#!/bin/sh
# This is a shell archive. To unbundle, sh this file
# This archive contains : 
#
# printall 
# BLIPcard.pm 
# Control.pm 
# DAC.pm 
# Digital.pm 
# ElecModule.pm 
# FLIP3UDriver.pm 
# FLIP3UQBias.pm 
# FLIP3UQet.pm 
# FLIP3USquid.pm 
# GPIBbox.pm 
# GPIBconnection.pm 
# GPIBinstr.pm 
# RTFcard.pm 
# Savescript.pm 
# ZIPcard.pm 
# ZIPdriver.pm 
# ZIPqbias.pm 
# ZIPqet.pm 
# ZIPsquid.pm 
# object.pm 
# BLIPdriver.ps 
# Contents.ps 
# FLIP3UDriver.ps 
# FLIP3UQBias.ps 
# FLIP3UQet.ps 
# FLIP3USquid.ps 
# PerlInterface.ps 
# QETManual.ps 
# RTFdriver.ps 
# SQUIDManual.ps 
# SlowControl.ps 
# ZIPdriver.ps 
# bindertitle.ps 
# driverP.ps 
# netProtocol.ps 
# pkgdiagram.ps 
# qbias.ps 
# blip.pl 
# f3udriver.pl 
# f3uqbias.pl 
# rack.pl 
# readscript.pl 
# rtf.pl 
# zip.pl 
# ppdm06.fnal.gov-ZIPcard-3-5.out 
# testfile.out 
# test.rack 

echo printall 1>&2 
cat >printall << 'End of printall'
lpr bindertitle.ps
lpr Contents.ps
lpr pkgdiagram.ps
lpr PerlInterface.ps
lpr SlowControl.ps
lpr netProtocol.ps
lpr rack.pl
lpr test.rack
lpr object.pm
lpr Savescript.pm
lpr ElecModule.pm
lpr BLIPdriver.ps
lpr BLIPcard.pm
lpr FLIP3UDriver.ps
lpr driverP.ps
lpr FLIP3UDriver.pm
lpr FLIP3UQBias.ps
lpr qbias.ps
lpr FLIP3UQBias.pm
lpr FLIP3UQet.ps
lpr QETManual.ps
lpr FLIP3UQet.pm
lpr FLIP3USquid.ps
lpr SQUIDManual.ps
lpr FLIP3USquid.pm
lpr RTFdriver.ps
lpr RTFcard.pm
lpr ZIPdriver.ps
lpr ZIPcard.pm
lpr ZIPdriver.pm
lpr ZIPqbias.pm
lpr ZIPqet.pm
lpr ZIPsquid.pm
lpr Digital.pm
lpr Control.pm
lpr DAC.pm
lpr GPIBbox.pm
lpr GPIBconnection.pm
lpr GPIBinstr.pm
lpr readscript.pl
lpr testfile.out
lpr ppdm06.fnal.gov-ZIPcard-3-5.out
lpr blip.pl
lpr f3udriver.pl
lpr f3uqbias.pl
lpr rtf.pl
lpr zip.pl
End of printall
echo BLIPcard.pm 1>&2 
cat >BLIPcard.pm << 'End of BLIPcard.pm'
#! /usr/local/bin/perl 

package BLIPcard; 
#
#		BLIPcard.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  Control, DAC
#
#	Contains commands for setting and reading back the digital DACs and 
#	controls on the BLIP card.  Also contains routines for printing the
#	card settings.
#

require 5.002;
require ElecModule;

use Digital;
use Control;
use DAC;

@ISA = qw( ElecModule );

my %fields = ( 
  box             => undef,
  module          => undef,
  data            => undef,
  address         => undef,
  Mux             => undef,
  jumpers         => undef,
  IBAPACAP        => undef,
  Phonon2         => undef,
  QLED            => undef,
  Phonon1         => undef,
  Lockin          => undef,
  filename        => undef,
  muxNames        => {},
  qo              => undef,
  qi              => undef,
  implant         => undef,
  led             => undef,
  ci              => undef,
  co              => undef,
  ps2             => undef,
  ps1             => undef,
  outfile         => undef,
  Controls        => {},
  DACs            => {},
  scriptonly      => undef,
  class           => undef,
  Accumulate      => undef,
);
#
#                             Basic Functions
#
#--------------------------------------------------------------- BLIPcard::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = ElecModule->new($_[0],$_[1],$_[2]);
  $self->{_permitted} = \%fields;
  bless $self,$class;

  $self->class("BLIPcard");

  $self->IBAPACAP(new Control(9,"ciPulse","ciRange","coPulse","coRange","pPulse","pRange","pHeat","trigDelay"));
  $self->IBAPACAP->setData("0");
  $self->Phonon2(new Control(10,"ref","filter","var","div","gnd"));
  $self->Phonon2->setGroupSize("ref",2);
  $self->Phonon2->setData("3f");
  $self->QLED(new Control(11,"Qignd","Qpol","QiImon","QoImon","Qognd","polarity","pulse","on"));
  $self->QLED->setData("fd");
  $self->Phonon1(new Control(12,"ref","filter","var","div","gnd"));
  $self->Phonon1->setGroupSize("ref",2);
  $self->Phonon1->setData("3f");
  $self->Lockin(new Control(13,"bypass1","ext1","","vampFast","bypass2","ext2","","azfast"));
  $self->Lockin->setData("88");
  $self->Mux(new Control(14,"mux1","","mux2"));
  $self->Mux->setGroupSize("mux1",4);
  $self->Mux->setGroupSize("",4);
  $self->Mux->setGroupSize("mux2",4);

  $self->{muxNames}->{vamp1}   = 0;
  $self->{muxNames}->{vamp2}   = 1;
  $self->{muxNames}->{qoimon}  = 2;
  $self->{muxNames}->{qovmon}  = 3;
  $self->{muxNames}->{qiimon}  = 4;
  $self->{muxNames}->{qivmon}  = 5;
  $self->{muxNames}->{ledv}    = 6;
  $self->{muxNames}->{ledi}    = 7;
  $self->{muxNames}->{ps1bias} = 8;
  $self->{muxNames}->{ps2bias} = 9;
  $self->{muxNames}->{tsense}  = 10;
  $self->{muxNames}->{fethtr}  = 11;
  $self->qo      (new DAC(1,12,-10,10));
  $self->qi      (new DAC(2,12,-10,10));
  $self->implant (new DAC(3,12,0,10));
  $self->led     (new DAC(4,12,0,10));
  $self->ci      (new DAC(5,12,0,10));
  $self->co      (new DAC(6,12,0,10));
  $self->ps2     (new DAC(7,12,0,10));
  $self->ps1     (new DAC(8,12,0,10));
 
  $self->{Controls}->{QLED}        = $self->QLED;
  $self->{Controls}->{Lockin}      = $self->Lockin;
  $self->{Controls}->{Phonon1}     = $self->Phonon1;
  $self->{Controls}->{Phonon2}     = $self->Phonon2;
  $self->{Controls}->{IBAPACAP}    = $self->IBAPACAP;
  $self->{Controls}->{Mux}         = $self->Mux;
  $self->{DACs}->{Qouter}          = $self->qo;
  $self->{DACs}->{Qinner}          = $self->qi;
  $self->{DACs}->{Implant}         = $self->implant;
  $self->{DACs}->{LED}             = $self->led;
  $self->{DACs}->{Ci}              = $self->ci;
  $self->{DACs}->{Co}              = $self->co;
  $self->{DACs}->{PS1}             = $self->ps1;
  $self->{DACs}->{PS2}             = $self->ps2;

  my %dacs = %{$self->DACs};

  foreach $key (sort keys %dacs) {
      $dacs{$key}->setValue(0);
  }
  
  my $host = $self->box->host;

  if (($self->scriptonly) == 1) {
      $host = "script";
  }

  my $module  = $self->module; 
  my $subrack  = $self->box->subrack; 
  
  $self->filename("/tmp/$host-$class-$subrack-$module.out");
  $self->fromFile($self->filename);
  return $self;
}
#--------------------------------------------------------- BLIPcard::init
sub init{   #help: init resets registers to power-up states.
  my $self = shift;
  my $class = ref($self) || $self;
  my $module  = $self->module; 

  $self->QLED->setData("fd");
  $self->Lockin->setData("88");
  $self->Phonon1->setData("3f");
  $self->Phonon2->setData("3f");
  $self->IBAPACAP->setData("0");
  $self->qo->setValue(10);
  $self->qi->setValue(10);
  $self->implant->setValue(10);
  $self->led->setValue(10);
  $self->ci->setValue(10);
  $self->co->setValue(10);
  $self->ps2->setValue(10);
  $self->ps1->setValue(10);
  $self->Mux1("vamp1");
  $self->Mux2("vamp1");
  $self->toFile($self->filename);
}
#
#                                   Multiplexers.
#
#--------------------------------------------------------------- BLIPcard::Mux1
#help: Mux1,Mux2    Return the index of current channel on Mux1,2
#help: Mux1,2(which) Set Mux1,2 to the string "which". Possiblitites are vamp1,vamp2,QiImon,QiVmon,QoImon,QoVmon,LEDV,LEDI,PS1Bias,PS2Bias,TSense, or FETHtr
sub Mux1 {
  my $self = shift;
  my $i=0,$which=1;
  if ($#_ > -1) {
    my ($value,$which) = @_;
    $value = lc $value;
    if (!(exists $self->muxNames->{$value} )) {
      warn "Can't access `$value' field in object of muxNames \n";
      return;
    }
    $which = 1 if $which !=2;
    my $num = $self->muxNames->{$value};
    $self->Mux->setGroup("mux$which",$num);
    my $comment = "BLIP mux$which to $num";
    $self->writeControl($self->Mux,$comment);
  } else {
    return $self->mux1 if $which == 1;
    return $self->mux2 if $which == 2;
  }
}
#--------------------------------------------------------------- BLIPcard::Mux2
sub Mux2 {
  my $self = shift;
  return $self->Mux1(@_,2);
}
#
#                           Write the DAC's
#
#--------------------------------------------------------------- BLIPcard::QODAC
#help: QODAC(v)    set Qouter DAC to v Volts
sub QODAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP QouterDAC to $val volts";
  $self->qo->setValue($val);
  $self->writeControl($self->qo,$comment);
}
#--------------------------------------------------------------- BLIPcard::QIDAC
#help: QIDAC(v)    set Qinner DAC to v Volts
sub QIDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP QinnerDAC to $val volts";
  $self->qi->setValue($val);
  $self->writeControl($self->qi,$comment);
}
#--------------------------------------------------------------- BLIPcard::ImplantDAC
#help: ImplantDAC(v)    set Implant DAC (IBAPACAP) to v Volts
sub ImplantDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP ImplantDAC to $val volts";
  $self->implant->setValue($val);
  $self->writeControl($self->implant,$comment);
}
#--------------------------------------------------------------- BLIPcard::LEDDAC
#help: LEDDAC(v) set LED DAC to v Volts
sub LEDDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP LEDDAC to $val volts";
  $self->led->setValue($val);
  $self->writeControl($self->led,$comment);
}
#--------------------------------------------------------------- BLIPcard::ciDAC
#help: ciDAC(v)  set Cinner (IBAPACAP) DAC to v Volts
sub CinnerDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP CinnerDAC to $val volts";
  $self->ci->setValue($val);
  $self->writeControl($self->ci,$comment);
}
#--------------------------------------------------------------- BLIPcard::coDAC
#help: coDAC(v)    set Couter (IBAPACAP) DAC to v Volts
sub CouterDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP CouterDAC to $val volts";
  $self->co->setValue($val);
  $self->writeControl($self->co,$comment);
}
#--------------------------------------------------------------- BLIPcard::PS2DAC
#help: PS2DAC(v)    set Phonon Sensor 2 DAC to v Volts
sub PS2DAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "BLIP PS2DAC to $val volts";
  $self->ps2->setValue($val);
  $self->writeControl($self->ps2,$comment);
}
#--------------------------------------------------------------- BLIPcard::PS1DAC
#help: PS1DAC(v)    set Phonon Sensor 1 DAC to v Volts
sub PS1DAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = " BLIP PS1DAC to $val volts";
  $self->ps1->setValue($val);
  $self->writeControl($self->ps1,$comment);
}
#
#                               write the Control registers.
#
#--------------------------------------------------------------- BLIPcard::LEDOn
sub LEDOn {   # default true, val = 0, false.
  my $self = shift;
  my $val=0;
  my $comment = undef;
  if ($#_>-1) {
    ($val) = @_;
    if ($val > 0) {$val=0;} else {$val=1;}
  }
  if ($val == 0) {
      $comment = "BLIP LED On";
  } else {
      $comment = "BLIP LED Off";
  }
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("on",$val);
  $self->writeControl($self->QLED,$comment);
}
#---------------------------------------------------------- BLIPcard::LEDpulse
#help: LEDpulse(times=1)  Pulse the selected LED times times.
sub LEDpulse {   # default true, val = 0, false.
  my $self=shift;
  my $ntimes=1;
  my $i;
  if ($#_>-1){
    ($ntimes) = @_;
  }
  for ($i=0;$i<$ntimes;$i++) {
    $self->setLEDpulse($i%2);
  }
}
#--------------------------------------------------------------- BLIPcard::LEDOff
#help: LEDOff  turn off the LED.
sub LEDOff {
  my $self = shift;
  $self->LEDOn(0);
}
#---------------------------------------------------------- BLIPcard::setLEDpulse
sub setLEDpulse {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 0;
  if ($#_>-1) {
    ($val) = @_;
    if ($val > 0) {$val=0;} else {$val=1;}
  }
  if ($val == 0) {
      $comment = "BLIP Pulse LED";
  } else {
      $comment = "BLIP Unpulse LED";
  }
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("pulse",$val);
  $self->writeControl($self->QLED,$comment);
}

#--------------------------------------------------------- BLIPcard::LEDminus
#help: LEDminus Select the negative LED leg.
sub LEDminus {   # default true, val = 0, false.
  my $self = shift;
  $self->LEDplus(0);
}
#--------------------------------------------------------------- BLIPcard::LEDplus
#help: LEDplus Select the positive LED leg.
sub LEDplus {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val > 0) {
     $val=1;
     $comment = "BLIP LEDplus";
  } else {
     $val=0;
     $comment = "BLIP LEDminus";
  }
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("polarity",$val);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::QoImon
#help: QoImon Monitor current of outer Charge channel. Turn off by giving 0 as an argument.
sub QoImon {
  my $self = shift;
  my $comment = "BLIP QoImon";
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("QoImon",1);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::QiImon
sub QiImon {
  my $self = shift;
  my $comment = "BLIP QiImon";
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("QiImon",1);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::QiVmon
#help: QiVmon Monitor Voltage of inner Charge channel. Turn off by giving 0 as an argument.
sub QiVmon {
  my $self = shift;
  my $comment = "BLIP QiVmon";
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("QiImon",0);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::QoVmon
#help: QoVmon  Monitor Voltage of outer Charge channel.
sub QoVmon {
  my $self = shift;
  my $comment = "BLIP QoVmon";
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("QoVmon",0);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::Qpol
#help: Qpol(pol=0)  sets the polarity of the QAmps. Default=0 (positive).
sub Qpol {   # default true, val = 0, false.
  my $self = shift;
  my $val=0;
  if ($#_>-1) {
    ($val) = @_;
  }
  my $comment = "BLIP Qpolarity to $val";
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("Qpol",$val);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::gndQI
#help: gndQI(state=1) ground/unground Qi bias (state=1 grounds it)
#help: gndQO(state=1) ground/unground Qo bias (state=1 grounds it)
sub gndQI {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP ground Qi bias";
  } else {
     $comment = "BLIP unground Qi bias";
  }
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("Qignd",$val);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::gndQO
sub gndQO {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP ground Qo bias";
  } else {
     $comment = "BLIP unground Qo bias";
  }
  $self->QLED->fromFile($self->filename);
  $self->QLED->setGroup("Qognd",$val);
  $self->writeControl($self->QLED,$comment);
}
#--------------------------------------------------------------- BLIPcard::vampFast
#help: vampFast/Slow  set the fast/slow V amp setting
sub vampFast {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
      $comment = "BLIP fast V amp";
  } else {
      $comment = "BLIP slow V amp";
  }
  $self->Lockin->fromFile($self->filename);
  $self->Lockin->setGroup("vampFast",$val);
  $self->writeControl($self->Lockin,$comment);
}
#--------------------------------------------------------------- BLIPcard::vampSlow
sub vampSlow { my $self=shift; $self->vampFast(0);}
#--------------------------------------------------------------- BLIPcard::gndPS1
#help: gndPS1(state=1)  ground/unground PS 1 bias
sub gndPS1 {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1){
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP ground PS1 bias";
  } else {
     $comment = "BLIP unground PS1 bias";
  }
  $self->Phonon1->fromFile($self->filename);
  $self->Phonon1->setGroup("gnd",$val);
  $self->writeControl($self->Phonon1,$comment);
}
#--------------------------------------------------------------- BLIPcard::gndPS2
#help: gndPS2(state=1)  ground/unground PS 2 bias
sub gndPS2 {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP ground PS2 bias";
  } else {
     $comment = "BLIP unground PS2 bias";
  }
  $self->Phonon2->fromFile($self->filename);
  $self->Phonon2->setGroup("gnd",$val);
  $self->writeControl($self->Phonon2,$comment);
}
#--------------------------------------------------------------- BLIPcard::varPS1
#help: varPS1/2(variable=0)  select/deselect variable input in PS 1/2
sub varPS1 {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  $val = 0;
  if ($#_>-1) {
    ($val) = @_;
  }
  my $comment = "BLIP varPS1 $val";
  $self->Phonon1->fromFile($self->filename);
  $self->Phonon1->setGroup("var",$val);
  $self->writeControl($self->Phonon1,$comment);
}
#--------------------------------------------------------------- BLIPcard::varPS2
sub varPS2 {   #  use the variable signal? default true, val = 0, false.
  my $self = shift;
  my $val;
  $val = 0;
  if ($#_>-1) {
    ($val) = @_;
  }
  my $comment = "BLIP varPS2 $val";
  $self->Phonon2->fromFile($self->filename);
  $self->Phonon2->setGroup("var",$val);
  $self->writeControl($self->Phonon2,$comment);
}
#--------------------------------------------------------------- BLIPcard::divPS1
#help: divPS1/2(variable=0)  select/deselect divider in PS 1/2. (0 does NOT divide) 
sub divPS1 {   #  use the variable signal? default true, val = 0, false.
  my $self = shift;
  my $val = 1;
  my $comment = undef;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP divide PS1";
  } else {
     $comment = "BLIP undivide PS1";
  }
  $self->Phonon1->fromFile($self->filename);
  $self->Phonon1->setGroup("div",$val);
  $self->writeControl($self->Phonon1,$comment);
}
#--------------------------------------------------------------- BLIPcard::divPS2
sub divPS2 {   #  use the variable signal? default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP divide PS2";
  } else {
     $comment = "BLIP undivide PS2";
  }
  $self->Phonon2->fromFile($self->filename);
  $self->Phonon2->setGroup("div",$val);
  $self->writeControl($self->Phonon2,$comment);
}
#--------------------------------------------------------------- BLIPcard::filterPS1
#help: filterPS1/2(select=0)  select/deselect filter in PS 1/2. (default 0)
sub filterPS1 {   # Select the sin wave filter.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP filterPS1 on";
  } else {
     $comment = "BLIP undivide PS1";
  }
  $self->Phonon1->fromFile($self->filename);
  $self->Phonon1->setGroup("filter",$val);
  $self->writeControl($self->Phonon1,$comment);
}
#--------------------------------------------------------------- BLIPcard::filterPS2
sub filterPS2 {   # Select the sin wave filter.
  my $self = shift;
  my $val;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  my $comment = "BLIP filterPS2 $val";
  $self->Phonon2->fromFile($self->filename);
  $self->Phonon2->setGroup("filter",$val);
  $self->writeControl($self->Phonon2,$comment);
}
#--------------------------------------------------------------- BLIPcard::tenHz
#help:  tenHz  select the 10Hz reference in PS 1 and 2
sub tenHz {
  my $self = shift;
  $self->filterPS1; $self->filterPS2;         # both sin filters on.
  $self->refPS1(1); $self->refPS2(1);
}
#--------------------------------------------------------------- BLIPcard::kHz
#help:  kHz  select the 1kHz reference in PS 1 and 2
sub kHz {
  my $self = shift;
  $self->filterPS1; $self->filterPS2;         # both sin filters on.
  $self->refPS1(0); $self->refPS2(0);
}
#           Lockin Controls
#--------------------------------------------------------------- BLIPcard::bypass
#help:  bypass(bp=1) if bp=1, bypass the lockins. bp=0, don't
sub bypass {
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;       # 1 is to select filter (good).
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP bypass lockins";
  } else {
     $comment = "BLIP don't bypass lockins";
  }
  $self->Lockin->fromFile($self->filename);
  $self->Lockin->setGroup("bypass1",$val);
  $self->Lockin->setGroup("bypass2",$val);
  $self->writeControl($self->Lockin,$comment);
}
#--------------------------------------------------------------- BLIPcard::azFast
#help:  azFast/Slow set the fast/slow autoZero setting
sub azFast {
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;       # 1 is to select filter (good).
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "BLIP fast autoZero";
  } else {
     $comment = "BLIP slow autoZero";
  }
  $self->Lockin->fromFile($self->filename);
  $self->Lockin->setGroup("azfast",$val);
  $self->writeControl($self->Lockin,$comment);
}
#--------------------------------------------------------------- BLIPcard::azSlow
sub azSlow {my $self = shift; $self->azFast(0);}
#--------------------------------------------------------------- BLIPcard::refPS1
#help: refPS1/2(which=1) select lockin reference in PS 1/2. (default 1)
sub refPS1 {   # set which reference the PS1 bias will use
#              # this should decode a number from 0 to 3 into bits A,B.
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP refPS1 to $which";
  $self->Phonon1->fromFile($self->filename);
  $self->Phonon1->setGroup("ref",$which);
  $self->writeControl($self->Phonon1,$comment);
}
#--------------------------------------------------------------- BLIPcard::refPS2
sub refPS2 {   # set which reference the PS1 bias will use
#              # this should decode a number from 0 to 3 into bits A,B.
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP refPS2 to $which";
  $self->Phonon2->fromFile($self->filename);
  $self->Phonon2->setGroup("ref",$which);
  $self->writeControl($self->Phonon2,$comment);
}
# ---------------------------
#        IBAPACAP
#----------------------------
#--------------------------------------------------------------- BLIPcard::ciPulse
#help: ciPulse Pulse inner charge on IBAPACAP
sub ciPulse {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP ciPulse $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("ciPulse",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::ciRange
#help: ciRange Set inner charge range on IBAPACAP
sub ciRange {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP ciRange $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("ciRange",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::coPulse
#help: coPulse Pulse outer charge on IBAPACAP
sub coPulse {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP coPulse $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("coPulse",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::coRange
#help: coRange Set outer charge range on IBAPACAP
sub coRange {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP coRange $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("coRange",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::pPulse
#help: pPulse Pulse phonon on IBAPACAP
sub pPulse {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP pPulse $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("pPulse",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::pHeat
#help: pHeat Phonon heat on IBAPACAP
sub pHeat {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP pHeat $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("pHeat",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::pRange
#help: pRange Phonon range on IBAPACAP
sub pRange {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP pRange $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("pRange",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}
#--------------------------------------------------------------- BLIPcard::trigDelay
#help: trigDelay Phonon delay on IBAPACAP
sub trigDelay {   
  my $self = shift;
  my $which = "1";
  if ($#_>-1) {
    ($which) = @_; shift
  }
  my $comment = "BLIP trigDelay $which";
  $self->IBAPACAP->fromFile($self->filename);
  $self->IBAPACAP->setGroup("trigDelay",$which);
  $self->writeControl($self->IBAPACAP,$comment);
}





