + RICH2019 with Mixed MaPMT in RICH2 and reduced MaPMT  in RICH1 +FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of Sept22,  2014   (dddb-20140922 and sim-20140204-vc-md100) 

---++++Use Different versions of the FT geometry update in Oct2014
Use a recent version of global tag: for example  (dddb-20141016 and sim-20140204-vc-md100)  to use the v40 series of the Ft geometry.
If older dddb tags used to run with earlier versions of gauss like v46r8, one needs to add the localtag FT-v40Geometry-20141015 (datatype FT_v40Series) at the end of the
tags listed below.
To use earlier FT geometry (v20 ) any recent DDDB tag like dddb-20141016 or dddb-20141014 or dddb-20140606 are also OK.

Use the latest version of FTDet (as of Oct14, 2014) or later.
This uses geometry v20 and stereo angle 5 as default.

For  geometry v20  and stereoangle 2 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V20_STEREO_2"   ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v20-Stereo-2degree-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v20  and stereoangle 3 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V20_STEREO_3"   ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v20-Stereo-3degree-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v20  and stereoangle 4 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V20_STEREO_4"   ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v20-Stereo-4degree-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v40  and stereoangle 2 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_2" ,  "FT_GEOM_v40"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-2degree-Local-20141015",  "FT-Geom-v40-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v40  and stereoangle 3 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_3" ,  "FT_GEOM_v40"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-3degree-Local-20141015",  "FT-Geom-v40-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v40  and stereoangle 4 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_4" ,  "FT_GEOM_v40"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-4degree-Local-20141015",  "FT-Geom-v40-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v40  and stereoangle 5 ,  this angle is default , but the option provided anyway.

Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_5" ,  "FT_GEOM_v40"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-5degree-Local-20141015",  "FT-Geom-v40-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v41  and stereoangle 2 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_2" ,  "FT_GEOM_v41"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-2degree-Local-20141015",  "FT-Geom-v41-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v41  and stereoangle 3 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_3" ,  "FT_GEOM_v41"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-3degree-Local-20141015",  "FT-Geom-v41-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v41  and stereoangle 4 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_4" ,  "FT_GEOM_v41"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-4degree-Local-20141015",  "FT-Geom-v41-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v41  and stereoangle 5 ,  this angle is default , but the option provided anyway.

Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_5" ,  "FT_GEOM_v41"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-5degree-Local-20141015",  "FT-Geom-v41-General-Local-20141015"= <br>
=]= <br>
=}= <br>




For  geometry v42  and stereoangle 2 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_2" ,  "FT_GEOM_v42"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-2degree-Local-20141015",  "FT-Geom-v42-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v42  and stereoangle 3 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_3" ,  "FT_GEOM_v42"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-3degree-Local-20141015",  "FT-Geom-v42-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v42  and stereoangle 4 , 
Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_4" ,  "FT_GEOM_v42"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-4degree-Local-20141015",  "FT-Geom-v42-General-Local-20141015"= <br>
=]= <br>
=}= <br>

For  geometry v42  and stereoangle 5 ,  this angle is default , but the option provided anyway.

Either have </br>
=CondDB().AllLocalTagsByDataType=["FT_V40Series_STEREO_5" ,  "FT_GEOM_v42"  ]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Geom-v40Series-Stereo-5degree-Local-20141015",  "FT-Geom-v42-General-Local-20141015"= <br>
=]= <br>
=}= <br>




---++++Use Calo where  SPD and PRS are activated   + rest of standard upgrade setup as of Feb13-2014   
This needed when using a global tag dddb-20140213 (or later) which does not have the SPD and PRS and you would like
to have them activated </br>
Either have </br>
=CondDB().AllLocalTagsByDataType=["Calo_WithSPDPRS"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="Calo-Local-WithSPDPRS-20140225"= <br>
=]= <br>
=}= <br>

---++++Use Calo where  SPD and PRS are removed  + rest of current LHCb    
Either have </br>
=CondDB().AllLocalTagsByDataType=["Calo_NoSPDPRS"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="Calo-Local-NoSPDPRS-20130704"= <br>
=]= <br>
=}= <br>

