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acis-backstop.pl
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acis-backstop.pl
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#! /bin/env perl
#--------------------------------------------------------------------
# Note: /usr/local/bin on Solaris contains the most up to date perl
# /usr/local/bin on Linux points to /usr/bin, the most up to date perl
# SCRIPT USAGE:
# /data/acis/LoadReviews/script/acis-backstop.pl <full path to current week's OFLS version>/CDAY.hhmm.backstop <full path to preceding week's approved OFLS version>/ACIS-History.txt
#
# EXAMPLE:
# acis-backstop.pl {path/*.backstop} {path/ACIS-History.txt}
# acis-backstop.pl $SOTMP/2000/SEP1200/ofls/CMI256:1602.backstop $SOTMP/2000/SEP1200/ofls/ACIS-History.txt
#
# WORKING AREA: /data/acis/LoadReviews/script/
#
#--------------------------------------------------
#
# Produces as output in the directory the script was executed within:
# ACIS-LoadReview.txt <-- Reviewed by ACIS Ops
# ACIS-History.txt <-- To be used in the next load
# ACIS-FPHIST.dat <-- To be used by SNV in his ACIS orb fluence mon
# ACIS-GRATHIST.dat <-- To be used by SNV in his ACIS orb fluence mon
# ACIS-OBSHIST.txt <-- Used in ACIS Real-time web page
# ACIS-TLMHIST.txt <-- Used in ACIS Real-time web page
# ACIS-TSCHIST.txt <-- Used in ACIS Real-time web page
# ACIS-DITHHIST.dat <-- Used in ACIS Real-time web page
#
# UPDATE - June 26, 2016
# Royce Beuhler
# V2.15
# Added logic for the "bak" suffix capability.
#
# UPDATE - December 5, 2016
# Gregg Germain
# V2.16
# Changed from "Browser" username to "acisops" for access
# to the OCAT
#
# Update: January 31, 2017
# Gregg Germain
# - Modified program to always attempt to collect Dither
# information from the OCAT.
# - Modified program to always print out Dither
# information and put it before the "Cycle" printout
# - Always collect Dither info from the OCAT
#
# Update: June16, 2017
# Gregg Germain
# - Modified code to handle the fact that ECS measurement Obsid's
# now start at 38000.
# - Variables $min_cti_obsid and $max_special_obsid were created
# tomake any future Obsid limit change easy to implement.
# - Modified code to print out a row of "-cti"'s when a Perigee Passage
# CTI measurement is completed.
# - Added numerous comments
#
# Update: January 6, 2022
# Gregg Germain
# V3.3
# - Modified the "triplet" code to include WSPOW00000 as a legal
# triplet power command. Also combined the 2 individual sections
# of triplet power command test code into one which now includes the WSPOW0.
#
# Update: April 4, 2022
# - Incorporating HIST_File_Utilities_Class and creating
# ACIS-SCS155HIST.dat in OFLS directory
#
# Called from LR with this line:
#
# $backstop_str = "$backstop -s ${server} ${localdir}/${backfile} ${hist}";
# ARGV[1] - ocatsqlsrv
# ARGV[2] - /data/acis/LoadReviews/2022/MAR2821/oflsa/CR086_2107.backstop
# ARGV[3] - $prev_load_dir/ACIS-History.txt
#
# Update: August 18, 2022
# - V3.5
# - Perigee Passage TXGING Quiet checks removed
#
#--------------------------------------------------------------------
use DBI;
use Text::ParseWords;
use IO::File;
use File::Basename;
use POSIX qw(tmpnam ceil floor);
use Getopt::Std;
use Getopt::Long;
use Time::Local;
use Date::Calc qw(Add_Delta_Days);
# ($year, $month, $day = Add_Delta_Days($year,1,1, $doy - 1);
use Date::Calc qw(Add_Delta_DHMS);
#----------------------------------------
#Variables:
#----------------------------------------
# ARGV[2] contains the full path to the Review load CR*.backstop file
# Extract the full path to the directory
$last_slash_pos = rindex($ARGV[2], "/");
# Extract the substring up to but not including the final /
$rev_load_dir_path = substr($ARGV[2], 0, $last_slash_pos);
# Create the Review Load SCS-155 Deadman History file ACIS-SCS155HIST.dat
system("/usr/local/bin/python3 /data/acis/LoadReviews/script/UTILITIES/Create_Weekly_155_HIST_file.py $rev_load_dir_path");
$Rec_Time=""; # read the record and split
$Rec_VCDU=""; # VCDU counter
$Rec_MC=""; # Command
$Rec_Event=""; # event information
$Rec_Eventdata=""; # event data
$wspow=""; # wspow command, via sacgs
# As of June, 2017 Perigee Passage CTI obsids can be as low as 38000
$min_cti_obsid = 38000;
# Special observations such as Long Term CTI measurements, and others,
# are given Obsid's in the 60,000's. Various tests
$max_special_obsid = 69999;
$server="ocatsqlsrv"; #default server.