End of BLIPcard.pm
echo Control.pm 1>&2 
cat >Control.pm << 'End of Control.pm'
#! /usr/local/bin/perl5.003

package Control;
#
#               Control.pm
#
#       INHERITS FROM:  Digital    
#       CONTAINS:  None        
#
#	This package contains routines for initializing a control register and
#	for translating the user's command into the appropriate hex code for
#	the CSR.
#

require Digital;
@ISA = qw( Digital );

my %group = ();
my %groupSize = ();
my @name = [];
my %fields = (
  group     => \%group,
  groupSize => \%groupSize,
  name      => \@name,
  data      => undef,
  address   => undef,
  size      => undef,
  ngroups   => undef,
  filename  => undef,
);

#----------------------------------------------------------------- Control::new
sub new{    # arguments: Address of command, name1,name2,name3....
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = {};
  $self->{_permitted} = \%fields;
  bless $self,$class;

  $self->setAddress($_[0]);
  if ($#_ > 16) { print "Too many initial values in new Control\n"; }
  for ($i=1;$i<=$#_;$i++){
    $self->{name}->[$i-1] = $_[$i];
    $self->{group}->{$_[$i]} = 0;
    $self->{groupSize}->{$_[$i]} = 1;
  } 
  $self->size($#_);
  $self->ngroups($#_);
  return $self; 
}
#---------------------------------------------------------------- Control::setGroup
sub setGroup{
  my $self  = shift;
  my ($groupname,$val) = @_;
  if (!defined ($self->{group}->{$groupname})){print "No group $groupname\n";return;}
  my $mxbits = $self->{groupSize}->{$groupname};
  if ($val >= 1<<$mxbits) 
    {warn "ERROR $val needs too many bits for for $groupname (max: $mxbits bits)\n"; 
     warn "No action taken\n";
    return;}
  $self->{group}->{$groupname} = $val;
}
#---------------------------------------------------------------- Control::setAllGroupSize
sub setAllGroupSize{
  my $self  = shift;
  my ($val) = @_;
  my $i=0;

#  loop over groups, set the names to $groupname
  for ($i=0;$i<$self->ngroups;$i++){
    my $newsize = $self->size + $val-1;
    my $groupname = $self->{name}->[$i];
    $self->{groupSize}->{$groupname} = $val;
    $self->setControlSize($newsize);
  }
}
#---------------------------------------------------------------- Control::setGroupSize
sub setGroupSize{
  my $self  = shift;
  my ($groupname,$val) = @_;
  if (!defined ($self->{group}->{$groupname})){print "No group $groupname\n";return;}
  my $newsize = $self->size + $val-1;
  $self->{groupSize}->{$groupname} = $val;
  $self->setControlSize($newsize);
}
#---------------------------------------------------------------- Control::setControlSize
sub setControlSize{
  my $self = shift;
  my ($sz) = @_;
  if ($sz > 16) {warn "Warning: more than 16 bits ($sz) in Control";}
  $self->size($sz);
} 
#---------------------------------------------------------------- Control::dataWord
sub dataWord{              # turn the bits into a data word.
  my $self  = shift;
  my $word  = 0;
  my $val,$name;
  for ($ngroup=($self->ngroups)-1;$ngroup>=0;$ngroup--){
    $name = $self->getName($ngroup);
    $val = $self->{group}->{$name};
    $word = ($word << $self->{groupSize}->{$name}) | $val;
  }
  return (sprintf "%04x",$word);
}
#------------------------------------------------------------ Control::setData
sub setData{              # set the bits.
  my $self  = shift;
  my ($word) = @_;
  $word =~ s/ //;
  my $val,$name;
  $word = hex $word;
  my $beginning = 0,$mask;
  for ($ngroup=0; $ngroup<$self->ngroups; $ngroup++){
    $mask = 0;
    $name = $self->getName($ngroup);
    for ($nbit = 0; $nbit<$self->{groupSize}->{$name};$nbit++){
      $mask = $mask | (1<< $nbit);
    } 
    $mask = $mask << $beginning; 
    $val = ($word & $mask) >> $beginning;
    $self->setGroup($name,$val);
    $beginning += ($self->{groupSize}->{$name});
  }
} 
#------------------------------------------------------------ Control::print
sub print{
  my $self = shift;
  print "Address : ",$self->address,"\n";
  print " id,     name, value, capacity(bits)\n";
  for ($i=0;$i<$self->ngroups;$i++){
    my $name = $self->{name}->[$i];
    my $group  = $self->{group}->{$name};
    my $gsz    = $self->{groupSize}->{$name};
    printf "%2d %10s %4d %8d\n",$i,$name,$group,$gsz;
  }
  print "Data Word ",$self->dataWord,"\n";
  my $sz     = $self->size;
  print "Control Size $sz\n";
}
#------------------------------------------------------------ Control::getName
sub getName{
  my $self  = shift;
  my ($ngroup)= @_;
  return ($self->{name}->[$ngroup]);
}
End of Control.pm
echo DAC.pm 1>&2 
cat >DAC.pm << 'End of DAC.pm'
#! /usr/local/bin/perl5.003

package DAC;
#
#               DAC.pm
#
#       INHERITS FROM:  Digital    
#       CONTAINS:  None        
#
#	This package contains routines for initializing a DAC and for translating
#	the user's command into the appropriate hex codes for the DAC.
#

require Digital;
@ISA = qw( Digital );

my %fields = (
  address   => undef,
  bits      => undef,
  dataWord  => undef,
  min       => undef,
  max1      => undef,
  max       => undef,
  value     => undef,
  filename  => undef,
);

#-------------------------------------------------------------------- DAC::new
sub new{    # arguments: Address of command, size (in bits), min, max.
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = Digital->new;
  $self->{_permitted} = \%fields;
  bless $self,$class;

#  print "In DAC new...class is $class\n";
  $self->address($_[0]);
  $self->value("undef");
  $self->bits($_[1]);
  $self->min($_[2]);
  $self->max1($_[3]);
  my $tmp = ($self->max1)-((($self->max1)-($self->min))/((2**$self->bits)-1));
  $self->max($tmp);
  return $self; 
}
#----------------------------------------------------------- DAC::setData
sub setData{                   #help: setData(dataWord) set the bits in the DataWord.
  my $self = shift;
  my ($val) = @_;
  if ($val>2**$self->bits-1){ print "ERROR: DAC value $val exceeds max (",
                              $self->bits," bits)\n";return;}
  if ($val<0)        { print "ERROR: illegal DAC bit setting. \n";return;}
  $self->dataWord($val);
  $self->decode;
}
#-------------------------------------------------------------- DAC::decode
sub decode{                     #help: decode(bits) transform bit pattern to value.
  my $self = shift;
  my $val  = $self->dataWord;
  $val =~ s/ //;
  $val = hex $val;
  if ($val>2**$self->bits-1){ print "ERROR, $val > Maximum of DAC ($max)"; return;} 
  my $ratio = $val/(2**$self->bits-1);
  $self->value($self->min+$ratio*($self->max-$self->min)); 
}
#-------------------------------------------------------------- DAC::setValue
sub setValue{                   #help: setValue(val) transform value to bits.
  my $self = shift;
  my ($val) = @_;
  my $max1 = $self->max1;
  my $max = $self->max;
  my $min = $self->min;
  if ($val>$max1){ 
      print "ERROR, $val > Maximum output of DAC ($max)\n"; 
      return;
  }
  if ($val<$min){ 
      print "ERROR, $val < Minimum output of DAC ($min)\n"; 
      return;
  }
  if ($val>$max) {
      print "Setting to max of DAC, $max\n";
      $val = $max;
  }
  $self->value($val);
  my $range = (2**$self->bits)-1;
  my $dval = $range*($val-$min)/($max-$min);
  $self->dataWord(sprintf "%4x",$dval);
  $hval = $self->dataWord;
#  print "dac = $val, or $hval\n";
} 
#---------------------------------------------------------------- DAC::print
sub print{
  my $self = shift;
  print "Address : ",$self->address,"\n";
  print "Bits    : ",$self->bits,"\n";
  print "Data    : ",$self->dataWord,"\n";
  print "Value   : ",$self->value,"\n";
  print "Min     : ",$self->min,"\n";
  print "Max     : ",$self->max,"\n";
}
End of DAC.pm
echo Digital.pm 1>&2 
cat >Digital.pm << 'End of Digital.pm'
#! /usr/local/bin/perl5.003

package Digital;
#
#               Digital.pm
#
#       INHERITS FROM:  object
#       CONTAINS:  None
#
#	Contains routines common to all digital objects on an electronic 
#	card.  All of these routines handle the persistence mechanism for 
#	each digitol object.
#

require 5.002;
require object;

@ISA = qw( object );

my %fields = (
  filename => undef,
);

#-------------------------------------------------------------- Digital::new
sub new{    # 
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = object->new;
  $self->{_permitted} = \%fields;
  bless $self,$class;

#  print "in new Digital...$class is $class\n";
  return $self; 
}
#--------------------------------------------------------- Digital::setAddress
sub setAddress{
  my $self = shift;
  my ($val) = @_;
  $self->address($val);
}
#------------------------------------------------------- Digital::setFilename
sub setFilename{   #help: setFilename(filename) sets filename for storing Digital object.
  my $self = shift;
  if ($#_ > -1) {
    my ($filename) = @_;
    $self->filename($filename);
  }
}
#------------------------------------------------------- Digital::fromFile
sub fromFile{   #help: fromFile(filename) read settings of card from file
  my $self = shift;
  $self->setFilename(@_);
  my $hexval=0,$mask=0xff;
  my $filename = $self->filename;
  open (FILE,"<$filename") || return;
  my $dispose = <FILE>;
  while (<FILE>) {
    @Fld = split(' ',$_,9999);
    $hexval = hex $Fld[1];
    if (($hexval & $mask) == $self->address){
#     print "Address read is $Fld[1], which is ",$self->address,"\n";
      $self->setData($Fld[2]);
      return;
    }
  }
}
#------------------------------------------------------------ Digital::toFile
sub toFile{   #help: toFile(file,subrack,slot) save Control settings to a file
  my $self = shift;
  my ($filename,$subrack,$slot,$class) = @_;
  my $eol = $\;
  $\ = "";
  open (FILE,">>$filename") || warn "Can't write to $filename\n";
  my $hexline = sprintf "\n%04x %02x%02x %s %04x",
    $subrack,$slot,$self->address,$self->dataWord,0;
  print FILE "$hexline % $class";
  close FILE;
  $\ = $eol;
}

End of Digital.pm
echo ElecModule.pm 1>&2 
cat >ElecModule.pm << 'End of ElecModule.pm'
#! /usr/local/bin/perl

package ElecModule;
#
#		ElecModule.pm
#
#	INHERITS FROM:  object
#	CONTAINS:  Savescript, GPIBbox
#
#	ElecModule contains routines common to all electronics cards.  These fall
#	into four general categories:  routines for sending messages to (and
#	receiving messages from) the GPIB box, commands for saving scripts and
#	for enabling or disabling communications with the server, routines
#	for retrieving basic information from the card (such as the module type
#	and serial number), and routines for card persistence).
#

require 5.002;
require object;

use GPIBbox;
use Savescript;

@ISA = qw ( object );

my %fields = (
	      box        => undef,
	      module     => undef,
	      address    => undef,
	      data       => undef,
	      outfile    => undef,
	      jumpers    => undef,
	      Controls   => {},
	      DACs       => {},
	      filename   => undef,
	      scriptonly => undef,
	      class      => undef,
	      Accumulate => undef,
	      );
#
#
#------------------------------------------------------------ElecModule::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = object->new;
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my @Fld = @_;
    split @Fld;
    $self->box(new GPIBbox($Fld[0]));
    $self->module($Fld[1]);
    $self->scriptonly($Fld[2]);

    return $self;
}
#
#          Routines for sending messages to GPIB box
#
#------------------------------------------------------------ElecModule::setAddress
sub setAddress {
    my $self = shift;
    my ($value) = @_;
    # bitwise or the module with bits 8-12, and the value at bits 0-3
    my $Val = sprintf "%4x",$self->module() << 8 | $value;
    $self->address($Val);
}
#------------------------------------------------------------ElecModule::writeControl
sub writeControl {
    my $self = shift;
    my ($control) = $_[0];
    my $comment = $_[1];
    $self->setAddress($control->address);
    $self->data($control->dataWord());
    $self->toBox($comment);
}
#------------------------------------------------------------ElecModule::toBox
sub toBox {
    my $self = shift;
    my $comment = $_[0];
    my $subrack = $self->box->subrack;
    my $address = $self->address;
    my $data = $self->data;
    print "Address: ",$self->address," Data: ",$self->data,"\n";
    print "$comment\n";
    if (defined($self->outfile)) {
	$self->outfile->AddLine($subrack,$address,$data,0,$comment);
    }
    $self->toFile($self->filename);
    if ($self->scriptonly != 1) {
	if ($self->Accumulate eq "accumulate") {
	    $self->box->GPIBconn->addAddress($self->box->current,$address,
					     $subrack);
	    $self->box->GPIBconn->addData($self->box->current,$data,
					  $subrack);
	} else {
	    $self->box->writeAddress($self->address);
	    $self->box->writeData($self->data);
	}
    } 
}
#------------------------------------------------------------ElecModule::readControl
sub readControl {
    my $self = shift;
    my $control = $_[0];
    my $comment = $_[1];
    $self->setAddress($control->address);
    return ($self->fromBox($comment));
}
#------------------------------------------------------------ElecModule::fromBox
sub fromBox {
    my $self = shift;
    my $comment = $_[0];
    my $dataWord = undef;
    if ($self->scriptonly != 1) {
	print "Reading data now\n";
	$dataWord = ($self->box->readData($self->address));
	print "$dataWord\n";
    }
    my $pattern = sprintf "%4x",$dataWord;
    $self->data($pattern);
    $self->toFile($self->filename);
    print "Address: ",$self->address," Read Data: ",$pattern,"\n";
    print "$comment\n";
    if (defined($self->outfile)) {
	$subrack = $self->box->subrack;
	$address = $self->address;
	$data = $self->data;
	$self->outfile->AddLine($subrack,$address,$data,1,$comment);
    }
    return $pattern;
}
#------------------------------------------------------------ElecModule::accumulate
#help: accumulate(void) holds off sending commands to GPIB box until an execute command is given
sub accumulate {
    my $self = shift;
    $self->Accumulate("accumulate");
    my $class = $self->class;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    $self->filename("/tmp/accum-$class-$subrack-$module.out");
    $self->toFile($self->filename);
}
#------------------------------------------------------------ElecModule::unaccumulate
#help: unaccumulate(void) turns off accumulation feature
sub unaccumulate {
    my $self = shift;
    $self->Accumulate(undef);
    my $class = $self->class;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    my $host = $self->box->host;
    $self->filename("/tmp/$host-$class-$subrack-$module.out");
    $self->fromFile($self->filename);
}
#------------------------------------------------------------ElecModule::execute
#help: execute(void) executes all stored up commands for GPIB box
sub execute {
    my $self = shift;
    $self->box->GPIBconn->execute();
    my $class = $self->class;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    my $host = $self->box->host;
    $self->toFile("/tmp/$host-$class-$subrack-$module.out");
}
#
#           Script saving section
#
#------------------------------------------------------------ElecModule::saveScript
#help: saveScript("filename",#)  Saves hex output to filename.
sub saveScript {
    my $self = shift;
    my $savefile = $_[0];
    my $answer = $_[1];
    my $class = $self->class;
    $self->outfile( new Savescript($savefile));
    $self->outfile->openFile($answer,$class);
}
#------------------------------------------------------------ElecModule::endScript 
#help: endScript() Ends save to script.
sub endScript {
    my $self = shift;
    $self->outfile->CloseFile();
}
#------------------------------------------------------------ElecModule::enableBox
#help: enableBox(value) unless input value is 400, enables output to GPIBbox
sub enableBox {
    my $self = shift;
    my $scriptonly = $_[0];
    my $host = $self->box->host;
    my $class = $self->class;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    my $filename = undef;
    if ($scriptonly == 400) {
	$scriptonly = 1;
	$self->scriptonly($scriptonly);
	$host = "script";
	$self->filename("/tmp/$host-$class-$subrack-$module.out");
	$self->fromFile($self->filename);
    } else {
	$scriptonly = undef;
	$self->scriptonly($scriptonly);
	$self->filename("/tmp/$host-$class-$subrack-$module.out");
	$self->fromFile($self->filename);
    }
}
#------------------------------------------------------------ElecModule::disableBox
#help disableBox() disables output to GPIBbox
sub disableBox {
    my $self = shift;
    $self->enableBox(400);
}
#
#          Card information section - routines to display info about
#          current card.
#
#------------------------------------------------------------ElecModule::serial
sub readser {
    my $self = shift;
    $self->setAddress(0);
    $self->jumpers($self->box->readData($self->address));
}
#------------------------------------------------------------ElecModule::card
sub card {
    my $self = shift;
    $self->readser;
    my $card = $self->jumpers >> 12;
    $card = $card & 0xF;
    print "Card: $card   ";
    if ($card == 1) {
	print "(BLIP card)\n";
    } elsif ($card == 2) {
	print "(RTF card)\n";
    } elsif ($card == 3) {
	print "(Monitor card)\n";
    } else {
	print "(Unknown card type)\n";
    }
    return $card;
}
#------------------------------------------------------------ElecModule::version
sub version {
    my $self = shift;
    $self->readser;
    my $ver = $self->jumpers >> 8;
    $ver = $ver & 0xF;
    print "Version:  $ver\n";
    return $ver;
}
#------------------------------------------------------------ElecModule::serial
sub serial {
    my $self = shift;
    $self->readser;
    my $ser = $self->jumpers;
    $ser = $ser & 0x00FF;
    print "Serial number:  $ser\n";
    return $ser;
}
#------------------------------------------------------------ElecModule::cardinfo
#help cardinfo returns card type, version number, and serial number of card
sub cardinfo {
    my $self = shift;
    $self->card;
    $self->version;
    $self->serial;
}
#------------------------------------------------------------ElecModule::print
#help: print(void) prints information about calling card
sub print {
    my $self = shift;
    my $valref = undef;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    $self->fromFile($self->filename);
    $self->box->print();
    print ">> Module:      ",$self->module(),"\n";
    print ">> Address: 0x",$self->address(),"\n";
    print ">> Data:    0x",$self->data(),"\n";
    foreach $key (sort keys %controls) {
	print ">> $key Control\n"; $controls{$key}->print;
    }
    print "\nDACs:\n\n";
    foreach $key (sort keys %dacs) {
	print ">> $key DAC \n"; $dacs{$key}->print;
    }
}
#------------------------------------------------------------ElecModule::cardtype
#help: cardtype(void) returns card type from class variable
sub cardtype {
    my $self = shift;
    $class = $self->class;
    print "Card is of type $class\n";
}
#
#       Persistence and resets.  Note that init is placed in each card section
#       because it requires specific values.
#
#------------------------------------------------------------ElecModule::powerUp
#help: powerUp resets registers to what they were before the last power switch
sub powerUp {
    my $self = shift;
    $self->fromFile($self->filename);
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    my $class = $self->class;
    my $comment = "$class";
    $self->fromFile($self->filename);
    foreach $key (sort keys %controls) {
	$self->writeControl($controls{$key},$class);
    }
    foreach $key (sort keys %dacs) {
	$self->writeControl($dacs{$key},$class);
    }
}
#------------------------------------------------------------ElecModule::toFile
#help: toFile(filename) save settings of card to filename
sub toFile {
    my $self = shift;
    my ($filename) = $_[0];
    my $module = $self->module();
    my $subrack = $self->box->subrack;
    my $class = $self->class;
    $class =~ s/card//;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    unlink("$filename");
    foreach $key (sort keys %controls) {
	$controls{$key}->toFile($filename,$subrack,$module,$class);
    }
    foreach $key (sort keys %dacs) {
	$dacs{$key}->toFile($filename,$subrack,$module,$class);
    }
    chmod(0666,"$filename");
}
#------------------------------------------------------------ElecModule::fromFile
#help: fromFile(filename) read settings of card from file
sub fromFile {
    my $self = shift;
    my $filename;
    if ($#_<0) {
	$filename = $self->filename;
    } else {
	$filename = $_[0];
    }
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    foreach $key (sort keys %controls) {
	$controls{$key}->fromFile($filename);
    }
    foreach $key (sort keys %dacs) {
	$dacs{$key}->fromFile($filename);
    }
}
#------------------------------------------------------------ElecModule::updateFile
#help: updateFile(filename) read settings of card from card and update persistence file accordingly
sub updateFile {
    my $self = shift;
    my $filename;
    if ($#_<0) {
	$filename = $self->filename;
    } else {
	$filename = $_[0];
    }
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    foreach $key (sort keys %controls) {
	my $bits = $self->readControl($controls{$key});
	$controls{$key}->setData($bits);
    }
    foreach $key (sort keys %dacs) {
	my $bits = $self->readControl($dacs{$key});
	if ($bits == "ffff") {
	    $bits = "800";
	}
	$dacs{$key}->setData($bits);
    }
    $self->toFile($filename);
}