---++++Use Muon where  M1 activated   + rest of standard upgrade setup as of Feb13-2014   
This needed when using a global tag dddb-20140213 (or later) which does not have M1 and you would like
to have it activated </br>
Either have </br>
=CondDB().AllLocalTagsByDataType=["Muon_WithM1"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="Muon-Local-WithM1-20140225"= <br>
=]= <br>
=}= <br>
---+++ Use Upgraded VP  with 45 degree rotation and with Chirality  Fixed  (RICH2019+FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of June06,  2014   (dddb-20140606 and sim-20140204-vc-md100) 
one may </br>
either have </br>
=CondDB().AllLocalTagsByDataType=[ "VP_UVP_Rotation"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-Rotation-20140722"= <br>
=]= <br>
=}= <br>

----+++ Use Upgraded VP  with Chirality  Fixed  and with  new default settings as of June06-2014 (RICH2019+FT StereoAngle5+ NoM1 + NoSPDPRS)  + Rest of current LHCb </br>
Use the latest  global tags as of June06,  2014   (dddb-20140606 and sim-20140204-vc-md100) 

 Alternatively, 
 if one wants to use this VP-Chirality-Fix   with some older data base tags for other parts of LHCb, one may use the local tag VP-Chirality-20140606. For this
one may </br>
either have </br>
=CondDB().AllLocalTagsByDataType=[ "VP-UVP-Chirality"]= </br>
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-Chirality-20140606"= <br>
=]= <br>
=}= <br>


----+++ Use Upgraded VP+ Upgraded UT with new default settings as of Feb02-2014 +RICH2019+FT StereoAngle5+ NoM1 + NoSPDPRS + Rest of current LHCb </br>
 This uses the database as of Feb13-2014 and hence one just needs the global tags  (  dddb-20140213 and sim-20140204-vc-md100) as listed above. </br>
 This includes all the modifications to UT done on Feb02-2014.

----+++ Use Upgraded VP+ Upgraded UT with new default settings as of Feb02-2014 +RICH2019+FT StereoAngle5+ NoM1 + NoSPDPRS + Rest of current LHCb+ RICH MaPMTmodifications </br>
One may use the database  (  dddb-20140213 and sim-20140204-vc-md100) and make the following additions in the options file. </br>
For RICH1 PMT Array reduced size </br>
Either have </br>
=CondDB().AllLocalTagsByDataType=[ "RICH_R1PMT"]
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="RICH-Rich1PmtArray-Local-20140213"= <br>
=]= <br>
=}= <br>


For RICH2 PMT Array with Large PMTs in the outer region </br>
Either have </br>
=CondDB().AllLocalTagsByDataType=[ "RICH_R2PMT"]
or have </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="RICH-Rich2PmtArray-Local-20140213",   "RICH-PmtSensDet-Local-20140825"= <br>
=]= <br>
=}= <br>


----+++ Use Upgraded VP+ Upgraded UT with new default settings as of Feb02-2014 +RICH2019+FT+Rest of current LHCb </br>
All the modifications to UT done from September 2013 until Feb2014 is consolidated in this new version so that this version can be used for UT from Feb-02-2014 onwards. </br>
To use this,   one just needs the Global tags   dddb-20140204 and  sim-20140204-vc-md100 in the python options file.


It already contains the local tags UVP+RICH2019+UUT-Local-20131021, UT-Material-Local-20130930 on top of dddb-20140120 (and hence dddb-20131108) and also it contains
the local tags sim-UT-20140204 on top of sim-20131108-vc-md100.
( Here  for FT stetreoangle5  and Monolayer are default).

----+++ Use Upgraded VP+ Upgraded UT with ReadoutUpgrade +RICH2019+FT+Rest of current LHCb </br>
The upgraded UT is from 08-11-2013 and upgraded VP is from 25-10-2013 .  This is the version used until Feb02-2014.  A new version as indicated above is created for UT after this date. </br>
This is assuming one is using the Global tags  Nov08-2013 (DDDB : dddb-20131108) , Nov08-2013 (SIMCOND: sim-201301108-vc-md100  ) or later </br>
(Here stetreoangle5  and Monolayer for FT are the default. For other stereo angles see the options specfied in other sections below).
-either have the datatypes as specified below  </br>
=CondDB().AllLocalTagsByDataType=["VP_UVP+RICH_2019+UT_UUT"]= </br>
or have the local tags as specified below
With the standard FT  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="UVP+RICH2019+UUT-Local-20131021",= <br>
="UT-Material-Local-20130930"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>