$ctifmtcheck=0;
$startscitime=0;
$startsciflag=0;
$lastCmdAcisFlag=0;
$lastCmdAcisTime=0;
$loadpblockflag=0;
$commflag=0;
$commstart=0;
$commend=0;
$radmonon=0;
$radmonff=0;
$radmonoff=0.0;
$hrcStime=0;
$elec1ent=0;
$elec1exit=0;
$NILpad=0;
$simtest1=0;
$simtest2=0;
$tstop=0;
$obsstart=0;
$exposure=0;
$obsend=0;
$delobs=0;
$enter_rad=0;
$perevt=0.0;
$timeindex=0;
$nom_zsim=0;
$delta_zsim=0;
$per_stopsci=0;
$per_vidalldn=0;
$perigee_time=0;
$per_oldstopsci=0;
$check_acis_sci=0;
$nil_flag=0; # doing a NIL measurement
$cti_flag=0; # doing a CTI measurement
#$quiet_flag=0; # quieted the threshold crossings
# Removed for FSW GIJ-58
$dec_day=0;
$pad=0;
$pad2=0;
$simtrans=0;
$viddwn_cnt=0;
$pblock_ef="N"; # pblock eventfilter(for win)
#
# For Cycles 1 through 10, eventAmplitdueRange was 15.0
# From 11 onward the new value was 13.
$pblock_lea=0.08; # Pblock lowerEventAmplitude(for win)
$pblock_ear=13.0; # pblock eventAmplitdueRange(for win)
$sys_cnt=0;
$huff_cnt=0;
$start_sci_cnt=0;
$stop_sci_count=0;
$obsid_cnt=0;
$letg_in_cnt=0;
$letg_out_cnt=0;
$hetg_in_cnt=0;
$hetg_out_cnt=0;
$start_comm=0;
$stop_comm=0;
$perigee_cnt=0;
$loaded_ocat=0; #has the ocat been loaded.
$compare=0; #has the ocat/pblock compare been done?
$flag_pblock=0; #pblock correctly loaded?
$flag_params=0; #Ocat & params match?
$flag_setup=0; #instrument setup ok?
$flag_ccds=0; #correct CCDs?
$flag_windows=0;#correct window?
@pblock_list; #obsids with pblock errors
@param_list; #Obsids with param errors
@setup_list; #Obsids with setup errors
@ccd_list; #Obsids with ccd errors
@window_list; #obsids with window errors
@error_list; #list of errors;
$tstart_orig=0; #time of start sci
$biasength="";
@biasinfo=0;
$biastime=0;
$tstart=0;#time of startsci+bias
$tstop=0;
$exposure=0;
$new_exposure=0;
$clear_buffer_time=0; #time to clear the buffers
$bitscleared=4320.0; #kbits in the buffers
$fmt_change=0.0; #time of format change;
$HETGin=0;
$LETGin=0;
$Test_Passed = 1;
#$Test_PassedC = 1;
#stored parameter blocks and window blocks.
$WTval="";
$WCval="";
$W2val="";
$W1val="";
$last_simode="";
$FPSI="??";
$HETG="??";
$LETG="??";
$FMT="??";
$DITH="UNKN";
$OBSID=999999;
$sim_z=0;
%pblock_entries=();
%ocat_entries=();
%window_entries=();
@window_wblock_array; #leave empty, array of window hash for wblock
@window_ocat_array; #leave empty, array of window hash for OCAT
$pow_cmd="";
$simode=""; # current Simode
$ocat_simode=""; # OCAT SI_mode
$cti_simode=""; # Radzone SImode
$nil_simode=""; # Nil simode
$needwindow=1; # need a window for this obs?
$inocat=0; # is this in the ocat?