    


End of ElecModule.pm
echo FLIP3UDriver.pm 1>&2 
cat >FLIP3UDriver.pm << 'End of FLIP3UDriver.pm'
#! /usr/local/bin/perl 

package FLIP3UDriver; 
#
#		FLIP3UDriver.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  Control, DAC
#
#	Contains commands fro setting and reading back the digital DACs and
#	controls on the FLIP3U Driver card.
#

require 5.002;
require ElecModule;

use GPIBbox;
use Control;
use DAC; 

@ISA = qw( ElecModule );

my @offset = [];
my %fields = ( 
  box             => undef,
  module          => undef,
  data            => undef,
  address         => undef,
  gains1          => undef,
  gains2          => undef,
  offset          => \@offset,
  Controls        => {},
  DACs            => {},
  scriptonly      => undef,
  filename        => undef,
  outfile         => undef,
  class           => undef,
  Accumulate      => undef,
);
#
#                             Basic Functions
#
#--------------------------------------------------------------- FLIP3UDriver::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = ElecModule->new($_[0],$_[1],$_[2]);
  $self->{_permitted} = \%fields;
  bless $self,$class;

  $self->class("FLIP3UDriver");

  $self->gains1(new Control(3,"ch0","","ch1","","ch2","","p0","p1","p2"));
  $self->gains1->setGroupSize("ch0",3);
  $self->gains1->setGroupSize("ch1",3);
  $self->gains1->setGroupSize("ch2",3);
  $self->gains2(new Control(7,"ch3","","ch4","","ch5","","p3","p4","p5","reset"));
  $self->gains2->setGroupSize("ch3",3);
  $self->gains2->setGroupSize("ch4",3);
  $self->gains2->setGroupSize("ch5",3);

  my $i=0;
  for ($i=0;$i<6;$i++){                        # setup the 6 DAC's
    my $j=$i;
    if ($j>=3) { $j++;}
    $self->{offset}->[$i] = new DAC($j,12,-5,5);
  }

  $self->{Controls}->{Gains1}    = $self->gains1;
  $self->{Controls}->{Gains2}    = $self->gains2;
  $self->{DACs}->{Offset0}       = $self->{offset}->[0];
  $self->{DACs}->{Offset1}       = $self->{offset}->[1];
  $self->{DACs}->{Offset2}       = $self->{offset}->[2];
  $self->{DACs}->{Offset3}       = $self->{offset}->[3];
  $self->{DACs}->{Offset4}       = $self->{offset}->[4];
  $self->{DACs}->{Offset5}       = $self->{offset}->[5];
 
  my $host = $self->box->host;

 if (($self->scriptonly) == 1) {
      $host = "script";
  }
 
  my $module = $self->module;
  my $subrack = $self->box->subrack;

  $self->filename("/tmp/$host-$class-$subrack-$module.out");
  $self->fromFile($self->filename);

  return $self;
}
#--------------------------------------------------------------- FLIP3UDriver::init
#help: init(void) returns computer memory to power up state of card
sub init {
    my $self = shift;
    $self->gains1->setData("0");
    $self->gains2->setData("0");
    my $i = 0;
    for ($i=0;$i<6;$i++) {
	$self->{offset}->[$i]->setValue(0);
    }
}
#--------------------------------------------------------------- FLIP3UDriver::readCard
#help: readCard  Reads the offsets and Gains from the card, and updates variables.
sub readCard {
  my $self = shift;
  my $channel=0;
  for ($channel=0;$channel<6;$channel++){
    $self->readOffset($channel);
  }
  $self->readGains;
}
#--------------------------------------------------------------- FLIP3UDriver::getOffset
#help: getOffset(channel)  Returns the offset DAC on channel.
sub getOffset {
  my $self = shift;
  my ($channel) = @_;
  if (($channel>5) || ($channel <0)) { 
      print "No such DAC\n" ;
      return; 
  }
  my $val = $self->{offset}->[$channel]->value;
  print "FLIP3UDriver Offset$channel is  set to $val\n";
}
#--------------------------------------------------------------- FLIP3UDriver::readOffset
#help: readOffset(channel)  Reads the offset DAC on channel and updates variable.
sub readOffset {
  my $self = shift;
  my ($channel) = @_;
  unless (defined($channel)) {
      for ($i=0;$i<6;$i++) {
	  $self->readOffset($i);
      }
      return;
  }
  if (($channel>5) || ($channel <0)) { 
      print "No such DAC\n" ;
      return; 
  }
  my $comment = "FLIP3UDriver Read Offset$channel";
  my $bits = $self->readControl($self->{offset}->[$channel],$comment);
  if ($bits == "ffff") {
      $bits = "800";
  }
  $self->{offset}->[$channel]->setData($bits);
}
#--------------------------------------------------------------- FLIP3UDriver::setOffset
#help: setOffset(channel,value)  Sets the offset DAC on channel to value.
sub setOffset {
  my $self = shift;
  my $channel = undef;
  my $val = undef;
  if ($#_ == 1) {
      ($channel,$val) = @_;
  } elsif ($#_ == 0) {
      $val = $_[0];
      for ($i=0;$i<6;$i++) {
	  $self->setOffset($i,$val);
      }
      return;
  }
  my $comment = "FLIP3UDriver Offset$channel to $val";
  if (($channel > 5) || ($channel < 0)) { 
      print "No such DAC\n";
      return; 
  }
  $self->{offset}->[$channel]->setValue($val);
  $self->writeControl($self->{offset}->[$channel],$comment);
}
#--------------------------------------------------------------- FLIP3UDriver::gainIndex
# #  help: gainIndex(channel,index)  set gain on channel to index 0-7
sub gainIndex {
  my $self = shift;
  my $channel = undef;
  my $index = undef;
  if ($#_ == 1) {
      ($channel,$index) = @_;
  } elsif ($#_ == 0) {
      $index = $_[0];
      for ($i=0;$i<6;$i++) {
	  $self->gainIndex($i,$index);
      }
      return;
  }
  my @gains = ( 1,1.43,2,5,10,14.3,20,50);
  my $comment = "FLIP3UDriver gain on ch$channel to $gains[$index], index $index";
  if ($channel<3) {
    $self->gains1->setGroup("ch$channel",$index);
    $self->writeControl($self->gains1,$comment);
  } 
  elsif ($channel<6) {
    $self->gains2->setGroup("ch$channel",$index);
    $self->writeControl($self->gains2,$comment);
  }
  else {
      return;
  }
}
#--------------------------------------------------------------- FLIP3UDriver::polarity
# #  help: polarity(channel,value)  set polarity on channel to pos or neg
sub polarity {
  my $self = shift;
  my $channel = undef;
  my $val = undef;
  if ($#_ == 1) {
      ($channel,$val) = @_;
  } elsif ($#_ == 0) {
      $val = $_[0];
      for ($i=0;$i<6;$i++) {
	  $self->polarity($i,$val);
      }
      return;
  }
  my $comment = "FLIP3UDriver Polarity ch$channel to $val";
  if ($val>0) {
      $val=1;
  } else {
      $val=0;
  }
  if ($channel<3) {
    $self->gains1->setGroup("p$channel",$val);
    $self->writeControl($self->gains1,$comment);
  } elsif ($channel<6){
    $self->gains2->setGroup("p$channel",$val);
    $self->writeControl($self->gains2,$comment);
  } 
}
#--------------------------------------------------------------- FLIP3UDriver::reset
#help: reset  reset module
sub reset {
  my $self = shift;
  my $comment = "FLIP3UDriver reset card";
  $self->gains2->setGroup("reset",1);
  $self->writeControl($self->gains2,$comment);
  $self->init;
  $self->setGain(1);
}
#--------------------------------------------------------------- FLIP3UDriver::readGains
#help: readGains reads the gains from the card (using the readback feature).
sub readGains {
  my $self=shift;
  my $comment = "FLIP3UDriver read Gains1";
  my $bits1 = $self->readControl($self->gains1,$comment);
  $comment = "FLIP3UDriver read Gains2";
  my $bits2 = $self->readControl($self->gains2,$comment);
  $self->gains1->setData($bits1);
  $self->gains2->setData($bits2);
}
#--------------------------------------------------------------- FLIP3UDriver::setGain
#help: setGain(channel,gain)  set channel to the nearest gain possible to gain.t Gain can be positive or negative.
sub setGain {
  my $self=shift;
  my $channel = undef;
  my $gain = undef;
  if ($#_ == 1) {
      ($channel,$gain) = @_;
  } elsif ($#_ == 0) {
      $gain = $_[0];
      for ($i=0;$i<6;$i++) {
	  $self->setGain($i,$gain);
      }
      return;
  }
  my $i=0;
  my $newGain=0;
  my @gainValues = ( 1,1.43,2,5,10,14.3,20,50);
#  $self->readGains;       # first set the variables to what the card says.
  for ($i=0;$i<=$#gainValues;$i++){
    if (abs($gain)>=$gainValues[$i]) {
      $newIndex = $i; 
    }
  }
  $self->gainIndex($channel,$newIndex);
  if ($gain<0) {
    $self->polarity($channel,1);
  } else {
    $self->polarity($channel,0);
  }
}





End of FLIP3UDriver.pm
echo FLIP3UQBias.pm 1>&2 
cat >FLIP3UQBias.pm << 'End of FLIP3UQBias.pm'
#! /usr/local/bin/perl 

package FLIP3UQBias; 
#
#		FLIP3UQBias.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  Control, DAC
#
#	Contains commands for setting and reading back the digital controls
#	and DACs on the FLIP3U QBias card.
#

require 5.002;
require object;
require ElecModule;

use Control;
use DAC; 

@ISA = qw( ElecModule );

my %fields = ( 
  box             => undef,
  module          => undef,
  data            => undef,
  address         => undef,
  firstLED        => undef,
  secondLED       => undef,
  bias            => undef,
  Qibias          => undef,
  Qobias          => undef,
  LED1bias        => undef,
  LED2bias        => undef,
  filename        => undef,
  outfile         => undef,
  Controls        => {},
  DACs            => {},
  jumpers         => undef,
  scriptonly      => undef,
  class           => undef,
  Accumulate      => undef,
);
#
#                             Basic Functions
#
#--------------------------------------------------------------- FLIP3UQBias::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = ElecModule->new($_[0],$_[1],$_[2]);
  $self->{_permitted} = \%fields;
  bless $self,$class;

  $self->class("FLIP3UQBias");

  $self->firstLED(new Control(4,"LED1on","LED1cont","LED1rep","LED1long",
			      "LED2on","LED2cont","LED2rep","LED2long",
			      "Vignd","Vognd","","","LED1fire",
			      "LED2fire","","reset"));
  $self->secondLED(new Control(5,"LED1width","LED1rate",
			       "LED2width","LED2rate"));
  $self->secondLED->setAllGroupSize(4);

  $self->Qibias(new DAC(0,12,-5,5));
  $self->Qobias(new DAC(1,12,-5,5));
  $self->LED1bias(new DAC(2,12,-5,5));
  $self->LED2bias(new DAC(3,12,-5,5));

  $self->{Controls}->{FirstLED}       = $self->firstLED;
  $self->{Controls}->{SecondLED}      = $self->secondLED;
  $self->{DACs}->{Qibias}             = $self->Qibias;
  $self->{DACs}->{Qobias}             = $self->Qobias;
  $self->{DACs}->{LED1bias}           = $self->LED1bias;
  $self->{DACs}->{LED2bias}           = $self->LED2bias;

  my $host = $self->box->host;

  if (($self->scriptonly) == 1) {
      $host = "script";
  }

  my $subrack = $self->box->subrack;
  my $module = $self->module;

  $self->filename("/tmp/$host-$class-$subrack-$module.out");
  $self->fromFile($self->filename);

  return $self;
}
#--------------------------------------------------------------- FLIP3UQBias::init
#help:  init(void) returns card (and memory) to card's power up states
sub init {
    my $self = shift;
    $self->firstLED->setData("0");
    $self->secondLED->setData("0");
    $self->Qibias->setValue(0);
    $self->Qobias->setValue(0);
    $self->LED1bias->setValue(0);
    $self->LED2bias->setValue(0);
    $self->toFile($self->filename);
}
#                  Write the Control Registers
#
#--------------------------------------------------------------- FLIP3UQBias::LEDOn
#help LEDOn(LEDnumber,value) turns LEDnumber on if value = 1.  LEDnumber = 3 turns both on.  Omitting value turns to on.
sub LEDOn {
    my $self = shift;
    my $number = undef;
    my $val = undef;
    if ($#_ == 1) {
	($number, $val) = @_;
    } elsif ($#_ == 0) {
	$number = $_[0];
	$val = 1;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDOn(1,$val);
	$self->LEDOn(2,$val);
    }

    if ($val == 1) {
	$val = 1;
	$comment = "FLIP 3UDriver LED $number On";
    } else {
	$val=0;
	$comment = "FLIP 3UDriver LED $number Off";
    }
    if ($number == 1) {
	$self->firstLED->fromFile($self->filename);
	$self->firstLED->setGroup("LED1on",$val);
	$self->writeControl($self->firstLED,$comment);
    } elsif ($number == 2) {
	$self->firstLED->fromFile($self->filename);
	$self->firstLED->setGroup("LED2on",$val);
	$self->writeControl($self->firstLED,$comment);
    }
}    
#--------------------------------------------------------------- FLIP#UQBias::LEDOff
#help: LEDOff(LEDnumber) turn LED number off, defaults to turning both off
sub LEDOff {
    my $self = shift;
    if ($#_ > -1) {
	my $number = $_[0];
	$self->LEDOn($number,0);
    } else {
	$self->LEDOn(3,0);
    }
}
#--------------------------------------------------------- FLIP3UQBias::LEDWidthIndex
sub LEDWidthIndex {
    my $self = shift;
    my $index = undef;
    my $number = undef;
    my $comment = undef;
    my $unit = 100;                           # units for width
    if ($#_ == 0) {
	$index = $_[0];
	$self->LEDWidthIndex(1,$index);
	$self->LEDWidthIndex(2,$index);
	return;
    } elsif ($#_ == 1) {
	($number,$index) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDWidthIndex(1,$index);
	$self->LEDWidthIndex(2,$index);
	return;
    }
    $comment = "FLIP3UQBias LED$number width bits to $index";
    $self->secondLED->fromFile($self->filename);
    $self->secondLED->setGroup("LED${number}width",$index);
    $self->writeControl($self->secondLED,$comment);
}
#---------------------------------------------------------- FLIP3UQBias::LEDWidth
#help: LEDWidth(number,width) sets LEDnumber width to closest possible value of width, less than input value.  If number = 3, sets both LEDs to index
sub LEDWidth {
    my $self = shift;
    my $index = undef;
    my $number = width;
    my $unit = undef;                           #units for width
    my $width = undef;
    if ($#_ == 0) {
	$width = $_[0];
	$self->LEDWidth(3,$width);
	return;
    } elsif ($#_ == 1) {
	($number,$width) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($width >= 200) {
	$unit = 200;
	$self->LEDLongPulse($number);
	$index = (int($width/$unit) - 1);
    } else {
	$unit = 5;
	$self->LEDShortPulse($number);
	$index = (int($width/$unit) - 1);
    }
    if ($index > 15) {
	print "Exceeded max index, setting to index 15\n";
	$index = 15;
    } elsif ($index < 0) {
	print "Below min index, setting to index 0\n";
	$index = 0;
    }
    $self->LEDWidthIndex($number,$index);

}
#-----------------------------------------------------------FLIP3UQBias::LEDPeriodIndex
sub LEDPeriodIndex {
    my $self = shift;
    my $rate = undef;
    my $index = undef;
    my $number = undef;
    my $comment = undef;
    my $unit = 100;
    if ($#_ == 0) {
	$index = $_[0];
	$self->LEDPeriodIndex(3,$index);
	return;
    } elsif ($#_ == 1) {
	($number,$index) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDPeriodIndex(1,$index);
	$self->LEDPeriodIndex(2,$index);
	return;
    }
    $rate = ($index + 1) * $unit;
    $comment = "FLIP3UQBias LED$number rate to $rate, bits to $index";
    $self->secondLED->fromFile($self->filename);
    $self->secondLED->setGroup("LED${number}rate",$index);
    $self->writeControl($self->secondLED,$comment);
}
#---------------------------------------------------------- FLIP3UQBias::LEDPeriod
#help: LEDPeriod(number,period) sets LEDnumber rate to closest possible period, less than input value.  If number = 3, sets both LEDs to period
sub LEDPeriod {
    my $self = shift;
    my $index = undef;
    my $number = undef;;
    my $unit = 100;                           # units for period
    my $rate = undef;
    if ($#_ == 0) {
	$rate = $_[0];
	$self->LEDPeriod(3,$rate);
	return;
    } elsif ($#_ == 1) {
	($number,$rate) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    $index = (int($rate/$unit) - 1);
    if ($index > 15) {
	print "Max rate is 1600 ms, setting to that\n";
	$index = 15;
    } elsif ($index <0) {
	print "Min rate is 100 ms, setting to that\n";
	$index = 0;
    }
    $self->LEDPeriodIndex($number,$index);