----+++ Use Upgraded VP+ Upgraded UT with Readout StressTest +RICH2019+FT+Rest of current LHCb </br>
From Feb02-2014 onwards the following instructions are needed. </br>
This assumes the Global tags as of Feb02-2014 (  dddb-20140204 and sim-20140204-vc-md100). </br>
(Here stetreoangle5  and Monolayer for FT are the default. For other stereo angles see the options specfied in other sections below). </br>
-either have the datatypes as specified below  </br>
=CondDB().AllLocalTagsByDataType=["UT_StressTest" ]= </br>
or have the local tags as specified below </br>
With the standard FT  </br>

=CondDB.LocalTags = {= <br>
"SIMCOND":[= <br>
="Sim-UT-Local-ReadoutStressTest-20131108",= <br>
=]= <br>
=}= <br>


Until FEB02-2014 the following instructions needed.
The upgraded UT is from 08-11-2013 and upgraded VP is from 25-10-2013  </br>
This is assuming one is using the Global tags  Nov08-2013 (DDDB : dddb-20131108) , Nov08-2013 (SIMCOND: sim-201301108-vc-md100  ) or later </br>
(Here stetreoangle5  and Monolayer for FT are the default. For other stereo angles see the options specfied in other sections below).
-either have the datatypes as specified below  </br>
=CondDB().AllLocalTagsByDataType=["UT_StressTest", "VP_UVP+RICH_2019+UT_UUT" ]= </br>
or have the local tags as specified below
With the standard FT  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="UVP+RICH2019+UUT-Local-20131021",= <br>
="UT-Material-Local-20130930"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-ReadoutStressTest-20131108",= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>


----+++ Use Upgraded VP+ Upgraded UT+RICH2019+FT+Rest of current LHCb </br>
The upgraded UT is from 30-9-2013 and upgraded VP is from 25-10-2013  </br>
This is assuming one is using the Global tags  Oct25-2013 (DDDB : dddb-20131025) , Aug30-2013 (SIMCOND: sim-20130830-vc-md100  ) or later </br>
(Here stetreoangle5  and Monolayer for FT are the default. For other stereo angles see the options specfied in other sections below).
-either have the datatypes as specified below  </br>
=CondDB().AllLocalTagsByDataType=["VP_UVP+RICH_2019+UT_UUT"]= </br>
or have the local tags as specified below
With the standard FT  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="UVP+RICH2019+UUT-Local-20131021",= <br>
="UT-Material-Local-20130930"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>

----+++ Use Upgraded VP+  UT (until 30-9-2013)  +RICH2019+FT+Rest of current LHCb </br>
Theupgraded VP is from 21-10-2013  </br>
This is assuming one is using the Global tags  Oct25-2013 (DDDB : dddb-20131025) , Aug30-2013 (SIMCOND: sim-20130830-vc-md100  ) or later </br>
(Here stetreoangle5  and Monolayer for FT are the default. For other stereo angles see the options specfied in other sections below).
-either have the datatypes as specified below  </br>
=CondDB().AllLocalTagsByDataType=["VP_UVP+RICH_2019+UT"]= </br>
or have the local tags as specified below
With the standard FT  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="UVP+RICH2019+UT-Local-20131021"= <br>
=]= <br>


----+++ Use VP+UT+RICH2019+FT+Rest of current LHCb </br>
This uses the latest UT updtes from Sept30-2013 onwards 
This is assuming one is using the Global tag of Oct07-2013 (DDDB) , Aug30-2013 (SIMCOND) or later,.
(here stetreoangle5  for FT is default).
 But for other angles one needs to specify them explicitly

-either have the datatypes as specified below  </br>
-With FT SteroAngle 2 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT_UUT", "FT_StereoAngle2"]= </br>
-With FT SteroAngle 3 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT_UUT", "FT_StereoAngle3"]= </br>
-With FT SteroAngle 4 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT_UUT", "FT_StereoAngle4"]= </br>
-With FT SteroAngle 5 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT_UUT", "FT_StereoAngle5"]= </br>
or have the local tags as specified below
With the standard FT with StereoAngle2 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP+RICH2019+UT-Local-20130930"= <br>
="UT-Material-Local-20130930",= <br>
="FT-Stereo2-Local-20130806"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>

With the standard FT with StereoAngle3 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP+RICH2019+UT-Local-20130930"= <br>
="UT-Material-Local-20130930",= <br>
="FT-Stereo4-Local-20130806"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>
With the standard FT with StereoAngle4 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP+RICH2019+UT-Local-20130930",= <br>
="UT-Material-Local-20130930",= <br>
="FT-Stereo4-Local-20130806"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>
With the standard FT with StereoAngle5 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP+RICH2019+UT-Local-20130930",= <br>
="UT-Material-Local-20130930",= <br>
="FT-Stereo5-Local-20130830"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>



----+++ Use VP+UT+RICH2019+FT+Rest of current LHCb</br>
This uses the UT version before the Sept30-2013.
If one is using the Global tag of Aug31-2013 (DDDB) , Aug30-2013 (SIMCOND) or later, then this is the default with
stetreoangle5. Hence nothing to specify. But for other angles one needs to specify
as follows.  The steroangle5  also exists as an option, but is redundant with this global tag.