$triplet_check=0; # check for radzone triplet
$dhhtr_state=0; # state of the detector heater 0=off 1=on
#$obs = { # Doesn't seem to be used anywhere. Uncomment
# $start=>0.0, # these for lines or else delete.
# $stop=>0.0,
#};
@crm_array;
@nil_array;
%command_list=();
%si_mode_list=();
%chandra_status=();
%perigee_status=();
$min_perigee_time=55.00;# min ks on 140+pitch in perigee
@maneuvers=(); # array of maneuver hash
$first=1;
#--------------------------------------------------------------------
#SCRIPT START *** SCRIPT START *** SCRIPT START *** SCRIPT START ***
#--------------------------------------------------------------------
#Check for options: will remove options from argv
$server="ocatsqlsrv";
GetOptions( 's=s' => \$server); #to be passed to acisparams.pl
if(@ARGV != 2){
die "ERROR! TWO INPUTS REQUIRED!\nUSAGE: $0 {current_week_path/*.backstop} {preceding_week_path/ACIS-History.txt}\n";
}
#--------------------------------------------------------------------
# NEW CODE to allow one acis-backstop.pl to run in regular and backup
# modes
# SET UP the directory for the scripts
#--------------------------------------------------------------------
#if($0 =~ /bak/){
#called as acis-backstop_bak.pl
if (`lr_suffix.pl`) { # Null string if not on backup machine
$base_dir=</data/acis-bak>;
}
else{
$base_dir=</data/acis>;
}
$script_dir="$base_dir/LoadReviews/script";
$sacgs_dir="$base_dir/sacgs/bin";
$tln_file="$base_dir/LoadReviews/script/ACIS_current.tln";
$sacgs_dir="$base_dir/LoadReviews/Linux/scripts";
$egrep="/bin/egrep";
#print "The base directory is $base_dir\n";
#SETUP ITEMS for the script
setup_command_list(\%command_list);
setup_SI_MODES(\%si_mode_list);
read_history($ARGV[1],\%chandra_status);
#need to read the perigee passage
read_perigee($ARGV[0],$ARGV[1],\%perigee_status);
$last_simode=$chandra_status{last_simode};
$first_simode=1; #flag to allow the OFLS to repeat the parameter blocks
#--------------------------------------------------------------------
#Open all files to be used
#--------------------------------------------------------------------
umask(002);
open_files(SIMTSC,">ACIS-TSCHIST.dat");
open_files(OBSIDHIST,">ACIS-OBSHIST.dat");
open_files(FPHIST,">ACIS-FPHIST.dat");
open_files(GRATHIST,">ACIS-GRATHIST.dat");
open_files(DITHHIST,">ACIS-DITHHIST.dat");
open_files(TLMHIST,">ACIS-TLMHIST.dat");
open_files(LR, ">ACIS-LoadReview.txt");
open_files(HIST_OUT, ">ACIS-History.txt");
open_files(PERIGEE_OUT,">ACIS-Perigee.txt");
open_files(STOREHIST, ">ACIS-STORED-HIST.txt");
open_files(BACK,$ARGV[0]);
#------------------------------------------------------------
# Read and store the manuever start and stop times
# File is the directory of the backstop/mm*.sum
#--------------------------------------------------------------------
###NOTE- Make some changes to get rid of the extra calls to the maneuver
#FILE
$dir = dirname($ARGV[0]);
$dir2=dirname($ARGV[1]);
$last_manfile=`ls ${dir2}/mm*.sum 2>/dev/null`;
$manfile=`ls ${dir}/mm*.sum 2>/dev/null`;
&read_manuever($manfile,\@start_man,\@stop_man);
#read last and current maneuvers
&read_maneuver_hash($last_manfile,\@maneuvers);
&read_maneuver_hash($manfile,\@maneuvers);
#--------------------------------------------------------------------
# Read and store the CRM and NIL file information
# CRM file is backstop/*CRM*
# NIL file is backstop/*.er
#--------------------------------------------------------------------
$CRMfile=`ls ${dir}/DO*CRM_Pad.txt 2>/dev/null`;
read_CRM_file($CRMfile,\@crm_array);
$NILfile=`ls ${dir}/*.er 2>/dev/null`;
read_NIL_file($NILfile,\@nil_array);
print LR "\n-------------------------------------------------\n";
print LR "ACIS LOAD REVIEW OUTPUT:\n";
print LR "FOR REVIEW BY CXC ACIS OPS PERSONNEL\n";
print LR "\n";
print LR "-------------------------------------------------\n";