}
#------------------------------------------------------------FLIP3UQBias::gndVI
#help: gndVI(state=1) ground/unground Vi bias (state=1 grounds it)
#help: gndVO(state=1) ground/unground Vo bias (state=1 grounds it)
sub gndVI {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "FLIP3UQBias ground Vi bias";
  } else {
     $comment = "FLIP3UQBias unground Vi bias";
  }
  $self->firstLED->fromFile($self->filename);
  $self->firstLED->setGroup("Vignd",$val);
  $self->writeControl($self->firstLED,$comment);
}
#--------------------------------------------------------------- FLIP3UBias::gndVO
sub gndVO {   # default true, val = 0, false.
  my $self = shift;
  my $val;
  my $comment = undef;
  $val = 1;
  if ($#_>-1) {
    ($val) = @_;
  }
  if ($val == 1) {
     $comment = "FLIP 3UDriver ground Vo bias";
  } else {
     $comment = "FLIP 3UDriver unground Vo bias";
  }
  $self->firstLED->fromFile($self->filename);
  $self->firstLED->setGroup("Vognd",$val);
  $self->writeControl($self->firstLED,$comment);
}
#--------------------------------------------------------------- FLIP3UQBias::reset
#help: reset  reset module
sub reset {
  my $self = shift;
  my $comment = "FLIP3UQBias reset card";
  $self->firstLED->setGroup("reset",1);
  $self->writeControl($self->firstLED,$comment);
  $self->init;
}
#--------------------------------------------------------------FLIP3UQBias::LEDShortPulse
#help: LEDShortPulse(number,value) sets LEDnumber to 0 = short, 1 = long.  If number = 3, sets both LEDs to value. If value is omitted, sets to short
sub LEDShortPulse {
    my $self = shift;
    my $val = undef;
    my $number = undef;
    my $comment = undef;
    if ($#_ == 0) {
	($number) = @_;
	$val = 0;
    } elsif ($#_ == 1) {
	($number,$val) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDShortPulse(1,$val);
	$self->LEDShortPulse(2,$val);
	return;
    }
    if ($val == 1) {
	$comment = "FLIP3UQBias LED$number long";
    } elsif ($val == 0) {
	$comment = "FLIP3UQBias LED$number short";
    }
    $self->firstLED->fromFile($self->filename);
    $self->firstLED->setGroup("LED${number}long",$val);
    $self->writeControl($self->firstLED,$comment);
}
#-------------------------------------------------------------- FLIP3UQBias::LEDLongPulse
#help: LEDLongPulse(number) sets LEDnumber to long.  If number = 3, sets both to long
sub LEDLongPulse {
    my $self = shift;
    my $number = 0;
    if ($#_ > -1) {
	$number = $_[0];
	$self->LEDShortPulse($number,1);
    } else {
	$self->LEDShortPulse(3,1);
    }
}
#----------------------------------------------------------------- FLIP3UQBias::LEDRepMode
#help: LEDRepMode(number) sets LEDnumber to repetitive mode.  If number = 3, sets both LEDs to rep.
sub LEDRepMode {
    my $self = shift;
    my $val = 1;
    my $number = $_[0];
    my $comment = undef;
    if ($number == 3) {
	$self->LEDRepMode(1);
	$self->LEDRepMode(2);
	return;
    }
    $comment = "FLIP3UQBias LED$number to repetitive mode";
    $self->firstLED->fromFile($self->filename);
    $self->firstLED->setGroup("LED${number}rep",$val);
    $self->writeControl($self->firstLED,$comment);
}
#----------------------------------------------------------------- FLIP3UQBias::LEDSingleMode
#help: LEDSingleMode(number) sets LEDnumber to single fire mode.  If number = 3, sets both to single
sub LEDSingleMode {
    my $self = shift;
    my $number = $_[0];
    my $val = 0;
    my $comment = undef;
    if ($number == 3) {
	$self->LEDSingleMode(1);
	$self->LEDSingleMode(2);
	return;
    }
    $comment = "FLIP3UQBias LED$number to single mode";
    $self->firstLED->fromFile($self->filename);
    $self->firstLED->setGroup("LED${number}rep",$val);
    $self->writeControl($self->firstLED,$comment);
}
#----------------------------------------------------------------- FLIP3UQBias::LEDPulseMode
#help: LEDPulseMode(number,value) sets LEDnumber to 0 = pulse, 1 = cont.  If number = 3, sets both LEDs to value. If value is omitted, sets to short
sub LEDPulseMode {
    my $self = shift;
    my $val = undef;
    my $number = undef;
    my $comment = undef;
    if ($#_ == 0) {
	($number) = @_;
	$val = 0;
    } elsif ($#_ == 1) {
	($number,$val) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDPulseMode(1,$val);
	$self->LEDPulseMode(2,$val);
	return;
    }
    if ($val == 1) {
	$comment = "FLIP3UQBias LED$number continuous";
    } elsif ($val == 0) {
	$comment = "FLIP3UQBias LED$number pulse";
    }
    $self->firstLED->fromFile($self->filename);
    $self->firstLED->setGroup("LED${number}cont",$val);
    $self->writeControl($self->firstLED,$comment);
}
#----------------------------------------------------------------- FLIP3UQBias::LEDContMode
#help: LEDContMode(number) sets LEDnumber to continuous.  If number = 3, sets both to long
sub LEDContMode {
    my $self = shift;
    my $number = 0;
    if ($#_ > -1) {
	$number = $_[0];
	$self->LEDPulseMode($number,1);
    } else {
	$self->LEDPulseMode(3,1);
    }
}
#----------------------------------------------------------------- FLIP3UQBias::LEDFire
#help: LEDFire(number) fires LEDnumber, and then resets CSR bit.  If number = 3, fires both LEDs to value.
sub LEDFire {
    my $self = shift;
    my $val = 1;
    my $number = $_[0];
    my $comment = undef;
    if ($number == 3) {
	$self->LEDFire(1);
	$self->LEDFire(2);
	return;
    }
    $comment = "Checking if in single fire mode";
    my $bits = undef;
    $bits = $self->readControl($self->firstLED,$comment);
    $bits =~ s/ //;
    my @test = undef;
    $test[1] = hex($bits) & 4;
    $test[2] = hex($bits) & 64;
    if ($test[$number] != 0) {
	print "LED $number needs to be in single fire mode\n";
	return;
    }
    $comment = "FLIP3UQBias fire LED$number";
    $self->firstLED->fromFile($self->filename);
    $self->firstLED->setGroup("LED${number}single",$val);
    $self->writeControl($self->firstLED,$comment);
    $val = 0;
    $self->firstLED->setGroup("LED${number}fire",$val);
    $self->writeControl($self->firstLED,$comment);
}

#----------------------------------------------------------------- FLIP3UQBias::readLEDModeStatus
#help: readLEDModeStatus(void) reads back first CSR on QBias section
sub readLEDModeStatus {
    my $self = shift;
    my $bits = undef;
    my $comment = "FLIP3UQBias read first LED CSR";
    $bits = $self->readControl($self->firstLED,$comment);
    $self->firstLED->setData($bits);
    $self->toFile($self->filename);
    return $self->firstLED->data;
}
#----------------------------------------------------------------- FLIP3UQBias::readLEDWPStatus
#help: readLEDWPStatus(void) reads back first CSR on QBias section
sub readLEDWPStatus {
    my $self = shift;
    my $bits = undef;
    my $comment = "FLIP3UQBias read second LED CSR";
    $bits = $self->readControl($self->secondLED,$comment);
    $self->secondLED->setData($bits);
    $self->toFile($self->filename);
    return $self->secondLED->data;
}
#----------------------------------------------------------------- FLIP3UQBias::readQBiasCSR
#help: readQBiasCSR(void) reads back CSRs on QBias section
sub readQBiasCSR {
    my $self = shift;
    $self->readLEDModeStatus;
    $self->readLEDWPStatus;
}
#----------------------------------------------------------------- FLIP3UQBias::readQBias
#help: readQBias(void) reads back CSRs and DACs on QBias section
sub readQBias {
    my $self = shift;
    $self->readQBiasCSR;
    $self->readQBiasDAC;
}
#
#                  Write the DACs.
#
#--------------------------------------------------------------- FLIP3UQBias::setQIDAC
#help: setQIDAC(value) set Qi bias voltage to V volts
sub setQIDAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "FLIP3UQBias Qinner DAC to $val volts";
    $self->Qibias->setValue($val);
    $self->writeControl($self->Qibias,$comment);
}
#--------------------------------------------------------------- FLIP3UQBias::setQODAC
#help: setQODAC(value) set Qo bias voltage to V volts
sub setQODAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "FLIP3UQBias Qouter DAC to $val volts";
    $self->Qobias->setValue($val);
    $self->writeControl($self->Qobias,$comment);
}
#--------------------------------------------------------------- FLIP3UQBias::setLED1DAC
#help: setLED1DAC(value) set first LED bias voltage to V volts
sub setLED1DAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "FLIP3UQBias first LED DAC to $val volts";
    $self->LED1bias->setValue($val);
    $self->writeControl($self->LED1bias,$comment);
}
#--------------------------------------------------------------- FLIP3UQBias::setLED2DAC
#help: setLED2DAC(value) set second LED bias voltage to V volts
sub setLED2DAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "FLIP3UQBias second LED DAC to $val volts";
    $self->LED2bias->setValue($val);
    $self->writeControl($self->LED2bias,$comment);
}
#
#                 Read the DACs
#
#--------------------------------------------------------------- FLIP3UBias::readQIDAC
#help: readQIDAC(void) read Qinner bias voltage to V volts
sub readQIDAC {
    my $self = shift;
    my $comment = "FLIP3UQBias read QIDAC";
    my $bits = $self->readControl($self->Qibias,$comment);
    $self->Qibias->setData($bits);
    $self->toFile($self->filename);
    return $self->Qibias->value;
}
#--------------------------------------------------------------- FLIP3UBias::readQODAC
#help: readQODAC(void) read Qouter bias voltage to V volts
sub readQODAC {
    my $self = shift;
    my $comment = "FLIP3UQBias read QODAC";
    my $bits = $self->readControl($self->Qobias,$comment);
    $self->Qobias->setData($bits);
    $self->toFile($self->filename);
    return $self->Qobias->value;
}
#--------------------------------------------------------------- FLIP3UBias::readLED1DAC
#help: readLED1DAC(void) read LED1 bias voltage to V volts
sub readLED1DAC {
    my $self = shift;
    my $comment = "FLIP3UQBias read LED1 DAC";
    my $bits = $self->readControl($self->LED1bias,$comment);
    $self->LED1bias->setData($bits);
    $self->toFile($self->filename);
    return $self->LED1bias->value;
}
#--------------------------------------------------------------- FLIP3UBias::readLED2DAC
#help: readLED2DAC(void) read LED2 bias voltage to V volts
sub readLED2DAC {
    my $self = shift;
    my $comment = "FLIP3UQBias read LED2DAC";
    my $bits = $self->readControl($self->LED2bias,$comment);
    $self->LED2bias->setData($bits);
    $self->toFile($self->filename);
    return $self->LED2bias->value;
}
#--------------------------------------------------------------- FLIP3UQBias::readQBiasDAC
#help: readQBiasDAC(void) reads all DACs
sub readQBiasDAC {
    my $self = shift;
    $self->readQIDAC;
    $self->readQODAC;
    $self->readLED1DAC;
    $self->readLED2DAC;
}


End of FLIP3UQBias.pm
echo FLIP3UQet.pm 1>&2 
cat >FLIP3UQet.pm << 'End of FLIP3UQet.pm'
#! /usr/local/bin/perl 

package FLIP3UQet; 
#
#		FLIP3UQet.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  Control, DAC
#
#	Contains commands for setting and reading back the digital DACs and 
#	controls on the FLIP3U QET card.
#

require 5.002;
require object;

use Control;
use DAC; 

@ISA = qw( ElecModule );

my @offset = [];
my %fields = ( 
	      filename     => undef,
	      bias         => {},
	      heater       => undef,
	      Reset        => undef,
	      heaterpulse  => undef,
	      Controls     => {},
	      DACs         => {},
	      box          => undef,
	      module       => undef,
	      data         => undef,
	      address      => undef,
	      filename     => undef,
	      outfile      => undef,
	      scriptonly   => undef,
	      jumpers      => undef,
	      class        => undef,
	      Accumulate   => undef,
	      );
#
#                             Basic Functions
#
#----------------------------------------------------------------- FLIP3UQet::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = ElecModule->new($_[0],$_[1],$_[2]);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $host = $self->box->host;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    
    if (($self->scriptonly) == 1) {
	$host = "script";
    }

    $self->filename("/tmp/$host-$class-$subrack-$module.out");
    $self->class("FLIP3UQet");

    $self->{bias}->{a} = new DAC (0,12,-5,5);
    $self->{bias}->{b} = new DAC (1,12,-5,5);
    $self->{bias}->{c} = new DAC (2,12,-5,5);
    $self->{bias}->{d} = new DAC (3,12,-5,5);
    $self->Reset( new DAC (6,2,0,1));
    $self->heaterpulse( new DAC (7,2,0,1));

    $self->heater( new Control (4,"phicala","phicalb","phicalc",
				"phicald","heatwidth","enableheata",
				"enableheatb","enableheatc","enableheatd","",
				"","",""));
    $self->heater->setGroupSize("heatwidth",4);

    $self->{Controls}->{heater}            = $self->heater;
    $self->{DACs}->{biasa}                 = $self->{bias}->{a};
    $self->{DACs}->{biasb}                 = $self->{bias}->{b};
    $self->{DACs}->{biasc}                 = $self->{bias}->{c};
    $self->{DACs}->{biasd}                 = $self->{bias}->{d};

    $self->fromFile($self->filename);

    return $self;
}
#----------------------------------------------------------------- ZIP::init
#help: init(void) resets memory to startup state of card
sub init {
    my $self = shift;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    foreach $key (sort keys %controls) {
	$controls{$key}->setData(0);
    }
    foreach $key (sort keys %dacs) {
	$dacs{$key}->setValue(0);
    }
    $self->toFile($self->filename);
}
#
#                              QET Control Registers
#
#----------------------------------------------------------------- FLIP3UQet::IVMode
#help: IVMode(channel) set PHi channel to calibration mode.  If channel is omitted sets all channels to calibrate
sub IVMode {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    my $comment = "FLIP3UQet IV mode on";
    $self->heater->fromFile($self->filename);
    for ($i=0;$i<=$#channel;$i++) {
	$comment = $comment . " $channel[$i]";
	$self->heater->setGroup("phical$channel[$i]",$val);
    }
    $self->writeControl($self->heater,$comment);
}
#----------------------------------------------------------------- FLIP3UQet::BiasMode
#help: BiasMode(channel) set PHi channel to measure mode.  If channel is omitted sets all channels to measure
sub BiasMode {
    my $self = shift;
    my @channel = undef;
    my $val = 0;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    my $comment = "FLIP3UQet bias mode on"; 
    $self->heater->fromFile($self->filename);
    for ($i=0;$i<=$#channel;$i++) {
	$comment = $comment . " $channel[$i]";
	$self->heater->setGroup("phical$channel[$i]",$val);
    }
    $self->writeControl($self->heater,$comment);
}
#----------------------------------------------------------------- FLIP3UQet::EnableHeat
#help: EnableHeat(channels) enables heater channel. Channels are "a","b","c","d".  If channel is omitted, enables all heaters.
sub EnableHeat {
    my $self = shift;
    my @name = @_;
    my $val = 1;
    my $comment = "FLIP3UQet Enable Heater";
    if ($#_ < 0) {
	@name = (a,b,c,d);
    } 
    $self->heater->fromFile($self->filename);
    for ($i=0;$i<=$#name;$i++) {
	$self->heater->setGroup("enableheat$name[$i]",$val);
	$comment = "$comment" . " $name[$i]";
    }
    $self->writeControl($self->heater,$comment);
}
#----------------------------------------------------------------- FLIP3UQet::DisableHeat
#help: DisableHeat(channels) disables heater channel. Channels are "a","b","c","d".  If channel is omitted, disables all heaters.
sub DisableHeat {
    my $self = shift;
    my @name = @_;
    my $val = 0;
    my $comment = "FLIP3UQet Disable Heater";
    if ($#_ < 0) {
	@name = (a,b,c,d);
    } 
    $self->heater->fromFile($self->filename);
    for ($i=0;$i<=$#name;$i++) {
	$self->heater->setGroup("enableheat$name[$i]",$val);
	$comment = "$comment" . " $name[$i]";
    }
    $self->writeControl($self->heater,$comment);
}
#----------------------------------------------------------------- FLIP3UQet::HeaterWidthIndex
sub HeaterWidthIndex {
    my $self = shift;
    my $index = $_[0];
    my $unit = 100;                           # units for heater width
    my $width = ($index + 1)* $unit;
    my $comment = "FLIP3UQet Heater index to $index, width to $width";
    $self->heater->fromFile($self->filename);
    $self->heater->setGroup("heatwidth",$index);
    $self->writeControl($self->heater,$comment);
}
#----------------------------------------------------------------- FLIP3UQet::HeaterWidth
#help: HeaterWidth(width) sets qet heater width to nearest possible value to width that is less than input value
sub HeaterWidth {
    my $self = shift;
    my $width = $_[0];
    my $unit = 100;                           # units for heater width
    my $index = (int($width/$unit) - 1);
    if ($index > 15) {
	print "Max heater width is 1600 ms, setting to that\n";
	$index = 15;
    } elsif ($index < 0) {
	print "Min heater width is 100 ms, setting to that\n";
	$index = 0;
    }
    $self->HeaterWidthIndex($index);
}
#----------------------------------------------------------------- FLIP3UQet::readHeater
#help: readHeater(void) reads back CSR on QET section and updates memory
sub readHeater {
    my $self = shift;
    my $bits = undef;
    my $comment = "FLIP3UQet read heater CSR";
    $bits = $self->readControl($self->heater,$comment);
    $self->heater->setData($bits);
    $self->toFile($self->filename);
    return $self->heater->data;
}
#----------------------------------------------------------------- FLIP3UQet::readQET
#help: readQET(void) reads back CSR and DACs on QET section and updates memory
sub readQET {
    my $self = shift;
    $self->readQETBias;
    $self->readHeater;
}
#
#                              QET DACs
#
#----------------------------------------------------------------- FLIP3UQet::setQETBias
#help: setQETBias(channel,value) sets bias on QET channel to value in volts.  If channel is omitted, sets all four channels.  Channels are "a","b","c","d".
sub setQETBias {
    my $self = shift;
    my $channel = 0;
    my $val = 0;
    if ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } elsif ($#_ == 0) {
	$val = $_[0];
	$self->setQETBias("a",$val);
	$self->setQETBias("b",$val);
	$self->setQETBias("c",$val);
	$self->setQETBias("d",$val);
	return;
    }
    my $comment = "FLIP3UQet set QET $channel bias to $val";
    $self->{bias}->{$channel}->setValue($val);
    $self->writeControl($self->{bias}->{$channel},$comment);
}
#----------------------------------------------------------------- FLIP3UQet::reset
#help: reset resets card
sub reset {
    my $self = shift;
    my $val = 0.5;
    my $comment = "FLIP3UQet reset";
    $self->Reset->setValue($val);
    $self->writeControl($self->Reset,$comment);
    $self->init;
}
#----------------------------------------------------------------- FLIP3UQet::pulseheater
#help: pulseheater Pulses heater
sub pulseheater {
    my $self = shift;
    my $val = 0.5;
    my $comment = "FLIP3UQet pulse heater";
    $self->heaterpulse->setValue($val);
    $self->writeControl($self->heaterpulse,$comment);
}
#----------------------------------------------------------------- FLIP3UQet::readQETBias
#help: readQETBias(channel) reads bias on QET channel.  If channel is omitted, reads all four channels.  Channels are "a","b","c","d".
sub readQETBias {
    my $self = shift;
    my @channel = undef;
    my $comment = undef;
    my $bits = undef;
    my $ret = undef;
    if ($#_ < 0) {
	@channel = ("a","b","c","d");
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "FLIP3UQet read QET $channel[$i] bias";
	$bits = $self->readControl($self->{bias}->{$channel[$i]},
				  $comment);
	$self->{bias}->{$channel[$i]}->setData($bits);
	$ret = $i;
    }
    $self->toFile($self->filename);
    return $self->{bias}->{$channel[$ret]}->value;

}



End of FLIP3UQet.pm
echo FLIP3USquid.pm 1>&2 
cat >FLIP3USquid.pm << 'End of FLIP3USquid.pm'
#! /usr/local/bin/perl

package FLIP3USquid;
#
#		FLIP3USquid.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  Control, DAC
#
#	Contains commands for setting and reading back the digital DACs and
#	controls on the FLIP3U SQUID card.
#

require 5.002;
require ElecModule;

use Control;
use DAC;