-either have the datatypes as specified below  </br>
-With FT SteroAngle 2 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["FT_StereoAngle2"]= </br>
-With FT SteroAngle 3 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["FT_StereoAngle3"]= </br>
-With FT SteroAngle 4 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["FT_StereoAngle4"]= </br>
-With FT SteroAngle 5 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["FT_StereoAngle5"]= </br>
or have the local tags as specified below
With the standard FT with StereoAngle2 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Stereo2-Local-20130806"= <br>
=]= <br>
=}= <br>
With the standard FT with StereoAngle3 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Stereo4-Local-20130806"= <br>
=]= <br>
=}= <br>
With the standard FT with StereoAngle4 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Stereo4-Local-20130806"= <br>
=]= <br>
=}= <br>
With the standard FT with StereoAngle5 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Stereo5-Local-20130830"= <br>
=]= <br>
=}= <br>


When using older Global tags (before August 30-2013) , one needs use the following lines.
This uses the VP microchannel option for VP.   Other VP options (like pocofoam )  are being phased out .
To access the database </br>
-either have the datatypes as specified below  </br>
-With  the standard FT with Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT","FT_MonoLayer"]= </br>
-With FT SteroAngle 2 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT","FT_StereoAngle2"]= </br>
-With FT SteroAngle 3 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT","FT_StereoAngle3"]= </br>
-With FT SteroAngle 4 and Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT","FT_StereoAngle4"]= </br>


or have the local tags as specified below </br>

-With the standard FT with Monolayer </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+UT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>

-With the standard FT with StereoAngle2 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+UT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo2-Local-20130806"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>

-With the standard FT with StereoAngle3 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+UT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo3-Local-20130806"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>

With the standard FT with StereoAngle4 and Monolayer  </br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+UT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo4-Local-20130806"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>


To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo  = { "Detectors": ['VP', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim  = { "Detectors": ['VP', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = { "Detectors": ['VP', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>



---+++ Use VP+UT+FT+Rest of current LHCb</br>
A predefined option for this is prepared and used in central productions, *Gauss-Upgrade-*
using the released version before March 20-2013. The following is for the latest version after March20-2013.

For the Microchannel option  </br>
To access the database </br>
-either have the datatypes as specified below</br>
-With the standard FT with Monolayer </br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+UT","FT_MonoLayer"]= </br>

-With the standard FT with StereoAngle2  and Monolayer</br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+UT","FT_StereoAngle2"]= </br>
-With the standard FT with StereoAngle3 and Monolayer</br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+UT","FT_StereoAngle3"]= </br>
-With the standard FT with StereoAngle4  and Monolayer</br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+UT","FT_StereoAngle4"]= </br>


or have the local tags as specified below</br>

-With the standard FT   and Monolayer</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-UT-Local-NoPuVeto-20121024",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
=]= <br>
=}= <br>

With the standard FT with StereoAngle2  and Monolayer</br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-UT-Local-NoPuVeto-20121024",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo2-Local-20130806"= <br>
=]= <br>
=}= <br>

With the standard FT with StereoAngle3  and Monolayer</br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-UT-Local-NoPuVeto-20121024",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo3-Local-20130806"= <br>
=]= <br>
=}= <br>

With the standard FT with StereoAngle4  and Monolayer</br>
=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-UT-Local-NoPuVeto-20121024",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo4-Local-20130806"= <br>
=]= <br>
=}= <br>


For the Pocofoam  option  </br>
With the standard FT  Monolayer</br>
To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_Pocofoam+UT","FT_MonoLayer"]= </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactPocofoamOptimize-Local-20130408",= <br>
="VP-CompactPocoform-Local-20130319",= <br>
="VP-UT-Local-NoPuVeto-20121024",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
="FT-MonoLayer-Local-20130722"= <br>
=]= <br>
=}= <br>



For both options, to activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo  = { "Detectors": ['VP', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim  = { "Detectors": ['VP', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = { "Detectors": ['VP', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>