print LR "\n";
print LR "USING $ARGV[0]\n\n";
print LR "LOAD HISTORY FROM: $ARGV[1]\n\n";
print LR "-- CHANDRA LOAD START --\n\n";
#--------------------------------------------------------------------
#Open the database ONCE, connect NOW
#--------------------------------------------------------------------
#Connect to the database:
# OLD BROWSER USERNAME database username, password, and server
#$user="browser";
#$passwd="newuser";
# Browser replacement TEST OCAT
#$user="acisops";
#$passwd="aopspd22";
# Connect to the database: OPERATIONAL
# NEW OCAT USERNAME database username, password, and server
$user="acisops";
$passwd="gpCjops)";
$serverstr="dbi:Sybase:${server}";
#open connection to sql server
my $dbh = DBI->connect(($serverstr, $user, $passwd)) || die "Unable to connect to database". DBI->errstr;
# use axafocat and clean up
$dbh->do(q{use axafocat}) || die "Unable to access database axafocat". DBI->errstr;
#---------------------------------------------------------
# Main, read the next record in the backstop file
#--------------------------------------------------------------------
while ( <BACK> )
{
Process_Next_Record($_);
$scs_val=$Rec_Eventdata{SCS}; #new, record SCS data
push (@timecont,$dec_day);
#----------------------------------------
#if first time, update histories
#----------------------------------------
if($first == 1){
update_history_files(FPHIST,\%chandra_status);
update_history_files(GRATHIST,\%chandra_status);
update_history_files(TLMHIST,\%chandra_status);
update_history_files(OBSIDHIST,\%chandra_status);
update_history_files(DITHHIST,\%chandra_status);
update_history_files(LR,\%chandra_status);
$first=0;
}
#----------------------------------------
#Confirm that this is a command we care about
#----------------------------------------
if ($Rec_Event eq "ACISPKT" ||
$command_list{($Rec_Eventdata{TLMSID})} ||
$command_list{($Rec_Eventdata{TYPE})} ||
$command_list{($Rec_Event)} ||
$Rec_Eventdata{TLMSID} =~ /CSELFMT/ || #FORMAT
$Rec_Eventdata{TLMSID} =~ /\A1/) { #ACIS HARDWARE COMMANDS
#----------------------------------------
# We care. Handle each set of commands
#----------------------------------------
check_scs($scs_val); #check if this a valid for ACIS in vehicle load
#----------------------------------------
SWITCH: {
#Comms:
if($Rec_Eventdata{TLMSID} =~ /CTX/){
process_comm();
last SWITCH;
}
#Gratings:
if($Rec_Eventdata{TLMSID} =~ /ETG/){
process_TG(\%chandra_status);
last SWITCH;
}
#Dither:
if($Rec_Eventdata{TLMSID} =~ /DITH/){
process_dither(\%chandra_status);
last SWITCH;
}
#Radiation Monitor
if($Rec_Eventdata{TLMSID} =~ /OORMP/){
process_radmon(\%chandra_status,\%perigee_status,@crm_array);
last SWITCH;
}
#Format Change
if($Rec_Eventdata{TLMSID} =~ /CSELFMT/){
process_format(\%chandra_status);
last SWITCH;
}
#RadZone Entry and Exit
if($Rec_Event =~ /ORBPOINT/){
process_radzone(@crm_array);
last SWITCH;
}
#SIM FOCUS and Translations
if($Rec_Event =~ /^SIM/){
process_sim(\%chandra_status);
last SWITCH;
}
#Obsid Changes
if ($Rec_Event =~ /MP_OBSID/) {
obsid_change(\%chandra_status);
last SWITCH;
}
#Stop Sciences
if ($Rec_Eventdata{TLMSID} =~ /AA00000000/){
process_stop_science();
confirm_packet_space();
last SWITCH;
}
#Start Science
if ($Rec_Eventdata{TLMSID} =~ /XTZ0000005/ ||
$Rec_Eventdata{TLMSID} =~ /XCZ0000005/) {
process_start_science();
check_acistime();
last SWITCH;
}
#Load Parameter blocks
if ($Rec_Eventdata{TLMSID} =~ /WT0*/ ||
$Rec_Eventdata{TLMSID} =~ /WC0*/ ) {
check_acistime();
load_pblock(\%chandra_status);
last SWITCH;
}
#Load Window Blocks
if ($Rec_Eventdata{TLMSID} =~ /W100*/ ||
$Rec_Eventdata{TLMSID} =~ /W200*/) {
load_windowblock(\%chandra_status);
check_acistime();
last SWITCH;
}
#all other ACIS commands:
else{
#process_acispkt();
process_acispkt(\%perigee_status);