@ISA =qw( ElecModule );

my %fields = (
	      filename     => undef,
	      gain         => undef,
	      bias         => undef,
	      offset       => undef,
	      ampoffset    => undef,
	      zapper       => undef,
	      armer        => undef,
	      disarmer     => undef,
	      Reset        => undef,
	      Controls     => {},
	      DACs         => {},
	      box          => undef,
	      module       => undef,
	      data         => undef,
	      address      => undef,
	      filename     => undef,
	      outfile      => undef,
	      scriptonly   => undef,
	      jumpers      => undef,
	      Controls     => {},
	      DACs         => {},
	      class        => undef,
	      Accumulate   => undef,
	      );
#
#                         Basic Functions
#
#------------------------------------------------------- FLIP3USquid::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = ElecModule->new($_[0],$_[1],$_[2]);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $host = $self->box->host;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    
    if (($self->scriptonly) == 1) {
	$host = "script";
    }

    $self->filename("/tmp/$host-$class-$subrack-$module.out");
    $self->class("FLIP3USquid");

    $self->bias( new DAC(0,12,-5,5));
    $self->gain( new DAC(1,12,-5,5));
    $self->offset( new DAC(2,12,-5,5));
    $self->ampoffset( new DAC(3,12,-5,5));
    $self->armer( new DAC(5,2,0,1));
    $self->disarmer( new DAC(6,2,0,1));
    $self->Reset( new DAC(7,2,0,1));

    $self->zapper( new Control(4,"cal","mode","zapvoltage","zapwidth",
			       "armed","polpos","polneg","","","",""));
    $self->zapper->setGroupSize("zapwidth",4);
    $self->zapper->setGroupSize("zapvoltage",2);

    $self->{Controls}->{ZapControl}    = $self->zapper;

    $self->{DACs}->{bias}              = $self->bias;
    $self->{DACs}->{gain}              = $self->gain;
    $self->{DACs}->{offset}            = $self->offset;
    $self->{DACs}->{ampoffset}         = $self->ampoffset;

    $self->fromFile($self->filename);

    if ((hex($self->zapper->data) & 512) == 1) {
	$self->polnegSQUID;
    }

    return $self;
}
#----------------------------------------------------------------- FLIP3USquid::init
#help: init(void) resets memory to startup state of card
sub init {
    my $self = shift;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    foreach $key (sort keys %controls) {
	$controls{$key}->setData(0);
    }
    foreach $key (sort keys %dacs) {
	$dacs{$key}->setValue(0);
    }
    $self->toFile($self->filename);
    $self->zapper->setGroup("mode",1);
    $self->zapper->setGroup("armed",1);
    $self->zapper->setGroup("cal",1);
    $self->toFile($self->filename);
}
#
#                              Squid Control Registers
#
#----------------------------------------------------------------- FLIP3USquid::openfb
#help: openfb sets squid to calibration mode. 
sub openfb {
    my $self = shift;
    my $val = 1;
    my $comment = undef;
    $comment = "FLIP3USquid Squid open feedback";
    if (($self->scriptonly) != 1) {
	$self->readSQUIDZapper();
    } else {
	$self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("cal",$val);
    $self->writeControl($self->zapper,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::closefb
#help: closefb sets squid to measure mode. 
sub closefb {
    my $self = shift;
    my $val = 0;
    my $comment = undef;
    $comment = "FLIP3USquid Squid close feedback";
    if (($self->scriptonly) != 1) {
        $self->readSQUIDZapper();
    } else {
	$self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("cal",$val);
    $self->writeControl($self->zapper,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::SynchZapMode
#help: SynchZapMode sets squid to synchronous mode. 
sub SynchZapMode {
    my $self = shift;
    my $val = 1;
    my $comment = undef;
    $comment = "FLIP3USquid Squid synch mode";
    if (($self->scriptonly) != 1) {
	$self->readSQUIDZapper();
    } else {
	$self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("mode",$val);
    $self->writeControl($self->zapper,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::ASynchZapMode
#help: ASynchZapMode sets squid to asynchronous mode. 
sub ASynchZapMode {
    my $self = shift;
    my $val = 0;
    my $comment = undef;
    $comment = "FLIP3USquid Squid asynch mode";
    if (($self->scriptonly) != 1) {
 	$self->readSQUIDZapper();
    } else {
	$self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("mode",$val);
    $self->writeControl($self->zapper,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::ZapWidthIndex
sub ZapWidthIndex {
    my $self = shift;
    my $index = undef;
    $index = $_[0];
    my $unit = 100;                               # unit of width
    my $val = $unit * ($index + 1);
    my $comment = "FLIP3USquid width bits to $index, value to $val";
    if (($self->scriptonly) != 1) {
 	$self->readSQUIDZapper();
    } else {
	$self->fromFile($self->filename);
    }
    $self->zapper->setGroup("zapwidth",$index);
    $self->writeControl($self->zapper,$comment);
}    
#----------------------------------------------------------------- FLIP3USquid::ZapWidth
#help: ZapWidth(value) sets width for ZAP to nearest possible width that is smaller than input value (in units of ms). 
sub ZapWidth {
    my $self = shift;
    my $index = undef;
    my $unit = 100;                          #set units of width
    my $val = undef;
    $val = $_[0];
    $index = (int($val/$unit) - 1);
    if ($index > 15) {
	print "Max value is 1600 ms, setting to that\n";
	$index = 15;
    } elsif ($index < 0) {
	print "Min value is 100 ms, setting to that\n";
	$index = 0;
    }
    $self->ZapWidthIndex($index);
}
#----------------------------------------------------------------- FLIP3USquid::armZapSQUID
#help: armZapSQUID() arms squid.
sub armZapSQUID {
    my $self = shift;
    my $val = 0.5;
    my $comment = undef;
    $comment = "FLIP3USquid arm";
    if (($self->scriptonly) != 1) {
 	$self->readSQUIDZapper();
    } else {
	$self->zapper->fromFile($self->filename);
    }
    $self->armer->setValue($val);
    $self->zapper->setGroup("armed",0);
    $self->disarmer->setValue(0);
    $self->writeControl($self->armer,$comment);
    $self->toFile($self->filename);
}
#----------------------------------------------------------------- FLIP3USquid::disarmZapSQUID
#help: disarmZapSQUID() disarms squid.
sub disarmZapSQUID {
    my $self = shift;
    my $val = 0.5;
    my $comment = undef;
    $comment = "FLIP3USquid disarm";
    if (($self->scriptonly) != 1) {
	$self->readSQUIDZapper();
    } else {
        $self->zapper->fromFile($self->filename);
    }
    $self->disarmer->setValue($val);
    $self->zapper->setGroup("armed",1);
    $self->armer->setValue(0);
    $self->writeControl($self->disarmer,$comment);
    $self->toFile($self->filename);
}
#----------------------------------------------------------------- FLIP3USquid::armed
#help: armed() reads zapper CSR and tells whether the ZAP is armed; updates variables.  
sub armed {
    my $self = shift;
    my $val = undef;
    my $comment = undef;
    my $bits = undef;
    my $test = undef;
    $comment = "FLIP3USquid armed";
    $self->zapper->fromFile($self->filename);
    $bits = $self->readControl($self->zapper,$comment);
    $self->zapper->setData($bits[$i]);
    $bits =~ s/ //;
    $test = hex($bits) & 256;
    print "test is $test, bits are $bits\n";
    if ($test > 0) {
        print "ZAP disarmed\n";
    } else {
        print "ZAP armed\n";
    }
}
#----------------------------------------------------------------- FLIP3USquid::polposSQUID
#help: polposSQUID puts squid to positive polarity. 
sub polposSQUID {
    my $self = shift;
    my $val = 1;
    my $comment = undef;
    $comment = "FLIP3USquid polarity to positive";
    if (($self->scriptonly) != 1) {
        $self->readSQUIDZapper();
    } else {
        $self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("polpos",1);
    $self->zapper->setGroup("polneg",0);
    $self->readControl($self->disarmer,$comment);
    $self->toFile($self->filename);
}
#----------------------------------------------------------------- FLIP3USquid::polnegSQUID
#help: polnegSQUID puts squid to negative polarity. 
sub polnegSQUID {
    my $self = shift;
    my $val = 1;
    my $comment = undef;
    $comment = "FLIP3USquid polarity to negative";
    if (($self->scriptonly) != 1) {
         $self->readSQUIDZapper();
    } else {
        $self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("polneg",1);
    $self->zapper->setGroup("polpos",0);
    $self->readControl($self->armer,$comment);
    $self->toFile($self->filename);
}
#----------------------------------------------------------------- FLIP3USquid::Zeropol
#help Zeropol zeros both polarity bits on Squid
sub Zeropol {
    my $self = shift;
    my $val = 0;
    my $comment = undef;
    $comment = "FLIP3USquid zero polarity";
    if (($self->scriptonly) != 1) {
         $self->readSQUIDZapper();
    } else {
        $self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("polpos",$val);
    $self->zapper->setGroup("polneg",$val);
    $self->writeControl($self->zapper,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::ZapVolt
#help: ZapVolt(voltage) sets ZAP voltage.  Possible voltages are 0, 1.25, 2.5, 3.75 sets to closest lower value
sub ZapVolt {
    my $self = shift;
    my $val = undef;
    my $newindex;
    my @volts = (0,1.25,2.5,3.75);
    $val = $_[0];
    for ($i=0;$i<=$#volts;$i++) {
	if ($val>=$volts[$i]) {
	    $newindex = $i;
	}
    }
    $self->ZapVoltIndex($newindex);
}
#----------------------------------------------------------------- FLIP3USquid::ZapVoltIndex
sub ZapVoltIndex {
    my $self = shift;
    my $index = undef;
    my @volts = (0,1.25,2.5,3.75);
    $index = $_[0];
    my $comment = "FLIP3USquid set ZAP voltage to $volts[$index]";
    if (($self->scriptonly) != 1) {
	$self->readSQUIDZapper();
    } else {
	$self->zapper->fromFile($self->filename);
    }
    $self->zapper->setGroup("zapvoltage",$index);
    $self->writeControl($self->zapper,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::reset
#help: reset resets card bits
sub reset {
    my $self = shift;
    my $val = 0.5;
    my $comment = "FLIP3USquid reset card";
    $self->Reset->setValue($val);
    $self->writeControl($self->Reset,$comment);
    $self->init;
}
#----------------------------------------------------------------- FLIP3USquid::readSQUIDZapper
#help: readSQUIDZapper reads the Zapper CSR on squid 
sub readSQUIDZapper {
    my $self = shift;
    my $comment = undef;
    my $bits = undef;
    $comment = "FLIP3USquid read Zapper";
    $bits = $self->readControl($self->zapper,$comment);
    print "$bits\n";
    $self->zapper->setData($bits);
    $self->toFile($self->filename);
}
#----------------------------------------------------------------- FLIP3USquid::readSQUID
#help: readSQUID reads all DACs and CSRs for squid.  
sub readSQUID {
    my $self = shift;
    $self->readSQUIDZapper();
    $self->readSQUIDDAC();
}
#
#                              Squid DACs
#
#----------------------------------------------------------------- FLIP3USquid::setSQUIDbias
#help: setSQUIDbias(value) sets bias on squid to value in volts.  
sub setSQUIDbias {
    my $self = shift;
    my $val = 0;
    $val = $_[0];
    my $comment = "FLIP3USquid set bias to $val";
    $self->bias->setValue($val);
    $self->writeControl($self->bias,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::setSQUIDolgain
#help: setSQUIDolgain(value) sets gain on squid to value in volts.  
sub setSQUIDolgain {
    my $self = shift;
    my $val = 0;
    $val = $_[0];
    my $comment = "FLIP3USquid set squid olgain to $val";
    $self->gain->setValue($val);
    $self->writeControl($self->gain,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::setLockPoint
#help: setLockPoint(value) sets lock point on squid to value in volts.  
sub setLockPoint {
    my $self = shift;
    my $val = 0;
    $val = $_[0];
    my $comment = "FLIP3USquid set lock point to $val";
    $self->offset->setValue($val);
    $self->writeControl($self->offset,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::setAmpOffset
#help: setAmpOffset(value) sets pre-amp offset, in units of mV (+/- 50)
sub setAmpOffset {
    my $self = shift;
    my $val = $_[0];
    my $volts = $val/10;
    my $comment = "FLIP3USquid set pre-amp offset to $val";
    $self->ampoffset->setValue($volts);
    $self->writeControl($self->ampoffset,$comment);
}
#----------------------------------------------------------------- FLIP3USquid::readSQUIDbias
#help: readSQUIDbias() reads bias on squid.  
sub readSQUIDbias {
    my $self = shift;
    my $comment = undef;
    my $bits = undef;
    my $value = undef;
    $comment = "FLIP3USquid read bias";
    $bits = $self->readControl($self->bias,$comment);
    $self->bias->setData($bits);
    $self->toFile($self->filename);				  
    return $self->bias->value;
}
#----------------------------------------------------------------- FLIP3USquid::readSQUIDolgain
#help: readSQUIDolgain() reads gain on squid.  
sub readSQUIDolgain {
    my $self = shift;
    my $comment = undef;
    my $bits = undef;
    $comment = "FLIP3USquid read gain";
    $bits = $self->readControl($self->gain,$comment);
    $self->gain->setData($bits);
    $self->toFile($self->filename);
    return $self->gain->value;
}
#----------------------------------------------------------------- FLIP3USquid::readLockPoint
#help: readLockPoint() reads offset on squid.  
sub readLockPoint {
    my $self = shift;
    my $comment = undef;
    my $bits = undef;
    $comment = "FLIP3USquid read offset";
    $bits = $self->readControl($self->offset,$comment);
    $self->offset->setData($bits);
    $self->toFile($self->filename);
    return $self->offset->value;
}
#----------------------------------------------------------------- FLIP3USquid::readAmpOffset
#help: readAmpOffset() reads pre-amp offset on squid.  
sub readAmpOffset {
    my $self = shift;
    my $comment = undef;
    my $bits = undef;
    $comment = "FLIP3USquid read pre-amp offset";
    $bits = $self->readControl($self->ampoffset,$comment);
    $self->ampoffset->setData($bits);
    $self->toFile($self->filename);
    return $self->ampoffset->value;
}
#----------------------------------------------------------------- FLIP3USquid::readSQUIDDAC
#help: readSQUIDDAC(channel) reads all DACs for squid channel.  If channel is omitted, reads all channels.
sub readSQUIDDAC {
    my $self = shift;
    $self->readSQUIDbias();
    $self->readSQUIDolgain();
    $self->readLockPoint();
    $self->readAmpOffset();
}    
#





End of FLIP3USquid.pm
echo GPIBbox.pm 1>&2 
cat >GPIBbox.pm << 'End of GPIBbox.pm'
#! /usr/local/bin/perl -w

package GPIBbox;
#
#               GPIBbox.pm
#
#       INHERITS FROM:  None    
#       CONTAINS:  GPIBconnection, GPIBinstr   
#
#	This represents the GPIB box for a particular subrack.  It contains
#	initialization and help routines in addition to routines for setting
#	up the GPIBinstr and GPIBconnection to send the hex code through the
#	server to the physical GPIB box.
#

require 5.002;
require object;

use strict;
use Socket;
use GPIBconnection;
use GPIBinstr;
use Carp;

my %fields = (
  _permitted => \%GPIBbox::fields,
  instrs => [new GPIBinstr],     # this should be an array of refs to class instruction.
  file => undef,
  host => undef,
  port => undef,
  subrack => undef,
  address => undef,
  data => undef,
  current => new GPIBinstr,
  GPIBaddress => undef,
  GPIBhead  => undef,
  GPIBtail  => undef,
  GPIBconn  => undef,
);

#-------------------------------------------------------------------- GPIBbox::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = {
    _permitted => \%fields,
    %fields,
  };
  bless $self,$class;

  my ($arg,$logfile) = @_;
  if ($#_<0){ return $self; }
  if (length($logfile)==0 && $arg!~/:/){  # copy ctor
    my $b1 = $arg; 
    $self->instrs($b1->instrs()); 
    $self->file($b1->file()); 
    $self->host($b1->host()); 
    $self->port($b1->port()); 
    $self->subrack($b1->subrack()); 
    $self->address($b1->address()); 
    $self->data($b1->data()); 
    $self->current($b1->current()); 
    $self->GPIBaddress($b1->GPIBaddress()); 
    $self->GPIBhead($b1->GPIBhead()); 
    $self->GPIBtail($b1->GPIBtail()); 
    $self->GPIBconn($b1->GPIBconn()); 
    return $self;
  }
    
  my @hp = split /:/,$arg;

  $self->GPIBaddress(18);
  $self->GPIBhead('c4d');
  $self->GPIBtail('00zx');
  $self->file("command.log");
  $self->nlines(0);

  $self->host($hp[0]);
  if ($hp[1]>0) {
    $self->port($hp[1]);
  }
  if ($#_>1) {
    my ($a) = @_;
    $self->file($a);
  }
  if ($#_ >1) { $self->file($logfile);}
  $self->GPIBconn(new GPIBconnection(join ':',$self->host,$self->port));
  $self->current(new GPIBinstr(
                     "gpibwrite",$self->GPIBaddress,"000000"));
  $self->current->GPIBhead($self->GPIBhead);
  $self->current->GPIBtail($self->GPIBtail);
  return $self; 
}
#-------------------------------------------------------------------- GPIBbox::initialize
sub initialize{
  my $self = shift;
  my ($address,$subrack) = @_;  # allow possibility to use default subrack.
  if (length($subrack)>0) {
    my ($subrack) = @_;
    $self->subrack($subrack);
  }
  $self->current->mode(7);                                 # not sure about the 0
  $self->current->dataString("r0c4g1f0p0k0m1x");
  $self->current->setNbytes();
  my $dat = $self->GPIBconn->exInstr($self->current);
  $self->data(unpack("N",$dat));
  print "Initialized status: ",$self->data,"\n";
} 
#-------------------------------------------------------------------- GPIBbox::help
sub help{
  my $self = shift;
  print "\n\n A partial list of GPIBbox commands \n";
  print "\nwriteAddress(\"aaaa\")    # writes hex aaaa to the address.\n";
  print   "writeData(\"aaaa\")       # writes hex aaaa to the data.\n";
  print   "writeData(\"aaaa\",s)     # writes hex aaaa to the data in subrack s.\n";
  print   "readData()              # returns data from current address.\n";
  print   "readData(\"aaaa\")        # returns data from address aaaa.\n";
  print   "readData(\"aaaa\",s)      # returns data from address aaaa, subrack s.\n";
  print   "initialize()            # initialize box\n";
  print   "print()                 # print box info \n";
  print   "subrack(s)              # set Default subrack\n";
  print   "setHost(\"h\")            # set box host to h \n";
  print   "setHost(\"h:p\")          # set box host to h, port to p\n";
  print   "setPort(p)              # set server port to p\n";
  print   "\n";
}
#-------------------------------------------------------------------- GPIBbox::readData
sub readData{
  my $self = shift;
  if ((length($_[0]))>0) {
    $self->writeAddress($_[0]);
    if (length $_[1] >0){
      $self->subrack($_[1]);
    }
  }
  my $byte = int(0) | $self->subrack;
  $self->current->setCommand("gpibwrite");
  $self->current->mode(7);                                 # not sure about the 0
  $self->current->dataString("c2x"); 
  $self->current->setNbytes(); 
  my $dat = $self->GPIBconn->exInstr($self->current);
  $self->data(unpack("N",$dat));
  print "status: ",$self->data,"\n";
  $self->current->setCommand("gpibread");
  $self->current->mode(0);                                 # not sure about the 0
  $self->current->setData(""); 
  $self->current->size(4);
  $dat = $self->GPIBconn->exInstr($self->current);
  $self->data(substr($dat,4,4));
#  print "data read: ",$self->data,"\n";
  return hex($self->data);
}
#-------------------------------------------------------------------- GPIBbox::writeAddress
sub writeAddress{
  my $self = shift;
  my ($address,$subrack) = @_;  # allow possibility to use default subrack.
  if (length($subrack)>0) {
    my ($subrack) = @_; 
    $self->subrack($subrack);
  }
  $self->address($address);
  $self->subrack($self->subrack);
  my $byte = int(8) | $self->subrack;
  $address = join '',$self->address,"0",(sprintf "%lx",$byte);
  $self->current->setData($address);
  $self->current->mode(7);
  $self->current->setCommand("gpibwrite");
#  $self->current->print();
  $self->GPIBconn->exInstr($self->current);
}
#-------------------------------------------------------------------- GPIBbox::writeData
sub writeData{
  my $self = shift;
  my ($data,$subrack) = @_;  # allow possibility to use default subrack.
  if (length($subrack)>0) {
    my ($subrack) = @_; 
    $self->subrack($subrack);
  }
  $self->data($data);
  $self->subrack($self->subrack);
  my $byte = int(0) | $self->subrack;
  $data = join '',$self->data,"0",(sprintf "%lx",$byte);
  $self->current->setData($data);
  $self->current->mode(7);
  $self->current->setCommand("gpibwrite");
#  $self->current->print();
  $self->GPIBconn->exInstr($self->current);
}
#-------------------------------------------------------------------- GPIBbox::print
sub print{
  my $self = shift;
  print $self->file," \n";
  print "Remote host: ",$self->host,"\n";
  print "Remote port: ",$self->port,"\n";
  my $i=0;
  for ($i=0;$i<$self->nlines;$i++){
    $self->{instrs}->[$i]->write;
  }
}
#-------------------------------------------------------------------- GPIBbox::setHost
sub setHost{
  my $self = shift;
  my ($arg) = @_;
  my @hp = split /:/,$arg;
  $self->host($hp[0]);
  if ($hp[1]>0) {
    $self->port($hp[1]);
  }
}
#-------------------------------------------------------------------- GPIBbox::setPort
sub setPort{
  my $self = shift;
  my ($port) = @_;
  $self->port($port);
} 
#-------------------------------------------------------------------- GPIBbox::AUTOLOAD
sub AUTOLOAD {
  my $self = shift;
  my $type = ref($self) ||  die "$self is not an object";
  my $name = $GPIBbox::AUTOLOAD;
  $name =~ s/.*://;         # strip fully qualified portion.
#  if (!(exists $self->{_permitted}->{name} )) {
#    die "Can't access `$name' field in object of class $type \n";
#  }
  if (@_) {
    return $self->{$name}=shift;
  } else {
    return $self->{$name};
  }
}
End of GPIBbox.pm
echo GPIBconnection.pm 1>&2 
cat >GPIBconnection.pm << 'End of GPIBconnection.pm'
#! /usr/local/bin/perl -w

package GPIBconnection;
#
#               GIPBconnection.pm
#
#       INHERITS FROM:  None  
#       CONTAINS:  None
#
#	This package handles all of the communication between the software
#	and the internet connection.  It contains routines for opening and 
#	closing the socket connection, sending the datastrings to the server
#	(in two different ways:  one at a time, or by creating a queue of
#	instructions and sending all of the commands at once), and for
#	reading datastrings from the server.
#

require 5.002;
use Socket;
use GPIBinstr;
use Carp;


my %fields = (
  _permitted => \%command::fields,
  instrs => [new GPIBinstr],     # this should be an array of refs to class instruction.
  nlines => undef,
  file => undef,
  host => undef,
  port => undef,
  sleepTime => undef,
);

