#/////////////////////////////////////////////////////////////////////////
#
# This file is compiled from two sections. One defines which transitions
# are allowed to build a sequence (for example changing L1 Trigger
# Tables between Calibration and Pedestal runs). The other section 
# defines a regular expression to define the allowed ordering
# of the P-, C- and D-runs.
#
# The sections a introduced by [Transition] and [Regexp]. For further
# details see below.
#
# If a section should be valid only for one telescope use:
#   [Transition]         # Valid for all telescope numbers
#   [Transition 5]       # Valid for telescope 5
#   [Transition: 5]      # Valid for telescope 5
#   [Transition: 5 6]    # Valid for telescopes 5 and 6
#
#
# File-Id:
#   A file is uniquely identified by run-number and file-number.
#   If you give just a number it is identical to run-number with
#   file-number 0. To give a dedicated file-number you can use:
#     run.file
#
#/////////////////////////////////////////////////////////////////////////

##########################################################################
#
# Explanation [Transition]
#
# Rules to build blocks which will later be broken into sequences
#
# Syntax:
#
# [Transition]
# rule1
# rule2
# rule3
#
#
# Colums of rule:
# 0 [1 2 3 4 [5 [6]]]
# 
# 0: Table/Column to which the transition is applied
# 1: Run type of previous run
# 2: Run type of run to be accepted
# 3: Key for previous run
# 4: key for run to be accepted
# 5: first file-id to apply this rule <default=0>
# 6: last  file-id to apply this rule <default=max>
#
# Run Types:
#  D  2
#  P  3
#  C  4
#
# The columns 1-4 can be expressed as regular expressions (ala TRegexp)
# a ^ is prepended and a $ is appended automatically.
#
# A single "*" is an abbreviation for the regexp ".*" .
#
# As soon as any transition (column 0) is specified this transisiton 
# is checked not to change within a sequence.
#
# A "-" is an abbreviation for transitions "to be ignored". For example:
#     [Transition]
#     Test - 4 * 1200 1300
# would mean:
#     ignore all keys (*) of column test for all current files
#     with run-type 4 if its file-id is between 1200.0 and 1300.0
#     The (former) third column in this case is obsolete.
#
# Each Transition which appears at least once is checked.
#

[Transition: 1]

# Ignore project name for calibration files between 20100 and 45100
Project           - 4 *    20100 45100
HvSettings        - 2 *    86094 86094
TriggerDelayTable
ObservationMode

# Transition setup for L1/2-TriggerTable of very old data
L1TriggerTable  3 2  1 [235]  26206 35478
L1TriggerTable  2 3  [235] 1  26206 35478

L1TriggerTable  - [^2] * 0 26830
L2TriggerTable  - [^2] * 0 26830

L1TriggerTable  2 4  3 1  26816 39429

L2TriggerTable  3 2  7 2  36049 38012
L2TriggerTable  2 3  2 7  36053 38011

L2TriggerTable  4 3  9 7  20170 37382
L2TriggerTable  3 4  7 9  22712 37935

L2TriggerTable  3 2  7 5  26207 35455
L2TriggerTable  2 3  5 7  26207 35477

L2TriggerTable  4 2  9 2  36157 37938
L2TriggerTable  4 3  5 7  26207 35477
L2TriggerTable  3 2  7 5  35460 36478
L2TriggerTable  2 4  5 9  27170 31869


# The Discriminator Thresholds do not influence the pedestal- and
# calibration-trigger and need therefore not to be checked for these runs.
# This allows all kind of transitions from P/C to P/C and from C to D.
DiscriminatorThresholdTable  [34]  [34]   *   *
DiscriminatorThresholdTable    4     2    *   *

# This defines which changes in the calibration script are allowed
# P 177: CPedestals_500Hz
# P 199: Pedestals_500Hz
# C 180: 23Led_Blue
# C 181: 10_Led_UV
# C 182: 1Led_Green
# C 183: 10Led_Blue
# C 195: 1Led_Blue
# C 207: 10Led_UV_PinDiode
# D 179: 10Led_UV_50Hz
# D 209: 10Led_UV_50Hz_PinDiode
# D 238: 10Led_UV_50Hz_PinDiode.  <---  has an additional dot
# D 188: 10Led_UV_train50Hz
# D 200: 10Led_UV_train50Hz_PinDiode
# D 210: 10Led_Blue_50Hz
# D 245: 10Led_UV_50Hz_Ped

# Current DEFAULT setup. This what is used to build the
# sequences from the newest data
CalibrationScript  2 3  209 199                      79266 200000
CalibrationScript  3 4  199 207                      50640
CalibrationScript  4 2  207 209                      91301
CalibrationScript  4 3  207 199                      53875 200000
CalibrationScript  4 2  207 245                     200000