check_acistime();
}
}#end SWTICH
}#end lines we care about
} #end processing backstop file
end_load(\%chandra_status);
check_errors();
#cleanup
close(SIMTSC);
close(OBSIDHIST);
close(FPHIST);
close(GRATHIST);
close(DITHHIST);
close(TLMHIST);
close(LR);
close(HIST_OUT);
close(STOREHIST);
close(PERIGEE_OUT);
if(-f "/tmp/temp.tln"){
unlink("/tmp/temp.tln");
}
exit;
#--------------------------------------------------------------------
# SUBROUTINES SUBROUTINES SUBROUTINES SUBROUTINES SUBROUTINES
#--------------------------------------------------------------------
#--------------------------------------------------------------------
# Setup_command_list: take an array of commands that are
# actually used from the backstop file and
# fill a hash table with them for easy lookup
#--------------------------------------------------------------------
sub setup_command_list{
my($comms)=(@_);
@commands= ("AFIPD",#items that are $Rec_Eventdata{TLMSID}
"AODSDITH",
"AOENDITH",
"CTXAON",
"CTXAOF",
"CTXBON",
"CTXBOF",
"OORMPDS",
"OORMPEN",
"CSELFMT*",
"4ISHGBEN",#enable insert HETG
"4EXHGBEN",#start move
"4EXHGBDS",#end move
"4RTHGBEN",#enable retract HETG
"4OLETGIN",#Inerted LETG
"4OLETGRE",#Retracted LETG
"4OHETGIN",#inserted HETG
"4OHETGRE",#Retracted HETG
"EEF1000", #rad zone entry #$rec_Eventdata{TYPE}
"EE1RADZ0",#rad zone entry
"EE2RADZ0",#rad zone entry
"EP2RADZ0",#rad zone exit
"EP1RADZ0",#rad zone exit
"XEF1000", #rad zone exit
"EPERIGEE",#Perigee
"EAPOGEE", #Apogee
"SIMTRANS",
"SIMFOCUS",
"MP_OBSID",
"\A1");
$i=1;
foreach $f (@commands){
$$comms{$f} = $i++;
}
return;
}
#--------------------------------------------------------------------
#setup_SI_MODES- set up an associative array for
# diagnostics NOT in the ocat
#--------------------------------------------------------------------
sub setup_SI_MODES{
my($si_mode_array)=(@_);
#NEED THE ACIS UNDERCOVER SOMEHOW
$si_mode_array->{"WT007AC024"}="TE_007AC"; #new CTI
$si_mode_array->{"WT007EC024"}="TE_007AE"; #new CTI
$si_mode_array->{"WT00B26014"}="TE_00B26"; #new CTI
$si_mode_array->{"WT0021C034"}="TE_0021C"; #CTI S-array
$si_mode_array->{"WT00216034"}="TE_00216"; #CTI I-array
$si_mode_array->{"WT008EA024"}="TE_008EA"; #CTI mixed
$si_mode_array->{"WT00452024"}="HIE_0002"; #HRC-I event histogram
$si_mode_array->{"WT00452024"}="HIO_0002"; #HRC-I event histogram
$si_mode_array->{"WT0023C024"}="HSE_0002"; #HRC-S event histogram (windows)
$si_mode_array->{"WT0023A024"}="HSO_0002"; #HRC-S event histogram (windows)
$si_mode_array->{"WT000B5024"}="TN_000B4"; #TN_000B4B raw mode I0-I3,S2,S3
$si_mode_array->{"WT000B7024"}="TN_000B6"; #TN_000B6B raw mode S0-S5
$si_mode_array->{"WT00549034"}="TN_00548"; #CHARGE INJECTION
$si_mode_array->{"WT0054B034"}="TN_0054B"; #CHARGE INJECTION
$si_mode_array->{"WT0054D034"}="TN_0054C"; #CHARGE INJECTION
$si_mode_array->{"WT006C2024"}="TE_006C2";#Focal Plane cooling test
$si_mode_array->{"WT007AC024"}="TE_007AC"; #ACIS-I, all but g255
$si_mode_array->{"WT007AE024"}="TE_007AE"; #ACIS-S, all but g255
$si_mode_array->{"WC000C4024"}="CC_000C4"; #ACIS-S, all but g255 CC
$si_mode_array->{"WC000C6024"}="CC_000C6"; #ACIS-I, all but g255 CC
#---
#alternating exp mode to calibrate particle background
#correction 4.0/3.2s frametimes, I0-I3,S2,S3
$si_mode_array->{"WT0031D024"}="TE_0031C";
$si_mode_array->{"WT0031C024"}="TE_0031C";
#---
#alternating exp mode to calibrate particle background
#correction 2.0/3.2s frametimes, I0-I3,S3
$si_mode_array->{"WT00681024"}="TE_00680";
$si_mode_array->{"WT00680024"}="TE_00680";
#---
#alternating exp mode to calibrate particle background
#correction 2.5/3.2s frametimes, I0-I3,S3
$si_mode_array->{"WT00683024"}="TE_00682";
$si_mode_array->{"WT00682024"}="TE_00682";
#---
#alternating exp mode to calibrate particle background