#-------------------------------------------------------------------- GPIBconnection::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = {
    _permitted => \%fields,
    %fields,
  };
  bless $self,$class;

  $self->host("ppdm06.fnal.gov");
  $self->port(2345);
  $self->file("command.log");
  $self->nlines(0);

  my ($arg,$logfile) = @_;
  my @hp = split /:/,$arg;
  $self->host($hp[0]);
  if ($hp[1]>0) {
    $self->port($hp[1]);
  }
  if ($#_>1) {
    my ($a) = @_;
    $self->file($a);
  }
  $self->sleepTime(0);
  return $self;
}

#-------------------------------------------------------------------- GPIBconnection::addInstr
# add an instruction to the list.
sub addInstr{   # looks like it sets a reference, which gets overwritten.
  my $self = shift;
  my $index = $self->nlines;
  my ($argument,$subrack) = @_;
  my $arg = new GPIBinstr();
  $arg->copy($argument);
  $self->{instrs}->[$index] = $arg;
  $self->nlines($index+1);
}
#-------------------------------------------------------------------- GPIBconnection::addAddress
# add an address to the instruction list.
sub addAddress{   # looks like it sets a reference, which gets overwritten.
  my $self = shift;
  my $index = $self->nlines;
  my ($argument,$address,$subrack) = @_;
  my $arg = new GPIBinstr();
  $arg->copy($argument);
  my $rack = int(8) | $subrack;
  $arg->setData(join '',$address,"0",(sprintf "%1x",$rack));
  $self->{instrs}->[$index] = $arg;
  $self->nlines($index+1);
}
#-------------------------------------------------------------------- GPIBconnection::addData
# add data to the instruction list.
sub addData{   # looks like it sets a reference, which gets overwritten.
  my $self = shift;
  my $index = $self->nlines;
  my ($argument,$data,$subrack) = @_;
  my $arg = new GPIBinstr();
  $arg->copy($argument);
  my $rack = int(0) | $subrack;
  $arg->setData(join '',$data,"0",(sprintf "%1x", $rack));
  $self->{instrs}->[$index] = $arg;
  $self->nlines($index+1);
}
#-------------------------------------------------------------------- GPIBconnection::exInstr
# add an instruction and execute it.
sub exInstr{
  my $self = shift;
  my ($inst) = @_;
  $self->openSocket();
  my $status = $self->sendtoServer($inst);
  $self->closeSocket();
  return $status;
}
#-------------------------------------------------------------------- GPIBconnection::print
sub print{
  my $self = shift;
  print $self->file," \n";
  print "Remote host: ",$self->host,"\n";
  print "Remote port: ",$self->port,"\n";
  my $i=0;
  for ($i=0;$i<$self->nlines;$i++){
    $self->{instrs}->[$i]->write;
  }
}

#-------------------------------------------------------------------- GPIBconnection::execute
sub execute{
# this sends a string to a TCP/IP server, which executes it.
  my $self = shift;
  my $i=0;
  my $line='   ';
  $self->openSocket();
  for ($i=0;$i<$self->nlines;$i++){
    my $bits = $self->sendtoServer($self->{instrs}->[$i]);
  }
  $self->closeSocket();
#  reset counter to 0.
  $self->nlines(0);
}

#----------------------------------------------------------------- GPIBconnection::closeSocket
sub closeSocket{
  my $self = shift;
  my $bye = new GPIBinstr("bye");
  $self->sendtoServer($bye);
  close (SOCK);
}
#----------------------------------------------------------------- GPIBconnection::openSocket
sub openSocket{
  my $self = shift;
  my ($host,$port,$iaddr,$paddr,$proto);
  $host = $self->host; 
  $port = $self->port;
  my $tryagain = 0; my $attempts = 0; my $maxAttempts = 20;

  if ($port =~ /\D/) {$port = getservbyname($port, 'tcp') }
  die "No port" unless $port;
  $iaddr  = inet_aton($host)               or warn "no host: $host";
  $paddr  = sockaddr_in($port,$iaddr)      or warn "no paddr: $paddr";
  $proto  = getprotobyname('tcp');

  if (socket(SOCK, PF_INET, SOCK_STREAM, $proto)) { 
    connect(SOCK,$paddr)                       or $tryagain=1;
  } else { 
    $tryagain = 1;
  }
TRY:
  while ($tryagain && $attempts++<$maxAttempts){
    $tryagain =0;
    my $rnd = int(rand(3e4)*$attempts);
    my $i = 0;
    for ($i=0;$i<$rnd;$i++) {;}          # cheesy delay
    $iaddr  = inet_aton($host)               or warn "no host: $host";
    $paddr  = sockaddr_in($port,$iaddr)      or warn "no paddr: $paddr";
    $proto  = getprotobyname('tcp');

     socket(SOCK, PF_INET, SOCK_STREAM, $proto) or next TRY; 
     connect(SOCK,$paddr) or $tryagain=1;
  }  
#  print "$attempts attempts\n";
  if ($attempts >= $maxAttempts) { die "openSocket: $!\n"; }
}
#----------------------------------------------------------------- GPIBconnection::readString
sub readString{
  my $self = shift;
  my ($lentoRead) = @_;
  my $String="";
#  print "reading $lentoRead bytes from socket \n";
  recv SOCK,$String,$lentoRead,0;
  if ($String<0) {die "Error reading from socket \n"};
  my ($lenRead) = unpack ("N",$String);
#  printf "Read %s from socket\n",$lenRead;
  return $String;
}
#----------------------------------------------------------------- GPIBconnection::sendString
sub sendString{
  my $self = shift;
  my ($String) = @_;

#  printf "sending %s to socket \n",$String;
  my $bytessent = send SOCK,$String,0;
  if ($bytessent<0) {die "Error sending $String to socket \n"};
#  print "$bytessent bytes sent.";
  return $bytessent;
}
#----------------------------------------------------------------- GPIBconnection::sendtoServer
sub sendtoServer{
  my $self = shift;
  my $len = 0;my $status=0;
  my $maxSize = 10000;     # some maximum size to read back as error status.
  my ($inst) = @_;
  my $bytessent;
  $bytessent = $self->sendString($inst->command);
  my ($nbytes) = pack ("N",$inst->nbytes);
  $bytessent = $self->sendString($nbytes);
  $bytessent = $self->sendString($inst->packline());
  $len = $self->readString(4);
  if ($len<0) {die "Error reading size from socket \n"};
  my ($lenRead) = unpack ("N",$len);
  if ($lenRead>$maxSize) { $self->closeSocket(); die "socket closed\n";}
  $status = $self->readString($lenRead);
  return $status;
}
#-------------------------------------------------------------------- GPIBconnection::setHost
sub setHost{
  my $self = shift;
  my ($arg) = @_;
  my @hp = split /:/,$arg;
  $self->host($hp[0]);
  if ($hp[1]>0) {
    $self->port($hp[1]);
  }
}
#-------------------------------------------------------------------- GPIBconnection::setPort
sub setPort{
  my $self = shift;
  my ($port) = @_;
  $self->port($port);
} 
#-------------------------------------------------------------------- GPIBconnection::AUTOLOAD
sub AUTOLOAD {
  my $self = shift;
  my $type = ref($self) ||  die "$self is not an object";
  my $name = $GPIBconnection::AUTOLOAD;
  $name =~ s/.*://;         # strip fully qualified portion.
#  if (!(exists $self->{_permitted}->{name} )) {
#    die "Can't access `$name' field in object of class $type \n";
#  }
  if (@_) {
    return $self->{$name}=shift;
  } else {
    return $self->{$name};
  }
}
End of GPIBconnection.pm
echo GPIBinstr.pm 1>&2 
cat >GPIBinstr.pm << 'End of GPIBinstr.pm'
#! /usr/local/bin/perl -d

package GPIBinstr;
#
#               GPIBinstr.pm
#
#       INHERITS FROM:  None  
#       CONTAINS:  None
#
#	This represents an instruction slot for the GPIB box, and contains
#	routines for concatenating the data string with the appropriate header
#	and footer elements, with the correct format
#

use Carp;

my %fields = (                  # a hash (assosciative array)
  command    => undef,
  address    => undef,
  nbytes     => undef,
  dataString => undef,
  mode       => undef,
  timeout    => undef,
  size       => undef,
  GPIBhead   => 'c4d',
  GPIBtail   => '00zx',
);

#---------------------------------------------------------------- GPIBinstr::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = {
    _permitted => \%fields,    # _permitted is a reference to the hash of fields.
    %fields,
  };
  bless $self,$class;
  my ($a,$b,$c) = @_;
  $self->setCommand($a);
  $self->address($b);
  $self->setData($c);
  $self->GPIBhead('c4d');  # this is particular to dennis's box.
  $self->GPIBtail('00zx'); #   so is this.
  $self->setNbytes();  # number of bytes in instruction (const = 16 for reads).
  $self->mode(7);    # i am not sure what this means. this means GPIBwrite
  $self->timeout(10000);   # 10 second timeout.
  $self->size(0);    # size of bytes to read. (0 for gpibwrite).
  return $self;
}
#------------------------------------------------------------- GPIBinstr::copy
sub copy{
  my $self = shift;
  my ($inst) = @_; 
  $self->command($inst->command);
  $self->address($inst->address);
  $self->nbytes($inst->nbytes);
  $self->dataString($inst->dataString);
  $self->mode($inst->mode);
  $self->timeout($inst->timeout);
  $self->size($inst->size);
  $self->GPIBhead($inst->GPIBhead);
  $self->GPIBtail($inst->GPIBtail);
}
#------------------------------------------------------------- GPIBinstr::write
sub write{
  my $self = shift;
  printf "%s\t%04x\t%04x\t%s\t%04x\t%04x\n",
  $self->command,$self->address,$self->dataString,$self->mode,$self->timeout;
}
#-------------------------------------------------------------------- GPIBinstr::packline
sub packline{
  my $self = shift;
  my $len = length($self->dataString);
  my $TEMPLATE = "N4 A$len";         # server expects 4 numbers & string of $len chars.
  my $packline = pack ($TEMPLATE,$self->address,$self->mode,$self->timeout,
		       $self->size,$self->dataString);
  return $packline;
}
#-------------------------------------------------------------------- GPIBinstr::print
sub print{
  my $self = shift;
  printf "\n--------------------\n";
  printf "Command: %s\n",$self->command;
  printf "Nbytes:  %04x\n",$self->nbytes;
  printf "Address: %04x\n",$self->address;
  printf "Mode:    %04x\n",$self->mode;
  printf "Timeout: %04x\n",$self->timeout;
  printf "Size:    %04x\n",$self->size;
  printf "Data:    %s\n",$self->dataString;
#  printf "%04x\t%04x\t%04x\t%04x\n\n",$self->subrack,$self->address,$self->dataString,$self->readwrite;
  printf "--------------------\n\n";
}
#------------------------------------------------------------- GPIBinstr::setCommand
sub setCommand{
  my $self = shift;
  my ($arg) = @_;
  $self->command(join '',$arg,"\n");
}
#------------------------------------------------------------- GPIBinstr::setData
sub setData{
  my $self = shift;
  my ($arg) = @_;
  if (length($arg)==0){ $self->dataString("");}
  else {
    $self->dataString(join '',$self->GPIBhead,$arg,$self->GPIBtail);
  }
  $self->setNbytes();   # if data word changes, so does length.
}
#------------------------------------------------------------- GPIBinstr::setNbytes
sub setNbytes{
  my $self = shift;
  my ($len);
  $len = length($self->dataString)+16; 
  $self->nbytes($len);
}
#-------------------------------------------------------------------- GPIBinstr::AUTOLOAD
sub AUTOLOAD {
  my $self = shift;
  my $type = ref($self) ||  die "$self is not an object";
  my $name = $AUTOLOAD;
  $name =~ s/.*://;         # strip fully qualified portion.
  if (!(exists $self->{_permitted}->{$name} )) {
#    die "Can't access `$name' field in object of class $type \n";
  }
  if (@_) {
    return $self->{$name}=shift;
  } else {
    return $self->{$name};
  }
}
End of GPIBinstr.pm
echo RTFcard.pm 1>&2 
cat >RTFcard.pm << 'End of RTFcard.pm'
#! /usr/local/bin/perl 

package RTFcard; 
#
#		RTFcard.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  Control, DAC
#
#	Contains commands for setting and reading back the digital DACs and
#	controls on the RTF card.
#

require 5.002;
require ElecModule;

#use strict;
use GPIBbox;
use Control;
use DAC;

@ISA = qw( ElecModule );

my %fields = ( 
  box             => undef,
  module          => undef,
  data            => undef,
  address         => undef,
  jumpers         => undef,
  enable          => undef,
  filter          => undef,
  qlo		  => undef,
  qhi		  => undef,
  plo		  => undef,
  phi		  => undef,
  outfile         => undef,
  filename        => undef,
  Controls        => {},
  DACs            => {},
  scriptonly      => undef,
  class           => undef,
  Accumulate      => undef,
);
#
#                             Basic Functions
#
#--------------------------------------------------------------- RTFcard::new
sub new{
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = ElecModule->new($_[0],$_[1],$_[2]);
  $self->{_permitted} = \%fields;
  bless $self,$class;

  $self->class("RTFcard");

  $self->filter(new Control(15,"Qo","Qi","P1","P2","P3","P4"));
  $self->filter->setAllGroupSize(2);
  $self->filter->setData("0");
  $self->enable(new Control(14,"P4","P3","P2","P1","Qo","Qi"));
  $self->enable->setData("0");

  $self->qlo  (new DAC(1,12,0,10));
  $self->qhi  (new DAC(2,12,0,10));
  $self->plo  (new DAC(3,12,0,10));
  $self->phi  (new DAC(4,12,0,10));

  $self->{Controls}->{Enable}   = $self->enable;
  $self->{Controls}->{Filter}   = $self->filter;
  $self->{DACs}->{QLow}         = $self->qlo;
  $self->{DACs}->{QHigh}        = $self->qhi;
  $self->{DACs}->{PLow}         = $self->plo;
  $self->{DACs}->{PHigh}        = $self->phi;

  my %controls = %{$self->Controls};
  my %dacs = %{$self->DACs};

  foreach $key (sort keys %controls) {
      $controls{$key}->setData(0);
  }

  foreach $key (sort keys %dacs) {
      $dacs{$key}->setValue(0);
  }

  my $host = $self->box->host;
  my $module = $self->module;
  my $subrack = $self->box->subrack;
  
  if (($self->scriptonly) == 1) {
      $host = "script";
  }

  $self->filename("/tmp/$host-$class-$subrack-$module.out");
  $self->fromFile($self->filename);

  return $self;
}
#--------------------------------------------------------------- RTFCard::init
#help: init resets registers and DACs to power-up states
sub init { 
    my $self = shift;
    my $class = ref($self) || $self;
    my $module = $self->module;

    $self->Disable;
    $self->setFilter(0);
    $self->PHiDAC(0);
    $self->PLoDAC(0);
    $self->QHiDAC(0);
    $self->QLoDAC(0);

}
#--------------------------------------------------------------- RTFcard::Disable
#help: Disable(channel)  Disable channel, Channels are: "P1", "P2", "P3", "P4", "Qi", "Qo".  Use DisableP (DisableQ) to disable all phonon (charge) channels.
sub Disable {
  my $self = shift;
  my $i=0;
  my @name = @_;
  my $comment = "RTF Disable";
  $self->enable->fromFile($self->filename);
  for ($i=0;$i<=$#name;$i++){
    $self->enable->setGroup($name[$i],0);
    $comment = "$comment" . " $name[$i]";
  }
  if ($#name<0) {          # no arguments, so disable all channels
    $self->Disable("P1","P2","P3","P4","Qo","Qi");
  } else {
    $self->writeControl($self->enable,$comment);
  }
}
#--------------------------------------------------------------- RTFcard::DisableP
sub DisableP {
  my $self = shift;
  $self->Disable("P1","P2","P3","P4");
}
#--------------------------------------------------------------- RTFcard::DisableQ
sub DisableQ {
  my $self = shift;
  $self->Disable("Qi","Qo");
}
#--------------------------------------------------------------- RTFcard::Enable
#help: Enable(channel) Enable channel, Channels are: "P1", "P2", "P3", "P4", "Qi", "Qo".  Use EnableP (EnableQ) to enable all phonon (charge) channels.
sub Enable {
  my $self = shift;
  my $i=0;
  my @name = @_;
  my $comment = "RTF Enable ";
  $self->enable->fromFile($self->filename);
  for ($i=0;$i<=$#name;$i++){
    $self->enable->setGroup($name[$i],1);
    $comment = "$comment" . " $name[$i]";
  }
  if ($#name<0) {          # no arguments, so enable all channels
    $self->Enable("P1","P2","P3","P4","Qi","Qo");
  } else {
    $self->writeControl($self->enable,$comment);
  }
} 
#--------------------------------------------------------------- RTFcard::EnableP
sub EnableP {
  my $self = shift;
  $self->Enable("P1","P2","P3","P4");
}
#--------------------------------------------------------------- RTFcard::EnableQ
sub EnableQ {
  my $self = shift;
  $self->Enable("Qo","Qi")
}
#--------------------------------------------------------------- RTFcard::setFilter
#help: setFilter(channel,number) Channels are: "P1", "P2", "P3", "P4", "Qi", "Qo".  If channel is omitted, sets all filters to number.
sub setFilter {
  my $self = shift;
  if ($#_ == 1) {
      my ($name,$value) = @_;
      my $comment = "RTF Set Filter $name to $value";
      $self->filter->fromFile($self->filename);
      $self->filter->setGroup($name,$value);
      $self->writeControl($self->filter,$comment);
  } elsif ($#_ == 0) {
      my $value = $_[0];
      $self->setFilter("P1",$value);
      $self->setFilter("P2",$value);
      $self->setFilter("P3",$value);
      $self->setFilter("P4",$value);
      $self->setFilter("Qi",$value);
      $self->setFilter("Qo",$value);
  } else {
      print "setFilter called with wrong number of arguments.\n"
  }
} 
#
#                           Write the DAC's and Thresholds
#
#--------------------------------------------------------------- RTFcard::QLoThresh
#help: QLoThresh(volts) set the low Charge threshold to volts
sub QLoThresh {
  my $self = shift;
  my ($val) = @_;
  $val = 2*$val;
  $self->QLoDAC($val);
}
#--------------------------------------------------------------- RTFcard::QHiThresh
#help: QHiThresh(volts) set the high Charge threshold to volts
sub QHiThresh {
  my $self = shift;
  my ($val) = @_;
  $val = 2*$val;
  $self->QHiDAC($val);
}
#--------------------------------------------------------------- RTFcard::PLoThresh
#help: PLoThresh(volts) set the low Phonon threshold to volts
sub PLoThresh {
  my $self = shift;
  my ($val) = @_;
  $val = 2*$val;
  $self->PLoDAC($val);
}
#--------------------------------------------------------------- RTFcard::PHiThresh
#help: PHiThresh(volts) set the high Phonon threshold to volts
sub PHiThresh {
  my $self = shift;
  my ($val) = @_;
  $val = 2*$val;
  $self->PHiDAC($val);
}
#--------------------------------------------------------------- RTFcard::QLoDAC
#help: QLoDAC(volts) set the low Charge DAC output to volts
sub QLoDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "RTF QLoDAC to $val";
  $self->qlo->setValue($val);
  $self->writeControl($self->qlo,$comment);
}
#--------------------------------------------------------------- RTFcard::QHiDAC
#help: QHiDAC(volts) set the high Charge DAC output to volts
sub QHiDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "RTF QHiDAC to $val";
  $self->qhi->setValue($val);
  $self->writeControl($self->qhi,$comment);
}
#--------------------------------------------------------------- RTFcard::PLoDAC
#help: PLoDAC(volts) set the low Phonon DAC output to volts
sub PLoDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "RTF PLoDAC to $val";
  $self->plo->setValue($val);
  $self->writeControl($self->plo,$comment);
}
#--------------------------------------------------------------- RTFcard::PHiDAC
#help: PHiDAC(volts) set the high Phonon DAC output to volts
sub PHiDAC {
  my $self = shift;
  my ($val) = @_;
  my $comment = "RTF PHiDAC to $val";
  $self->phi->setValue($val);
  $self->writeControl($self->phi,$comment);
}
#