---+++ Use VL+UT+FT+Rest of current LHCb

-With the standard FT  Monolayer</br>


For VL-Compact-MicroChannel option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_MicroChannel+UT" , "FT_MonoLayer"]= </br>

For VL-Compact-TPG option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_TPG+UT", "FT_MonoLayer"]= </br>

For the VL-LoI-MicroChannel option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_MicroChannel+UT", "FT_MonoLayer"]= </br>

For the VL-LoI-TPG option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_TPG+UT", "FT_MonoLayer"]= </br>


or have the local tags as indicated below. </br>

For VL-Compact-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527" , "VL-MicroChannelOptimize-Local-20130408", "VL-MicroChannel-Local-20130319" ,  "VL-CompactOptimize-Local-20130408" , "VL-Compact-Local-20130319",  "VL+UT-Local-20130214" ,  "UT-Pipe-Upgrade-Local-20120928" , "FT-MonoLayer-Local-20130722" ]  }= </br>

For VL-Compact-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527", "VL-TPGOptimize-Local-20130408", "VL-TPG-Local-20130319" ,  "VL-CompactOptimize-Local-20130408" , "VL-Compact-Local-20130319", "VL+UT-Local-20130214" ,  "UT-Pipe-Upgrade-Local-20120928" , "FT-MonoLayer-Local-20130722"   ]  }= </br>

For VL-LoI-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-MicroChannelOptimize-Local-20130408", "VL-MicroChannel-Local-20130319" ,    "VL-LoI-Local-20130214",  "VL+UT-Local-20130214"   ,  "UT-Pipe-Upgrade-Local-20120928" ,   "FT-MonoLayer-Local-20130722"   ]  }=  </br>

For VL-LoI-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-TPGOptimize-Local-20130408", "VL-TPG-Local-20130319" ,  "VL-LoI-Local-20130214", "VL+UT-Local-20130214"   ,  "UT-Pipe-Upgrade-Local-20120928" ,  "FT-MonoLayer-Local-20130722"   ]  }= </br>



To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo  = { "Detectors": ['VL', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim  = { "Detectors": ['VL', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = { "Detectors": ['VL', 'UT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>


---+++ Use VP+RICH2019+UT+SL+OT+Rest of current LHCb
Here the UT from 30-09-2013  onwards is  used as an illustration
This assumes using the global tag dddb-20131009 or the dddb global tags after that 
and also using sim-20130830-vc-md100 or the simcond global tags  after that.

Either use the datatypes as shown below <\br>

=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+UT_UUT", "SL+OT"]=  </br>

Or use the local tags as shown below <\br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP+RICH2019+UT-Local-20130930"= <br>
="UT-Material-Local-20130930"= <br>
="SL-OT-Local-20131009"= <br>
=]= <br>
="SIMCOND":[= <br>
="Sim-UT-Local-20130930"= <br>
=]= <br>
=}= <br>

To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo  = { "Detectors": ['VP',  'UT', 'SL',   'OT',  'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim  = { "Detectors": ['VP', 'UT', 'SL',    'OT',   'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = { "Detectors": ['VP', 'UT', 'SL',    'OT',   'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>




---+++ Use VP+UT+Rest of current LHCb



For the Microchannel option  </br>
To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+UT"]= </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",=  <br>
="VP-UT-Local-NoPuVeto-20121024",=  <br>
="UT-Pipe-Upgrade-Local-20120928",=  <br>
=]= <br>
=}= <br>

For the Pocoform  option  </br>
To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_Pocofoam+UT"] = </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactPocofoamOptimize-Local-20130408",= <br>
="VP-CompactPocoform-Local-20130319",= <br>
="VP-UT-Local-NoPuVeto-20121024",= <br>
="UT-Pipe-Upgrade-Local-20120928",= <br>
=],= <br>
=}= <br>


To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VP',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VP',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VP',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>



---+++  Use VL+UT+Rest of current LHCb

To access the database for the VL_Compact option </br>
either use the datatypes as indicated below  </br>

For VL-Compact-MicroChannel option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_MicroChannel+UT"]= </br>

For VL-Compact-TPG option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_TPG+UT"]= </br>

For the VL-LoI-MicroChannel option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_MicroChannel+UT"]= </br>

For the VL-LoI-TPG option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_TPG+UT"]= </br>


or have the local tags as indicated below. </br>

For VL-Compact-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527","VL-MicroChannelOptimize-Local-20130408", "VL-MicroChannel-Local-20130319" ,    "VL-CompactOptimize-Local-20130408" , "VL-Compact-Local-20130319",  "VL+UT-Local-20130214" ,  "UT-Pipe-Upgrade-Local-20120928"]  }= </br>