#correction 3.0/3.2s frametimes, I0-I3,S3
#---
$si_mode_array->{"WT00685024"}="TE_00684";
$si_mode_array->{"WT00684024"}="TE_00684";
#---
#alternating exp mode to calibrate particle background
#correction 3.5/3.2s frametimes, I0-I3,S3
$si_mode_array->{"WT00687024"}="TE_00686";
$si_mode_array->{"WT00686024"}="TE_00686";
#---
#alternating exp mode to calibrate particle background
#correction 4.0/3.2s frametimes, I0-I3,S3
$si_mode_array->{"WT00689024"}="TE_00688";
$si_mode_array->{"WT00688024"}="TE_00688";
#---
#alternating exp mode to calibrate particle background
#correction 1.5/3.2s frametimes, I0-I3,S3
#---
$si_mode_array->{"WT0068F024"}="TE_0068E";
$si_mode_array->{"WT0068E024"}="TE_0068E";
return;
}
#--------------------------------------------------------------------
#open_files: subroutine to open all files and to make the code easier
# to read
#--------------------------------------------------------------------
sub open_files{
my($fileh,$filename)=(@_);
open ($fileh,$filename) or die "ERROR!\nCould not OPEN $filename; file not created!\nUSAGE: acis-backstop.pl {current_week_path/*.backstop} {preceding_week_path/ACIS-History.txt}\n";
return;
}
#--------------------------------------------------------------------
# read_history: subroutine to read the history file and return
# a hash with the items
#--------------------------------------------------------------------
sub read_history{
my($hist_file,$histref)=(@_);
$histind = 0;
open_files(HIST,$hist_file);
while ($line = <HIST>) {
if($line =~ 'CHANDRA'){
#instead of an index, find the line that matches CHANDRA
chop($line);
$histline=$line;
}
}
close(HIST);
$delim=",";
$where=index($histline,'(');
if($where != -1){
$histline=substr($histline,$where,120);
$histline=~s/\(//;
$histline=~s/\)//;
}
else{die "ERROR!\n Improper format in History File:$hist_file\n";}
$histline=~s/\(//;
$histline=~s/\)//;
@words=quotewords($delim,$keep,$histline);
$$histref{"FPSI"} = $words[0];
$$histref{"HETG"} = $words[1];
$$histref{"LETG"} = $words[2];
$$histref{"OBSID"} = $words[3];
$$histref{"radmonstatus"} = $words[4];
$$histref{"FMT"} = $words[5];
$$histref{"DITH"} = $words[6];
#parse out the stored values on board.
$$histref{"WTval"} = $words[7];
$$histref{"WCval"} = $words[8];
$$histref{"W2val"} = $words[9];
$$histref{"W1val"} = $words[10];
$$histref{"last_simode"} = $words[11];
close(HIST);
return
}#--------------------------------------------------------------------
# read_perigee: subroutine to read the perigee file and return
# a hash with the items
#--------------------------------------------------------------------
sub read_perigee{
my($backstop_file,$hist_file,$periref)=(@_);
#parse out directory from history file add on perigee file name
$dirname = dirname($hist_file);
$peri_file="${dirname}/ACIS-Perigee.txt";
$curdirnam= dirname($backstop_file);
$periind = 0;
#in the case of an interrupt, the Perigee edit file will exist
if($dirname eq $curdirnam){
if( -e "${dirname}/ACIS-Perigee_edit.txt"){
$peri_file="${dirname}/ACIS-Perigee_edit.txt";
}
}
print "NOTE: Using $peri_file\n";
open_files(PERIGEE,$peri_file);
while ($line = <PERIGEE>) {
if($line =~ 'CHANDRA'){
#instead of an index, find the line that matches CHANDRA
chop($line);
$histline=$line;
}
}
close(PERIGEE);
$delim=",";
$where=index($histline,'(');
if($where != -1){
$histline=substr($histline,$where,80);
$histline=~s/\(//;
$histline=~s/\)//;
}
else{die "ERROR!\n Improper format in Perigee File:$peri_file\n";}
$histline=~s/\(//;
$histline=~s/\)//;
@words=quotewords($delim,$keep,$histline);
$$periref{"radtime"} = $words[0]; # time of last radtime
$$periref{"offtime"} = $words[1]; # time of last housing heater OFF
$$periref{"ontime"} = $words[2]; # time of last housing heater ON
$$periref{"TRIPLET"} = $words[3]; # is radzone triplet set?