End of RTFcard.pm
echo Savescript.pm 1>&2 
cat >Savescript.pm << 'End of Savescript.pm'
#! /usr/local/bin/perl

package Savescript;
#
#		Savescript.pm
#
#	INHERITS FROM:  object
#	CONTAINS:  None
#
#	Includes 3 routines, all of which relate to creating a hex script through
#	rack.pl:  the first opens a file for writing, the second adds a single
#	line to the open script containing the formatted hex codes, and the third
#	routine closes the script.
#

require 5.002;
require object;

@ISA = qw( object );

my %fields = (
  filename     => undef,
  isOpen       => undef,
  class        => undef,
  subrack      => undef,
  module       => undef,
	      );
#
#
#-------------------------------------------------------------- Savescript::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = object->new;
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my(@Fld) = @_;
    split @Fld;
    $self->filename($Fld[0]);
    $self->isOpen(undef);
    return $self;
}
#-------------------------------------------------------------- Savescript::OpenFile
sub openFile {
    my $self = shift;
    my $answer = $_[0];
    my $class = $_[1];
    my $delfile = undef;
    if (($self->isOpen) eq "1") {
	$self->CloseFile();
    }
    if (-e $self->filename) {
	unless (defined($answer)) {
	   print "Please type \n1 if you wish to continue with existing ", 
	       $self->filename,",\n2 if you wish to overwrite existing ",
               $self->filename,",\nor 3 to cancel: ";
	   chomp($answer = <STDIN>);
	}
	if ($answer eq "1") {
	    $filename = $self->filename;
	} elsif ($answer eq "2") {
	    $delfile = $self->filename;
	    unlink("$delfile");
	    $filename = $self->filename;
	} else {
	    print "Cancelling Savescript now.\n";
	    return;
	}
    }
    $filename = $self->filename;
    open(OUTFILE,">>$filename") or die "Can't open $filename, $!\n";
    $self->isOpen("1");
}

#-------------------------------------------------------------- Savescript::AddLine
sub AddLine {
    my $self = shift;
    if ($#_ < 3) {
	die "AddLine called with too few arguments.\n";
    }
    if ($#_ > 5) {
	print "AddLine called with too many arguments.\n";
    }
    $_[0] =~ s/\s//g;
    $_[1] =~ s/\s//g;
    $_[2] =~ s/\s//g;
    my $subrack = hex($_[0]);
    $subrack = sprintf("%04x",$subrack);
    my $address = hex($_[1]);
    $address = sprintf("%04x",$address);
    my $data = hex($_[2]);
    $data = sprintf("%04x",$data);
    my $readwrite = $_[3];
    my $comment = $_[4];
    print OUTFILE "$subrack\t$address\t$data\t$readwrite\t\% $comment\n";
}
#-------------------------------------------------------------- Savescript::CloseFile
sub CloseFile {
    my $self = shift;
    if ($self->isOpen eq "1") {
	close(OUTFILE);
	$self->isOpen(undef);
    } else { 
	print "Nothing to close, no script is open.\n";
    }
}


End of Savescript.pm
echo ZIPcard.pm 1>&2 
cat >ZIPcard.pm << 'End of ZIPcard.pm'
#! /usr/local/bin/perl

package ZIPcard;
#
#		ZIPcard.pm
#
#	INHERITS FROM:  ElecModule
#	CONTAINS:  ZIPdriver, ZIPqbias, ZIPqet, ZIPsquid
#
#	Contains commands for setting and reading back the digital DACs and
#	controls on the ZIP card.
#

require 5.002;
require ElecModule;

use ZIPsquid;
use ZIPdriver;
use ZIPqbias;
use ZIPqet;

@ISA = qw( ElecModule );

my %fields = (
	      box          => undef,
	      module       => undef,
	      data         => undef,
	      address      => undef,
	      filename     => undef,
	      outfile      => undef,
	      scriptonly   => undef,
	      jumpers      => undef,
	      Controls     => {},
	      DACs         => {},
	      squid        => {},
	      driver       => undef,
	      qbias        => undef,
	      qet          => undef,
	      class        => undef,
	      Accumulate   => undef,
	      );
#
#                              Basic Functions
#
#----------------------------------------------------------------- ZIP::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = ElecModule->new($_[0],$_[1],$_[2]);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $host = $self->box->host;
    my $subrack = $self->box->subrack;
    my $module = $self->module;
    
    if (($self->scriptonly) == 1) {
	$host = "script";
    }

    $self->filename("/tmp/$host-$class-$subrack-$module.out");
    $self->class("ZIPcard");

    $self->{squid}->{a} = new ZIPsquid(10,$self->filename);
    $self->{squid}->{b} = new ZIPsquid(11,$self->filename);
    $self->{squid}->{c} = new ZIPsquid(12,$self->filename);
    $self->{squid}->{d} = new ZIPsquid(13,$self->filename);

    $self->driver(new ZIPdriver(6,$self->filename));
    $self->qet(new ZIPqet(14,$self->filename));
    $self->qbias(new ZIPqbias(3,$self->filename));

#       Set up complete hash Controls

    $self->{Controls}->{SquidAZapControl}  = $self->{squid}->{a}->zapper;

    $self->{Controls}->{SquidBZapControl}  = $self->{squid}->{b}->zapper;

    $self->{Controls}->{SquidCZapControl}  = $self->{squid}->{c}->zapper;

    $self->{Controls}->{SquidDZapControl}  = $self->{squid}->{d}->zapper;

    $self->{Controls}->{QBiasLED1}         = $self->qbias->firstLED;
    $self->{Controls}->{QBiasLED2}         = $self->qbias->secondLED;

    $self->{Controls}->{QETheater}         = $self->qet->heater;

    $self->{Controls}->{Gains1}            = $self->driver->gains1;
    $self->{Controls}->{Gains2}            = $self->driver->gains2;

#      Set up complete hash DACs

    $self->{DACs}->{SquidABias}       = $self->{squid}->{a}->bias;
    $self->{DACs}->{SquidAGain}       = $self->{squid}->{a}->gain;
    $self->{DACs}->{SquidAOffset}     = $self->{squid}->{a}->offset;

    $self->{DACs}->{SquidBBias}       = $self->{squid}->{b}->bias;
    $self->{DACs}->{SquidBGain}       = $self->{squid}->{b}->gain;
    $self->{DACs}->{SquidBOffset}     = $self->{squid}->{b}->offset;

    $self->{DACs}->{SquidCBias}       = $self->{squid}->{c}->bias;
    $self->{DACs}->{SquidCGain}       = $self->{squid}->{c}->gain;
    $self->{DACs}->{SquidCOffset}     = $self->{squid}->{c}->offset;

    $self->{DACs}->{SquidDBias}       = $self->{squid}->{d}->bias;
    $self->{DACs}->{SquidDGain}       = $self->{squid}->{d}->gain;
    $self->{DACs}->{SquidDOffset}     = $self->{squid}->{d}->offset;

    $self->{DACs}->{QinBias}          = $self->qbias->Qibias;
    $self->{DACs}->{QoutBias}         = $self->qbias->Qobias;
    $self->{DACs}->{LED1Bias}         = $self->qbias->LED1bias;
    $self->{DACs}->{LED2Bias}         = $self->qbias->LED2bias;

    $self->{DACs}->{QETBiasA}         = $self->qet->{bias}->{a};
    $self->{DACs}->{QETBiasB}         = $self->qet->{bias}->{b};
    $self->{DACs}->{QETBiasC}         = $self->qet->{bias}->{c};
    $self->{DACs}->{QETBiasD}         = $self->qet->{bias}->{d};

    $self->{DACs}->{Offset0}          = $self->driver->{offset}->[0];
    $self->{DACs}->{Offset1}          = $self->driver->{offset}->[1];
    $self->{DACs}->{Offset2}          = $self->driver->{offset}->[2];
    $self->{DACs}->{Offset3}          = $self->driver->{offset}->[3];
    $self->{DACs}->{Offset4}          = $self->driver->{offset}->[4];
    $self->{DACs}->{Offset5}          = $self->driver->{offset}->[5];

#          Persistence loadup

    $self->fromFile($self->filename);