For VL-Compact-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527","VL-TPGOptimize-Local-20130408","VL-TPG-Local-20130319" ,  "VL-CompactOptimize-Local-20130408" , "VL-Compact-Local-20130319", "VL+UT-Local-20130214" ,  "UT-Pipe-Upgrade-Local-20120928"]  }= </br>

For VL-LoI-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-MicroChannelOptimize-Local-20130408","VL-MicroChannel-Local-20130319" ,    "VL-LoI-Local-20130214",  "VL+UT-Local-20130214"   ,  "UT-Pipe-Upgrade-Local-20120928"]  }= </br>

For VL-LoI-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-TPGOptimize-Local-20130408","VL-TPG-Local-20130319" ,  "VL-LoI-Local-20130214", "VL+UT-Local-20130214"   ,  "UT-Pipe-Upgrade-Local-20120928"]  }= </br>


For all options, to activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VL',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VL',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VL',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>

---+++  Use VL+FT+Rest of current LHCb

To access the database for compact version </br>
either have </br>



For VL-Compact-MicroChannel option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_MicroChannel+TT" , "FT_MonoLayer" ]= </br>

For VL-Compact-TPG option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_TPG+TT"  , "FT_MonoLayer" ]= </br>

For the VL-LoI-MicroChannel option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_MicroChannel+TT" , "FT_MonoLayer"  ]= </br>

For the VL-LoI-TPG option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_TPG+TT" , "FT_MonoLayer"  ]= </br>


or have the local tags as indicated below. </br>

For VL-Compact-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527","VL-MicroChannelOptimize-Local-20130408","VL-MicroChannel-Local-20130319" ,  "VL-CompactOptimize-Local-20130408" ,   "VL-Compact-Local-20130319",  "VL+TT-Local-20130214", "FT-MonoLayer-Local-20130722", "TT-Pipe-Local-20130830"  ]  }= </br>

For VL-Compact-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527","VL-TPGOptimize-Local-20130408", "VL-TPG-Local-20130319" ,  "VL-CompactOptimize-Local-20130408" , "VL-Compact-Local-20130319", "VL+TT-Local-20130214", "FT-MonoLayer-Local-20130722",  "TT-Pipe-Local-20130830"  ]  }= </br>

For VL-LoI-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
=VL-MicroChannelOptimize-Local-20130408",  "VL-MicroChannel-Local-20130319" ,    "VL-LoI-Local-20130214",  "VL+TT-Local-20130214" ,"FT-MonoLayer-Local-20130722" , "TT-Pipe-Local-20130830"  ]  }= </br>

For VL-LoI-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-TPGOptimize-Local-20130408","VL-TPG-Local-20130319" ,  "VL-LoI-Local-20130214", "VL+TT-Local-20130214" ," FT-MonoLayer-Local-20130722" ,"TT-Pipe-Local-20130830"  ]  }= </br>



To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VL',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VL',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VL',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>

---+++  Use VP+RICH2019+FT+Rest of current LHCb


Only the VP  Microchannel option available for this  </br>
To access the database </br>
either have the datatypes as specified below </br>
With the standard FT  Monolayer</br>

=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+TT","FT_MonoLayer"]= </br>

With the standard FT ans StereoAngle2 and  Monolayer</br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+TT","FT_StereoAngle2"]= </br>
With the standard FT ans StereoAngle3 and  Monolayer</br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+TT","FT_StereoAngle3"]= </br>
With the standard FT ans StereoAngle4 and  Monolayer</br>
=CondDB().AllLocalTagsByDataType=["VP+RICH_2019+TT","FT_StereoAngle4"]= </br>


or have the local tags as specified below </br>

With the standard FT   Monolayer</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+TT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="TT-Pipe-Local-20130830"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>

With the standard FT   Monolayer and StereoAngle2</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+TT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo2-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>

With the standard FT   Monolayer and StereoAngle3</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+TT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo3-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>


With the standard FT   Monolayer and StereoAngle4</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="RICH-R2019+VP+TT-Local-20130724",= <br>
="RICH2-RICH2019-Local-20130808",= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo4-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=],= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]= <br>
=}= <br>






To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VP',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VP',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VP',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>