# Previous defaults. This are cases which are widely used
# through our data and can thus be considered old defaults
CalibrationScript  4 2  181 179                      46305 50600
CalibrationScript  4 2  207 209                      50641 84570
CalibrationScript  4 2  207 179                      50879 91252
CalibrationScript  2 3  179 199                      46313 91423
CalibrationScript  2 3  209 199                      50784 79256
CalibrationScript  3 2  199 179                      46313 90220

CalibrationScript  3 2  199 209                      50785 57781
CalibrationScript  3 4  199 181                      45730 50805

# This was used only in some rare cases (still to be checked!)
# This are cases used through a big part of our data
# but take place only in some single cases.
CalibrationScript  4 3  181 199                      46405 50137
CalibrationScript  3 4  199 181                      67116 68714
CalibrationScript  2 4  179 207                      87824 87842

# Single calibration runs inbetween data. Should be
# excluded differently, because these blocks will not
# give valid sequences anyhow
CalibrationScript  2 4  179 207                      68731 68731
CalibrationScript  2 4  179 207                      61374 61459
CalibrationScript  2 4  179 207                      53901 53901
CalibrationScript  2 4  179 207                      51153 51170
CalibrationScript  2 4  188 181                      50084 50084
CalibrationScript  2 4  209 207                      96951 96951

# For some reasons here are two consecutive calibration
# runs with two different colors (still to be checked!)
CalibrationScript  4 4  181 183                      51173 51173

# Special setup for more than one C-Run. Old data had several
# calibration runs with different taken sequentually
CalibrationScript  4 4  (181|195) (182|183|193|195)  44834 45579

# This was a typo 238 is basically the same as 209
CalibrationScript  4 2  207 238                      78696 78696

# This is for runs with special calibration scripts (177,188,200,210)
CalibrationScript  2 3  (179|188|200) (177|199)      44831 46223
CalibrationScript  3 2  (177|199) (179|188|200)      44831 46223
CalibrationScript  4 2  (181|182|195) (188|200)      44831 46223
CalibrationScript  3 4  177 (181|195)                44831 45718
CalibrationScript  4 3  181 177                      44831 45717
CalibrationScript  4 2  181 188                      50083 50273
CalibrationScript  3 2  199 188                      50083 50273
CalibrationScript  2 3  188 199                      50083 50273
CalibrationScript  4 2  207 210                      50687 50746
CalibrationScript  2 3  210 199                      50687 50746
CalibrationScript  3 2  199 210                      50687 50746

# Special rules for calibration script 183
CalibrationScript  2 4  209 183                      50642 50642
CalibrationScript  4 3  183 199                      51193 51193
CalibrationScript  2 4  179 183                      51192 51192
CalibrationScript  4 2  183 179                      51174 51174

#########################################################################
#
# Explanation [Regexp]
#
# To build sequences a string with the run-types is evaluated.
# A capital case D or P means: The nearest C-Run is the last C-Run
# A lower case   d or p means: The nearest C-Run is the next C-Run
#
# The first expression is evaluated first. The last one last.
# If one regexp matches the others are not evaluated anymore and
# the sequence is build from the match.
#
# For details on regular expressions check 
#     http://perldoc.perl.org/perlre.html
#
# The syntax is
#   [Regexp]
#   regexp [firstrun [lastrun]]
#
[Regexp: 1]

# Allow almost everything but require at least one run of each run-type
[dp]*C+[PD]*(PD|DP)[DP]*                  0 32734
[dp]*dp*C+[PD]*P[DP]*                     0 32734
[dp]*p[dp]*C+P*D[PD]*                     0 32734
[dp]*(dp|pd)[dp]*C+[PD]*                  0 32734

# This is the "allow as much as possible" solution
[dp]*(pC+|C+P)[PD]*D                  32735 45624
d[dp]*(pC+|C+P)[PD]*                  32735 45624

# Allow intermediate calibration and pedestal runs:
# Since now we have  interleaved calibration events.
[dD]*[pP]C+((([pP]|C)+[dD])|[dD])+    45625  46477

# Allow intermediate pedestal runs
#[dD]*[pP]C+(([pP]+[dD])|[dD])+       46478 53943
[dD]*[pP]C+[pPdD]*[dD]                46478 53943
[dD]*[pP]C+[pPdD]*[dD]                56567 57786
[dD]*[pP]C+[pPdD]*[dD]                60145 60396

# Use the minimum solution for newest date
# Do not allow intermediate non-data runs
[dD]*[pP]C+[dD]+                      53944