close(PERIGEE);
#set the global values
if($words[0] != 0.00){
$radmonoff=parse_time($words[0]);
}
if($words[3] =~ /YES/){
$triplet_check=3;
}
$htroff=parse_time($words[1]);
$htron=parse_time($words[2]);
if($htron > $htroff){ #if the heater turn on was AFTER the off
$dhhtr=1; #the heater is ON
}
return
}
#--------------------------------------------------------------------
# Print Status
#--------------------------------------------------------------------
sub print_status{
my($FILEH,$stat) = (@_);
$FP=$$stat{"FPSI"};
$HETG=$$stat{"HETG"};
$LETG=$$stat{"LETG"};
$OBSID=$$stat{"OBSID"};
$RADMON=$$stat{"radmonstatus"};
$FMT=$$stat{"FMT"};
$DITH=$$stat{"DITH"};
print $FILEH "\n====> CHANDRA STATUS ARRAY=($FP,$HETG,$LETG,$OBSID,$RADMON,$FMT,$DITH)\n\n";
return;
}
#--------------------------------------------------------------------
# Update Status
#--------------------------------------------------------------------
sub update_status{
($key,$val,$stat) = (@_);
$$stat{$key}=$val;
return;
}
#--------------------------------------------------------------------
# update_history_files: Update the history files
#--------------------------------------------------------------------
sub update_history_files{
my($FILEH,$stat) = (@_);
$FP=$$stat{"FPSI"};
$HETG=$$stat{"HETG"};
$LETG=$$stat{"LETG"};
$OBSID=$$stat{"OBSID"};
$RADMON=$$stat{"radmonstatus"};
$FMT=$$stat{"FMT"};
$DITH=$$stat{"DITH"};
$W2val=$$stat{"W2val"};
$W1val=$$stat{"W1val"};
$WTval=$$stat{"WTval"};
$WCval=$$stat{"WCval"};
SWITCH:{
if ($FILEH =~ /FP/){
printf FPHIST "%15s\t%8s\t%6.0f\n",$fields[0],$FP,$OBSID;
last SWITCH;
}
if ($FILEH =~ /GRAT/){
printf GRATHIST "%15s\t%8s\t%8s\t%6.0f\n",$fields[0],$HETG,
$LETG,$OBSID;
last SWITCH;
}
if ($FILEH =~ /TLM/){
printf TLMHIST "%15s\tCOMMAND_HW\t%10s\n",$fields[0],$FMT;
last SWITCH;
}
if ($FILEH =~ /OBSID/){
printf OBSIDHIST "%15s\tMP_OBSID\t%9s\n",$fields[0],$OBSID;
last SWITCH;
}
if ($FILEH =~ /DITH/){
printf DITHHIST "%15s\tCOMMAND_SW\t%10s\n",$fields[0],$DITH;
last SWITCH;
}
;
if ($FILEH =~/HIST_OUT/){
printf HIST_OUT "%15s====> CHANDRA STATUS ARRAY AT LOAD END = ($FP,$HETG,$LETG,$OBSID,$RADMON,$FMT,$DITH,$WTval,$WCval,$W2val,$W1val,$last_simode)\n\n",$fields[0];
last SWITCH;
}
if($FILEH =~ /LR/){
print LR "CHANDRA STATUS ARRAY AT START OF LOAD REVIEW (FROM PREVIOUS LOAD HISTORY FILE):\n";
print LR "(FP SI,HETG status,LETG status,current OBSID,RadMon status,current TLM FMT,Dither)\n";
print LR "\t\t = ($FP,$HETG,$LETG,$OBSID,$RADMON,$FMT,$DITH)\n\n";
last SWITCH;
}
# Can't do these on Filehandle
if ($FILEH =~ /W2val/){
printf STOREHIST "%15s\tCOMMAND_SW\t%10s\n",$fields[0],$W2val;
last SWITCH;
}
if ($FILEH =~ /W1val/){
printf STOREHIST "%15s\tCOMMAND_SW\t%10s\n",$fields[0],$W1val;
last SWITCH;
}
if ($FILEH =~ /WTval/){
printf STOREHIST "%15s\tCOMMAND_SW\t%10s\n",$fields[0],$WTval;
last SWITCH;
}
if ($FILEH =~ /WCval/){
printf STOREHIST "%15s\tCOMMAND_SW\t%10s\n",$fields[0],$WCval;
last SWITCH;
}
die "Error: Do not recognize $FILEH\n";
}
return;
}
#--------------------------------------------------------------------
#Update Perigee History: record the last radmon off. heater times and
# if the triplet was recorded
#--------------------------------------------------------------------
sub update_perigee_history{
my($FILEH,$perigee_stat)= @_;
$raddis=$$perigee_stat{radtime};
$htroff=$$perigee_stat{offtime}; # time of last housing heater OFF
$htron=$$perigee_stat{ontime};
$trip="NO";
if($triplet_check == 3){
$trip = "YES";
}
printf $FILEH "load end ====> (radmon disab time, dhhtr off time, dhhtr on time, rad zone triplet)\n";
printf $FILEH "%15s====> CHANDRA PERIGEE INFO AT LOAD END = ($raddis,$htroff,$htron,$trip)\n\n",$fields[0];
return;