---+++  Use VP+FT+Rest of current LHCb


For the Microchannel option  </br>

To access the database </br>
either have the datatypes as specified below </br>

-With the FT  Monolayer</br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+TT","FT_MonoLayer"]= </br>
-With the FT  Monolayer and StereoAngle2</br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+TT","FT_StereoAngle2"]= </br>
-With the FT  Monolayer and StereoAngle3</br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+TT","FT_StereoAngle3"]= </br>
-With the FT  Monolayer and StereoAngle4</br>
=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+TT","FT_StereoAngle4"]= </br>




or have the local tags as specified below</br>

- With the FT Monolayer</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
="FT-MonoLayer-Local-20130722"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>

- With the FT Monolayer and StereoAngle2</br>


=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo2-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>

- With the FT Monolayer and StereoAngle3</br>


=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo3-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>


- With the FT Monolayer and StereoAngle4</br>


=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo4-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>





For the Pocoform  option  </br>
WIth FT  Monolayer</br>
To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_Pocofoam+TT","FT_MonoLayer"]= </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactPocofoamOptimize-Local-20130408",= <br>
="VP-CompactPocoform-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
=" FT-MonoLayer-Local-20130722"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>


To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VP',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VP',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VP',  'TT',  'FT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>


---+++ Use VL + Rest of current LHCb

To access the database for the VL_Compact option </br>
either use the datatypes as indicated below  </br>

For VL-Compact-MicroChannel option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_MicroChannel+TT"]= </br>

For VL-Compact-TPG option  </br>
=CondDB().AllLocalTagsByDataType=["VL_Compact_TPG+TT"]= </br>

For the VL-LoI-MicroChannel option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_MicroChannel+TT"]= </br>

For the VL-LoI-TPG option </br>
=CondDB().AllLocalTagsByDataType=["VL_LoI_TPG+TT"]= </br>


or have the local tags as indicated below. </br>

For VL-Compact-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-CompactOptimize-Local-20130527", "VL-MicroChannelOptimize-Local-20130408", "VL-MicroChannel-Local-20130319" ,   "VL-CompactOptimize-Local-20130408",   "VL-Compact-Local-20130319",  "VL+TT-Local-20130214",  "TT-Pipe-Local-20130830" ]  }= </br>

For VL-Compact-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
= "VL-CompactOptimize-Local-20130527","VL-TPGOptimize-Local-20130408",  "VL-TPG-Local-20130319" ,  "VL-CompactOptimize-Local-20130408",  "VL-Compact-Local-20130319", "VL+TT-Local-20130214" , "TT-Pipe-Local-20130830" ]  }= </br>

For VL-LoI-MicroChannel option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-MicroChannelOptimize-Local-20130408", "VL-MicroChannel-Local-20130319" ,    "VL-LoI-Local-20130214",  "VL+TT-Local-20130214" , "TT-Pipe-Local-20130830" ]  }= </br>

For VL-LoI-TPG option  </br>

=CondDB.LocalTags = {=  <br>
="DDDB":[= <br>
="VL-TPGOptimize-Local-20130408", "VL-TPG-Local-20130319" ,  "VL-LoI-Local-20130214", "VL+TT-Local-20130214", "TT-Pipe-Local-20130830"  ]  }= </br>


To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VL',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VL',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VL',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>


---+++ Use VP+ Rest of current LHCb


For the Microchannel option  </br>
To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_MicroChannel+TT"]= </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactMicroChannelOptimize-Local-20130408",= <br>
="VP-Compact-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>

For the Pocoform  option  </br>
To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=["VP_Compact_Pocofoam+TT"]= </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="VP-CompactPocofoamOptmize-Local-20130319",= <br>
="VP-CompactPocoform-Local-20130319",= <br>
="VP-Local-NoPuVeto-20121024,= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= <br>



To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['VP',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['VP',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['VP',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>


---+++ Use RICH2019 + Rest of current LHCb

To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=[ "Velo+RICH_2019+TT"]= </br>

or have </br>

=CondDB. LocalTags ={= <br>
="DDDB":[ "RICH-R2019+Velo+TT-Local-20130724"  ,= </br>
="RICH2-RICH2019-Local-20130808"],= <br>
="TT-Pipe-Local-20130830"= <br>
="SIMCOND":[= <br>
="sim-RICH2019-Local-20130724"= <br>
=]}= <br>

To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['PuVeto',  'Velo',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['PuVeto',  'Velo',  'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['PuVeto',   'Velo', 'TT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>
 


---+++ Use UT + Rest of current LHCb

To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=[ "Velo+UT"]= </br>

or have </br>

=CondDB. LocalTags ={= <br>
="DDDB":["UT-Upgrade-Local-20120912"  }= </br>


To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo =  {"Detectors":   ['PuVeto',  'Velo',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim =   {"Detectors":   ['PuVeto',  'Velo',  'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = {"Detectors":   ['PuVeto',   'Velo', 'UT',  'IT',  'OT' ,  'Rich1Pmt',   'Rich2Pmt',  'Spd',  'Prs',  'Ecal' ,  'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DataType     = "Upgrade"= <br>
 
---+++ Use FT + Rest of current LHCb

To access the database </br>
either have the datatypes as specified below </br>

-with FT Monolayer</br>

=CondDB().AllLocalTagsByDataType=[ "TT_Pipe" , "FT_MonoLayer"]= </br>

-with FT  Monolayer and StereoAngle2 </br>
=CondDB().AllLocalTagsByDataType=[ "TT_Pipe" , "FT_StereoAngle2"]= </br>

with FT  Monolayer and StereoAngle3 </br>
=CondDB().AllLocalTagsByDataType=[ "TT_Pipe" ,"FT_StereoAngle3"]= </br>

with FT  Monolayer and StereoAngle4 </br>
=CondDB().AllLocalTagsByDataType=[ "TT_Pipe" ,"FT_StereoAngle4"]= </br>



or have local tags as specified below </br>

-with FT Monolayer</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-MonoLayer-Local-20130722"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= </br>

-with FT Monolayer and stereoangle2</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo2-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= </br>


-with FT Monolayer and stereoangle3</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo3-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= </br>

-with FT Monolayer and stereoangle4</br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-MonoLayer-Local-20130722"= <br>
="FT-Stereo4-Local-20130806"= <br>
="TT-Pipe-Local-20130830"= <br>
=]= <br>
=}= </br>



---+++ Use OLD  FT (version before July 2013) + Rest of current LHCb

To access the database </br>
either have </br>

=CondDB().AllLocalTagsByDataType=[ "FT"]= </br>

or have </br>

=CondDB.LocalTags = {= <br>
="DDDB" : [= <br>
="FT-Upgrade-Local-20120910"= <br>
=]= <br>
=}= </br>

To activate the subdetectors in Gauss </br>

=Gauss().DetectorGeo  = { "Detectors": ['PuVeto', 'Velo',  'TT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim  =  { "Detectors": ['PuVeto', 'Velo', 'TT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = { "Detectors": ['PuVeto', 'Velo', 'TT', 'FT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>

---+++ Use current LHCb 
 This is the current  default option, so the following lines for this option are for information only.</br>
 No special CondDB tags  needed for default configuration. <br>
=from Gauss.Configuration import *= <br>
=Gauss().DetectorGeo  = { "Detectors": ['PuVeto', 'Velo',  'TT', 'IT', 'OT', 'Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorSim  =  { "Detectors": ['PuVeto', 'Velo', 'TT', 'IT', 'OT','Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>
=Gauss().DetectorMoni = { "Detectors": ['PuVeto', 'Velo', 'TT', 'IT', 'OT','Rich1Pmt', 'Rich2Pmt', 'Spd', 'Prs', 'Ecal', 'Hcal', 'Muon', 'Magnet' ] }= </br>

---++ Job  Options
  The rest of the job options are same as that for a typical Gauss job. For example in a file named myGaussJobOptions.py</br>
=from Gauss.Configuration import *= </br>
=GaussGen = !GenInit("GaussGen")= </br>
=GaussGen.FirstEventNumber =1= </br>
=GaussGen.RunNumber = 1000= </br>
=numberOfEvents =2= </br>
=!LHCbApp().EvtMax =  numberOfEvents= </br>
=!Gauss.Output='SIM'= </br>
=!HistogramPersistencySvc().OutputFile='MyHistoOutputFile.root'= </br>
=importOptions ("$DECFILESROOT/options/13104011.py")= </br>
=myOutputSimFile='MySimFile.sim'= </br>
=myGaussTape = !OutputStream("GaussTape")= </br>
=myGaussTape.Output="DATAFILE='PFN%s.sim' TYP='POOL_ROOTTREE'  OPT='RECREATE'"%myOutputSimFile= </br>

To run this:  </br>
gaudirun.py myBeamConfigOption.py myGaussDetectorOptions.py myGaussJobOptions.py</br>


-- Main.SajanEaso - 29-Sep-2012
Topic revision: r76 - 2016-11-29 - SajanEaso
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