}
#--------------------------------------------------------------------
#read_CRM_file: Read the CRM file and store the information in an
# array of hashrefs...
#--------------------------------------------------------------------
sub read_CRM_file{
my($filename,$crm_list)= @_;
open (CRMPAD, "$filename") || warn "Warning! Cannot open CRM $file!";
my $si_mode='';
%list=();
while (<CRMPAD>)
{
$_=trim($_);
#SET UP COLUMNS FIRST
if($_ =~ /EVENT/){
my @row = split (/\s{2,15}/, $_);
@keys=@row;
}
else{
if($_ =~ /^X|^E/){
my %event_item=(());
@line = split (/\s+/, $_);
$size=@line;
#print "Size is $size\n @line\n";
#assign based on keys
for ($ii=0;$ii<$size;$ii++){
$list{$keys[$ii]}=$line[$ii];
}
foreach my $key ( keys %list ) {
if ($key =~ m/EVENT$/){
$crm_event = $list{$key};
}
if($key =~ m/SI_MODE/){
$si_mode=$list{$key};
}
if($key =~ m/ABSOLUTE/){
if ($key =~ m/adj E/ || $key =~ /AE/){
$crm_event_time1=$list{$key};
}
}
if($key =~ m/PAD/){
$padd=$list{$key}/86400.;
}
}
if(length($si_mode) < 8){ #empty
foreach $l (@line){
if($l =~ m/[A-Z]{2}_[A-Z|0-9]{5}/){
$si_mode=$l;
last;
}
}
}
my @crm_event_time = split(":",$crm_event_time1);
my $crm_ae_time = $crm_event_time[1] + $crm_event_time[2]/24 +
$crm_event_time[3]/1440 + $crm_event_time[4]/86400;
my $time_str=sprintf("%03d:%02d:%02d:%02d\n",$crm_event_time[1],
$crm_event_time[2],$crm_event_time[3],
$crm_event_time[4]);
%event_item=(
event=>$crm_event,
time=>$crm_ae_time,
pad=>$padd,
SI=>$si_mode,
string=>$time_str,
);
push(@crm_array,\%event_item);
$si_mode='';
} #if
}
} #while
# DEBUG--Keep this commented for debugging purposes
#foreach $item (@crm_array){
# print "Event=$$item{event} at $$item{time} with SI of $$item{SI}\n";
#}
close(CRMPAD);
}
#--------------------------------------------------------------------
# read_NIL_file :read records from NIL file
#--------------------------------------------------------------------
sub read_NIL_file{
my($filename,$nil_list)= @_;
$flag=0; # flag a record
open (NIL_ER, "$filename") || print "There are no NIL observations scheduled for this load.\n";
while (<NIL_ER>){
if($_ =~ /,ID=/ && # found a record
$_ !~ /COMMENT/){ #ignore the comments
my %nil_item;
my @row = split (/=/, $_);
my @val=split(/,/,$row[1]);
$id=trim($val[0]);
$foo=<NIL_ER>;
@row = split (/=/, $foo);
@val=split(/,/,$row[1]);
$inst=trim($val[0]);
$foo=<NIL_ER>;
@row = split (/=/, $foo);
@val=split(/,/,$row[1]);
$simode=trim($val[0]);
#remove C, replace with 0
#if not 09, add 10000 to
#get obsids for cycle 10 and up
$id =~ s/^C/0/;
if($id !~ m/^09/){
$id=10000+$id;
}
%nil_item=( id=>$id,
inst=>$inst,
simode=>$simode,
);
push(@$nil_list,\%nil_item);
}
} #while
close(CRMPAD);
}
#--------------------------------------------------------------------
# process_comm: record the comm start and stop
#--------------------------------------------------------------------
sub process_comm{
#NOte this only reports the antena on, not the actual comm
$lastCmdAcisFlag=0;
if($Rec_Eventdata{TLMSID} eq "CTXAON" ||
$Rec_Eventdata{TLMSID} eq "CTXBON") {