    return $self;
}
#----------------------------------------------------------------- ZIP::init
#help: init(void) resets memory to startup state of card
sub init {
    my $self = shift;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    foreach $key (sort keys %controls) {
	$controls{$key}->setData(0);
    }
    foreach $key (sort keys %dacs) {
	$dacs{$key}->setValue(0);
    }
    $self->toFile($self->filename);
}
#----------------------------------------------------------------- ZIP::printSQUID
#help: printSQUID(channel) prints information about squid channel section
sub printSQUID {
    my $self = shift;
    my @channels = @_;
    $self->fromFile($self->filename);
    if ($#_ <0) {
	@channels = (a,b,c,d);
    }
    my $i = 0;
    for ($i=0;$i<=$#channels;$i++) {
	$self->{squid}->{$channels[$i]}->print($channels[$i]);
    }
}
#----------------------------------------------------------------- ZIP::printQET
#help: printQET(void) prints information about qet section
sub printQET {
    my $self = shift;
    $self->fromFile($self->filename);
    $self->qet->print;
}
#----------------------------------------------------------------- ZIP::printQBias
#help: printQBias(void) prints information about qbias section
sub printQBias {
    my $self = shift;
    $self->fromFile($self->filename);
    $self->qbias->print;
}
#----------------------------------------------------------------- ZIP::printDriver
#help: printDriver(void) prints information about driver section
sub printDriver {
    my $self = shift;
    $self->fromFile($self->filename);
    $self->driver->print;
}
#
#                              Squid Control Registers
#
#----------------------------------------------------------------- ZIP::openfb
#help: openfb(channel) sets squid on channel to calibration mode. If channel is omitted, sets all channels
sub openfb {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    } 
    for ($i=0;$i<=$#channel;$i++) {
	 $comment = "ZIP Squid $channel[$i] open feedback";
#	 if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	 } else {
	     $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	 }
	 $self->{squid}->{$channel[$i]}->zapper->setGroup("cal",$val);
	 $self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
     }
}
#----------------------------------------------------------------- ZIP::closefb
#help: closefb(channel) sets squid on channel to measure mode. If channel is omitted, sets all channels
sub closefb {
    my $self = shift;
    my @channel = undef;
    my $val = 0;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    } 
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid $channel[$i] close feedback";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	     $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("cal",$val);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::SynchZapMode
#help: SynchZapMode(channel) sets squid on channel to synchronous mode. If channel is omitted, sets all channels
sub SynchZapMode {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid $channel[$i] synch mode";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("mode",$val);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::ASynchZapMode
#help: ASynchZapMode(channel) sets squid on channel to asynchronous mode. If channel is omitted, sets all channels
sub ASynchZapMode {
    my $self = shift;
    my @channel = undef;
    my $val = 0;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid $channel[$i] asynch mode";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("mode",$val);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::ZapWidthIndex
sub ZapWidthIndex {
    my $self = shift;
    my $channel = undef;
    my $index = undef;
    if ($#_ == 0) {
	$index = $_[0];
	$self->ZapWidthIndex("a",$index);
	$self->ZapWidthIndex("b",$index);
	$self->ZapWidthIndex("c",$index);
	$self->ZapWidthIndex("d",$index);
	return;
    } elsif ($#_ == 1) {
	$channel = $_[0];
	$index = $_[1];
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    my $unit = 100;                               # unit of width
    my $val = $unit * ($index + 1);
    my $comment = "ZIP Squid $channel width bits to $index, value to $val";
#    if (($self->scriptonly) != 1) {
#	 $self->readSQUIDZapper($channel[$i]);
#    } else {
	$self->{squid}->{$channel}->zapper->fromFile($self->filename);
#    }
    $self->{squid}->{$channel}->zapper->setGroup("zapwidth",$index);
    $self->writeControl($self->{squid}->{$channel}->zapper,$comment);
}    
#----------------------------------------------------------------- ZIP::ZapWidth
#help: ZapWidth(channel,value) sets width for ZAP on channel to nearest possible width that is smaller than input value (in units of ms). If channel is omitted, sets all channels
sub ZapWidth {
    my $self = shift;
    my $channel = undef;
    my $index = undef;
    my $unit = 100;                          #set units of width
    my $val = undef;
    if ($#_ == 0) {
	$val = $_[0];
	$self->ZapWidth("a",$val);
	$self->ZapWidth("b",$val);
	$self->ZapWidth("c",$val);
	$self->ZapWidth("d",$val);
	return;
    } elsif ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    $index = (int($val/$unit) - 1);
    if ($index > 15) {
	print "Max value is 1600 ms, setting to that\n";
	$index = 15;
    } elsif ($index < 0) {
	print "Min value is 100 ms, setting to that\n";
	$index = 0;
    }
    $self->ZapWidthIndex($channel,$index);
}
#----------------------------------------------------------------- ZIP::armZapSQUID
#help: armZapSQUID(channel) arms squid on channel. If channel is omitted, arms all channels
sub armZapSQUID {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    } 
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid arm $channel[$i]";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("armzap",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("armed",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("disarm",0);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::disarmZapSQUID
#help: disarmZapSQUID(channel) disarms squid on channel. If channel is omitted, disarms all channels
sub disarmZapSQUID {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid disarm $channel[$i]";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("disarm",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("armzap",0);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("armed",0);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::Zeroarm
#help: Zeroarm(channel) zeros both arm and disarm bits on Squid channel
sub Zeroarm {
    my $self = shift;
    my @channel = undef;
    my $val = 0;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid zeroarm $channel[$i]";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {	
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("disarm",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("armzap",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("armed",$val);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::armed
#help: armed(channel) reads zapper CSR and tells whether the ZAP is armed; updates variables.  If channel is omitted, checks all channels.  Will accept more than one channel.
sub armed {
    my $self = shift;
    my @channel = undef;
    my $val = undef;
    my $comment = undef;
    my @bits = undef;
    my $test = undef;
    if ($#_ == -1) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid $channel[$i] armed";
	$self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
	$bits[$i] = $self->readControl($self->{squid}->{$channel[$i]}->zapper,
				       $comment);
	$self->{squid}->{$channel[$i]}->zapper->setData($bits[$i]);
	$bits[$i] =~ s/ //;
	$test = hex($bits[$i]) & 256;
	if ($test > 0) {
	    print "ZAP on channel $channel[$i] armed\n";
	} else {
	    print "ZAP on channel $channel[$i] disarmed\n";
	}
    }
}
#----------------------------------------------------------------- ZIP::polposSQUID
#help: polposSQUID(channel) puts squid on channel to positive polarity. If channel is omitted, does so for all channels
sub polposSQUID {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid polarity on $channel[$i] to positive";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("pola",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("polb",0);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::polnegSQUID
#help: polnegSQUID(channel) puts squid on channel to negative polarity. If channel is omitted, does so for all channels
sub polnegSQUID {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    } 
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid polarity on $channel[$i] to negative";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("polb",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("pola",0);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::Zeropol
#help Zeropol(channel) zeros both polarity bits on Squid channel
sub Zeropol {
    my $self = shift;
    my @channel = undef;
    my $val = 0;
    my $comment = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    } 
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP Squid zero polarity on $channel[$i]";
#	if (($self->scriptonly) != 1) {
#	     $self->readSQUIDZapper($channel[$i]);
#	} else {
	    $self->{squid}->{$channel[$i]}->zapper->fromFile($self->filename);
#	}
	$self->{squid}->{$channel[$i]}->zapper->setGroup("polb",$val);
	$self->{squid}->{$channel[$i]}->zapper->setGroup("pola",$val);
	$self->writeControl($self->{squid}->{$channel[$i]}->zapper,$comment);
    }
}
#----------------------------------------------------------------- ZIP::ZapVolt
#help: ZapVolt(channel,voltage) sets voltage on channel ZAP.  If channel is omitted, sets all channels.  Possible voltages are 0, 1.25, 2.5, 3.75 sets to closest lower value
sub ZapVolt {
    my $self = shift;
    my $val = undef;
    my $channel = undef;
    my $newindex;
    my @volts = (0,1.25,2.5,3.75);
    if ($#_ == 0) {
	$val = $_[0];
	$self->ZapVolt("a",$val);
	$self->ZapVolt("b",$val);
	$self->ZapVolt("c",$val);
	$self->ZapVolt("d",$val);
	return;
    } elsif ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    for ($i=0;$i<=$#volts;$i++) {
	if ($val>=$volts[$i]) {
	    $newindex = $i;
	}
    }
    $self->ZapVoltIndex($channel,$newindex);
}
#----------------------------------------------------------------- ZIP::ZapVoltIndex
sub ZapVoltIndex {
    my $self = shift;
    my $index = undef;
    my $channel = undef;
    my @volts = (0,1.25,2.5,3.75);
    if ($#_ == 0) {
	$index = $_[0];
	$self->ZapVoltIndex("a",$index);
	$self->ZapVoltIndex("b",$index);
	$self->ZapVoltIndex("c",$index);
	$self->ZapVoltIndex("d",$index);
	return;
    } elsif ($#_ == 1) {
	$channel = $_[0];
	$index = $_[1];
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    my $comment = "ZIP set ZAP voltage on channel $channel to $volts[$index]";
#    if (($self->scriptonly) != 1) {
#	$self->readSQUIDZapper($channel[$i]);
#    } else {
	$self->{squid}->{$channel}->zapper->fromFile($self->filename);
#    }
    $self->{squid}->{$channel}->zapper->setGroup("zapvoltage",$index);
    $self->writeControl($self->{squid}->{$channel}->zapper,$comment);
}
#----------------------------------------------------------------- ZIP::readSQUIDZapper
#help: readSQUIDZapper(channel) reads the Zapper CSR on squid channel
sub readSQUIDZapper {
    my $self = shift;
    my @channel = undef;
    my $comment = undef;
    my $bits = undef;
    my $ret = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP read Squid Zapper $channel[$i]";
	$bits = $self->readControl($self->{squid}->{$channel[$i]}->zapper,
				   $comment);
	$self->{squid}->{$channel[$i]}->zapper->setData($bits);
	$ret = $i;
    }
    $self->toFile($self->filename);
    return $self->{squid}->{$channel[$ret]}->zapper->data;
}
#----------------------------------------------------------------- ZIP::readSQUID
#help: readSQUID(channel) reads all DACs and CSRsfor squid channel.  If channel is omitted, reads all channels.
sub readSQUID {
    my $self = shift;
    my @channel = undef;
    if ($#_ >= 0) {
	@channel = @_;
    } else {
	@channel = ("a","b","c","d");
    }
    $self->readSQUIDZapper(@channel);
    $self->readSQUIDDAC(@channel);
}
#
#                              Squid DACs
#
#----------------------------------------------------------------- ZIP::setSQUIDbias
#help: setSQUIDbias(channel,value) sets bias on squid channel to value in volts.  If channel is omitted, sets all four channels.  Channels are "a","b","c","d".
sub setSQUIDbias {
    my $self = shift;
    my $channel = 0;
    my $val = 0;
    if ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } elsif ($#_ == 0) {
	$val = $_[0];
	$self->setSQUIDbias("a",$val);
	$self->setSQUIDbias("b",$val);
	$self->setSQUIDbias("c",$val);
	$self->setSQUIDbias("d",$val);
	return;
    }
    my $comment = "ZIP set squid $channel bias to $val";
    $self->{squid}->{$channel}->bias->setValue($val);
    $self->writeControl($self->{squid}->{$channel}->bias,$comment);
}
#----------------------------------------------------------------- ZIP::setSQUIDolgain
#help: setSQUIDolgain(channel,value) sets gain on squid channel to value in volts.  If channel is omitted, sets all four channels.  Channels are "a","b","c","d".
sub setSQUIDolgain {
    my $self = shift;
    my $channel = 0;
    my $val = 0;
    if ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } elsif ($#_ == 0) {
	$val = $_[0];
	$self->setSQUIDolgain("a",$val);
	$self->setSQUIDolgain("b",$val);
	$self->setSQUIDolgain("c",$val);
	$self->setSQUIDolgain("d",$val);
	return;
    }
    my $comment = "ZIP set squid $channel olgain to $val";
    $self->{squid}->{$channel}->gain->setValue($val);
    $self->writeControl($self->{squid}->{$channel}->gain,$comment);
}
#----------------------------------------------------------------- ZIP::setLockPoint
#help: setLockPoint(channel,value) sets offset on squid channel to value in volts.  If channel is omitted, sets all four channels.  Channels are "a","b","c","d".
sub setLockPoint {
    my $self = shift;
    my $channel = 0;
    my $val = 0;
    if ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } elsif ($#_ == 0) {
	$val = $_[0];
	$self->setLockPoint("a",$val);
	$self->setLockPoint("b",$val);
	$self->setLockPoint("c",$val);
	$self->setLockPoint("d",$val);
	return;
    }
    my $comment = "ZIP set squid $channel lock point to $val";
    $self->{squid}->{$channel}->offset->setValue($val);
    $self->writeControl($self->{squid}->{$channel}->offset,$comment);
}
#----------------------------------------------------------------- ZIP::readSQUIDbias
#help: readSQUIDbias(channel) reads bias on squid channel.  If channel is omitted, reads all four channels.  Channels are "a","b","c","d".
sub readSQUIDbias {
    my $self = shift;
    my @channel = 0;
    my $comment = undef;
    my $bits = undef;
    my $value = undef;
    my $ret = undef;
    if ($#_ >= 0) {
	@channel = @_;
    } else {
	@channel = ("a","b","c","d");
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP read squid $channel[$i] bias";
	$bits = $self->readControl($self->{squid}->{$channel[$i]}->bias,
				   $comment);
	$self->{squid}->{$channel[$i]}->bias->setData($bits);
	$self->toFile($self->filename);
	$ret = $i;
    }
    return $self->{squid}->{$channel[$ret]}->bias->value;
}
#----------------------------------------------------------------- ZIP::readSQUIDolgain
#help: readSQUIDolgain(channel) reads gain on squid channel.  If channel is omitted, reads all four channels.  Channels are "a","b","c","d".
sub readSQUIDolgain {
    my $self = shift;
    my @channel = undef;
    my $comment = undef;
    my $bits = undef;
    my $ret = undef;
    if ($#_ >= 0) {
	@channel = @_;
    } else {
	@channel = ("a","b","c","d");
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP read squid $channel[$i] olgain";
	$bits = $self->readControl($self->{squid}->{$channel[$i]}->gain,
				      $comment);
	$self->{squid}->{$channel[$i]}->gain->setData($bits);
	$self->toFile($self->filename);
	$ret = $i;
    }
    return $self->{squid}->{$channel[$ret]}->gain->value;
}
#----------------------------------------------------------------- ZIP::readLockPoint
#help: readLockPoint(channel) reads offset on squid channel.  If channel is omitted, reads all four channels.  Channels are "a","b","c","d".
sub readLockPoint {
    my $self = shift;
    my @channel = undef;
    my $comment = undef;
    my $bits = undef;
    my $ret = undef;
    if ($#_ >= 0) {
	@channel = @_;
    } else {
	@channel = ("a","b","c","d");
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP read squid $channel[$i] lock point";
	$bits = $self->readControl($self->{squid}->{$channel[$i]}->offset,
				   $comment);
	$self->{squid}->{$channel[$i]}->offset->setData($bits);
	$self->toFile($self->filename);
	$ret = $i;
    }
    return $self->{squid}->{$channel[$ret]}->offset->value;
}
#----------------------------------------------------------------- ZIP::readSQUIDDAC
#help: readSQUIDDAC(channel) reads all DACs for squid channel.  If channel is omitted, reads all channels.
sub readSQUIDDAC {
    my $self = shift;
    my @channel = undef;
    if ($#_ >= 0) {
	@channel = @_;
    } else {
	@channel = ("a","b","c","d");
    }
    $self->readSQUIDbias(@channel);
    $self->readSQUIDolgain(@channel);
    $self->readLockPoint(@channel);
}    
#
#                              QET Control Registers
#
#----------------------------------------------------------------- ZIP::IVMode
#help: IVMode(channel) set PHi channel to calibration mode.  If channel is omitted sets all channels to calibrate
sub IVMode {
    my $self = shift;
    my @channel = undef;
    my $val = 1;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    my $comment = "ZIP IV mode on";
    $self->qet->heater->fromFile($self->filename);
    for ($i=0;$i<=$#channel;$i++) {
	$comment = $comment . " $channel[$i]";
	$self->qet->heater->setGroup("phical$channel[$i]",$val);
    }
    $self->writeControl($self->qet->heater,$comment);
}
#----------------------------------------------------------------- ZIP::BiasMode
#help: BiasMode(channel) set PHi channel to measure mode.  If channel is omitted sets all channels to measure
sub BiasMode {
    my $self = shift;
    my @channel = undef;
    my $val = 0;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    my $comment = "ZIP bias mode on"; 
    $self->qet->heater->fromFile($self->filename);
    for ($i=0;$i<=$#channel;$i++) {
	$comment = $comment . " $channel[$i]";
	$self->qet->heater->setGroup("phical$channel[$i]",$val);
    }
    $self->writeControl($self->qet->heater,$comment);
}
#----------------------------------------------------------------- ZIP::EnableHeat
#help: EnableHeat(channels) enables heater channel. Channels are "a","b","c","d".  If channel is omitted, enables all heaters.
sub EnableHeat {
    my $self = shift;
    my @name = @_;
    my $val = 1;
    my $comment = "ZIP Enable Heater ";
    if ($#_ < 0) {
	@name = (a,b,c,d);
    } 
    $self->qet->heater->fromFile($self->filename);
    for ($i=0;$i<=$#name;$i++) {
	$self->qet->heater->setGroup("enableheat$name[$i]",$val);
	$comment = "$comment" . " $name[$i]";
    }
    $self->writeControl($self->qet->heater,$comment);
}
#----------------------------------------------------------------- ZIP::DisableHeat
#help: DisableHeat(channels) disables heater channel. Channels are "a","b","c","d".  If channel is omitted, disables all heaters.
sub DisableHeat {
    my $self = shift;
    my @name = @_;
    my $val = 0;
    my $comment = "ZIP Disable Heater ";
    if ($#_ < 0) {
	@name = (a,b,c,d);
    } 
    $self->qet->heater->fromFile($self->filename);
    for ($i=0;$i<=$#name;$i++) {
	$self->qet->heater->setGroup("enableheat$name[$i]",$val);
	$comment = "$comment" . " $name[$i]";
    }
    $self->writeControl($self->qet->heater,$comment);
}
#----------------------------------------------------------------- ZIP::HeaterWidthIndex
sub HeaterWidthIndex {
    my $self = shift;
    my $index = $_[0];
    my $unit = 100;                           # units for heater width
    my $width = ($index + 1)* $unit;
    my $comment = "ZIP Heater index to $index, width to $width";
    $self->qet->heater->fromFile($self->filename);
    $self->qet->heater->setGroup("heatwidth",$index);
    $self->writeControl($self->qet->heater,$comment);
}
#----------------------------------------------------------------- ZIP::HeaterWidth
#help: HeaterWidth(width) sets qet heater width to nearest possible value to width that is less than input value
sub HeaterWidth {
    my $self = shift;
    my $width = $_[0];
    my $unit = 100;                           # units for heater width
    my $index = (int($width/$unit) - 1);
    if ($index > 15) {
	print "Max heater width is 1600 ms, setting to that\n";
	$index = 15;
    } elsif ($index < 0) {
	print "Min heater width is 100 ms, setting to that\n";
	$index = 0;
    }
    $self->HeaterWidthIndex($index);
}
#----------------------------------------------------------------- ZIP::readHeater
#help: readHeater(void) reads back CSR on QET section and updates memory
sub readHeater {
    my $self = shift;
    my $bits = undef;
    my $comment = "ZIP read heater CSR";
    $bits = $self->readControl($self->qet->heater,$comment);
    $self->qet->heater->setData($bits);
    $self->toFile($self->filename);
    return $self->qet->heater->data;
}
#----------------------------------------------------------------- ZIP::readQET
#help: readQET(void) reads back CSR and DACs on QET section and updates memory
sub readQET {
    my $self = shift;
    $self->readHeater;
    $self->readQETBias;
}
#
#                              QET DACs
#
#----------------------------------------------------------------- ZIP::setQETBias
#help: setQETBias(channel,value) sets bias on QET channel to value in volts.  If channel is omitted, sets all four channels.  Channels are "a","b","c","d".
sub setQETBias {
    my $self = shift;
    my $channel = 0;
    my $val = 0;
    if ($#_ == 1) {
	$channel = $_[0];
	$val = $_[1];
    } elsif ($#_ == 0) {
	$val = $_[0];
	$self->setQETBias("a",$val);
	$self->setQETBias("b",$val);
	$self->setQETBias("c",$val);
	$self->setQETBias("d",$val);
	return;
    }
    my $comment = "ZIP set QET $channel bias to $val";
    $self->qet->{bias}->{$channel}->setValue($val);
    $self->writeControl($self->qet->{bias}->{$channel},$comment);
}
#----------------------------------------------------------------- ZIP::readQETBias
#help: readQETBias(channel) reads bias on QET channel.  If channel is omitted, reads all four channels.  Channels are "a","b","c","d".
sub readQETBias {
    my $self = shift;
    my @channel = undef;
    my $comment = undef;
    my $bits = undef;
    my $ret = undef;
    if ($#_ < 0) {
	@channel = (a,b,c,d);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	$comment = "ZIP read QET $channel[$i] bias";
	$bits = $self->readControl($self->qet->{bias}->{$channel[$i]},
				  $comment);
	$self->qet->{bias}->{$channel[$i]}->setData($bits);
	$ret = $i;
    }
    $self->toFile($self->filename);
    return $self->qet->{bias}->{$channel[$ret]}->value;
}
#
#                              QBias Control Registers
#
#----------------------------------------------------------------- ZIP::LEDOn
#help: LEDOn(LEDnumber,value) turns LEDnumber on if value = 1.  LEDnumber = 3 turns both to value.  If value is omitted, defaults to on.
sub LEDOn {
    my $self = shift;
    my $number = undef;
    my $val = undef;
    my $comment = undef;
    if ($#_ == 1) {
	($number,$val) = @_;
    } elsif ($#_ == 0) {
	$number = $_[0];
	$val = 1;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDOn(1,$val);
	$self->LEDOn(2,$val);
	return;
    }
    if ($val == 1) {
	$comment = "ZIP LED$number On";
    } else {
	$comment = "ZIP LED$number Off";
    }
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("led${number}on",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDOff
#help: LEDOff(number) turns LEDnumber off.  If number = 3, turns both off.
sub LEDOff {
    my $self = shift;
    my $number = 0;
    if ($#_ > -1) {
	$number = $_[0];
	$self->LEDOn($number,0);
    } else {
	$self->LEDOn(3,0);
    }
}
#----------------------------------------------------------------- ZIP::LEDWidthIndex
sub LEDWidthIndex {
    my $self = shift;
    my $index = undef;
    my $number = undef;
    my $comment = undef;
    my $unit = 100;                           # units for width
    if ($#_ == 0) {
	$index = $_[0];
	$self->LEDWidthIndex(1,$index);
	$self->LEDWidthIndex(2,$index);
	return;
    } elsif ($#_ == 1) {
	($number,$index) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDWidthIndex(1,$index);
	$self->LEDWidthIndex(2,$index);
	return;
    }
    $comment = "ZIP LED$number width bits to $index";
    $self->qbias->secondLED->fromFile($self->filename);
    $self->qbias->secondLED->setGroup("led${number}width",$index);
    $self->writeControl($self->qbias->secondLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDWidth
#help: LEDWidth(number,width) sets LEDnumber width to closest possible value of width, less than input value.  If number = 3, sets both LEDs to index
sub LEDWidth {
    my $self = shift;
    my $index = undef;
    my $number = width;
    my $unit = undef;                           #units for width
    my $width = undef;
    if ($#_ == 0) {
	$width = $_[0];
	$self->LEDWidth(3,$width);
	return;
    } elsif ($#_ == 1) {
	($number,$width) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($width >= 200) {
	$unit = 200;
	$self->LEDLongPulse($number);
	$index = (int($width/$unit) - 1);
    } else {
	$unit = 5;
	$self->LEDShortPulse($number);
	$index = (int($width/$unit) - 1);
    }
    if ($index > 15) {
	print "Exceeded max index, setting to index 15\n";
	$index = 15;
    } elsif ($index < 0) {
	print "Below min index, setting to index 0\n";
	$index = 0;
    }
    $self->LEDWidthIndex($number,$index);

}
#----------------------------------------------------------------- ZIP::LEDPeriodIndex
sub LEDPeriodIndex {
    my $self = shift;
    my $rate = undef;
    my $index = undef;
    my $number = undef;
    my $comment = undef;
    my $unit = 100;
    if ($#_ == 0) {
	$index = $_[0];
	$self->LEDPeriodIndex(3,$index);
	return;
    } elsif ($#_ == 1) {
	($number,$index) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDPeriodIndex(1,$index);
	$self->LEDPeriodIndex(2,$index);
	return;
    }
    $rate = ($index + 1) * $unit;
    $comment = "ZIP LED$number rate to $rate, bits to $index";
    $self->qbias->secondLED->fromFile($self->filename);
    $self->qbias->secondLED->setGroup("led${number}rate",$index);
    $self->writeControl($self->qbias->secondLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDPeriod
#help: LEDPeriod(number,period) sets LEDnumber rate to closest possible period, less than input value.  If number = 3, sets both LEDs to period
sub LEDPeriod {
    my $self = shift;
    my $index = undef;
    my $number = undef;;
    my $unit = 100;                           # units for period
    my $rate = undef;
    if ($#_ == 0) {
	$rate = $_[0];
	$self->LEDPeriod(3,$rate);
	return;
    } elsif ($#_ == 1) {
	($number,$rate) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    $index = (int($rate/$unit) - 1);
    if ($index > 15) {
	print "Max rate is 1600 ms, setting to that\n";
	$index = 15;
    } elsif ($index <0) {
	print "Min rate is 100 ms, setting to that\n";
	$index = 0;
    }
    $self->LEDPeriodIndex($number,$index);

}
#----------------------------------------------------------------- ZIP::gndQI
#help: gndQI(state=1) ground/unground Qi bias (state=1 grounds it)
sub gndQI {
    my $self = shift;
    my $val = undef;
    my $comment = undef;
    $val = 1;
    if ($#_>-1) {
	($val) = @_;
    }
    if ($val == 1) {
	$comment = "ZIP ground Vi bias";
    } else {
	$comment = "ZIP unground Vi bias";
    }
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("qinbias",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::gndQO
#help: gndQO(state=1) ground/unground Qo bias (state=1 grounds it)
sub gndQO {
    my $self = shift;
    my $val = undef;
    my $comment = undef;
    $val = 1;
    if ($#_>-1) {
	($val) = @_;
    }
    if ($val == 1) {
	$comment = "ZIP ground Vo bias";
    } else {
	$comment = "ZIP unground Vo bias";
    }
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("qoutbias",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDShortPulse
#help: LEDShortPulse(number,value) sets LEDnumber to 0 = short, 1 = long.  If number = 3, sets both LEDs to value. If value is omitted, sets to short
sub LEDShortPulse {
    my $self = shift;
    my $val = undef;
    my $number = undef;
    my $comment = undef;
    if ($#_ == 0) {
	($number) = @_;
	$val = 0;
    } elsif ($#_ == 1) {
	($number,$val) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDShortPulse(1,$val);
	$self->LEDShortPulse(2,$val);
	return;
    }
    if ($val == 1) {
	$comment = "ZIP LED$number long";
    } elsif ($val == 0) {
	$comment = "ZIP LED$number short";
    }
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("led${number}long",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDLongPulse
#help: LEDLongPulse(number) sets LEDnumber to long.  If number = 3, sets both to long
sub LEDLongPulse {
    my $self = shift;
    my $number = 0;
    if ($#_ > -1) {
	$number = $_[0];
	$self->LEDShortPulse($number,1);
    } else {
	$self->LEDShortPulse(3,1);
    }
}
#----------------------------------------------------------------- ZIP::LEDRepMode
#help: LEDRepMode(number) sets LEDnumber to repetitive mode.  If number = 3, sets both LEDs to rep.
sub LEDRepMode {
    my $self = shift;
    my $val = 1;
    my $number = $_[0];
    my $comment = undef;
    if ($number == 3) {
	$self->LEDRepMode(1);
	$self->LEDRepMode(2);
	return;
    }
    $comment = "ZIP LED$number to repetitive mode";
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("led${number}rep",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDSingleMode
#help: LEDSingleMode(number) sets LEDnumber to single fire mode.  If number = 3, sets both to single
sub LEDSingleMode {
    my $self = shift;
    my $number = $_[0];
    my $val = 0;
    my $comment = undef;
    if ($number == 3) {
	$self->LEDSingleMode(1);
	$self->LEDSingleMode(2);
	return;
    }
    $comment = "ZIP LED$number to single mode";
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("led${number}rep",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDPulseMode
#help: LEDPulseMode(number,value) sets LEDnumber to 0 = pulse, 1 = cont.  If number = 3, sets both LEDs to value. If value is omitted, sets to short
sub LEDPulseMode {
    my $self = shift;
    my $val = undef;
    my $number = undef;
    my $comment = undef;
    if ($#_ == 0) {
	($number) = @_;
	$val = 0;
    } elsif ($#_ == 1) {
	($number,$val) = @_;
    } else {
	print "Incorrect number of arguments\n";
	return;
    }
    if ($number == 3) {
	$self->LEDPulseMode(1,$val);
	$self->LEDPulseMode(2,$val);
	return;
    }
    if ($val == 1) {
	$comment = "ZIP LED$number continuous";
    } elsif ($val == 0) {
	$comment = "ZIP LED$number pulse";
    }
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("led${number}cont",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::LEDContMode
#help: LEDContMode(number) sets LEDnumber to continuous.  If number = 3, sets both to long
sub LEDContMode {
    my $self = shift;
    my $number = 0;
    if ($#_ > -1) {
	$number = $_[0];
	$self->LEDPulseMode($number,1);
    } else {
	$self->LEDPulseMode(3,1);
    }
}
#----------------------------------------------------------------- ZIP::LEDFire
#help: LEDFire(number) fires LEDnumber, and then resets CSR bit.  If number = 3, fires both LEDs to value.
sub LEDFire {
    my $self = shift;
    my $val = 1;
    my $number = $_[0];
    my $comment = undef;
    if ($number == 3) {
	$self->LEDFire(1);
	$self->LEDFire(2);
	return;
    }
    $comment = "Checking if in single fire mode";
    my $bits = undef;
    $bits = $self->readControl($self->qbias->firstLED,$comment);
    $bits =~ s/ //;
    my @test = undef;
    $test[1] = hex($bits) & 4;
    $test[2] = hex($bits) & 64;
    if ($test[$number] != 0) {
	print "LED $number needs to be in single fire mode\n";
	return;
    }
    $comment = "ZIP fire LED$number";
    $self->qbias->firstLED->fromFile($self->filename);
    $self->qbias->firstLED->setGroup("led${number}single",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
    $val = 0;
    $self->qbias->firstLED->setGroup("led${number}single",$val);
    $self->writeControl($self->qbias->firstLED,$comment);
}
#----------------------------------------------------------------- ZIP::readLEDModeStatus
#help: readLEDModeStatus(void) reads back first CSR on QBias section
sub readLEDModeStatus {
    my $self = shift;
    my $bits = undef;
    my $comment = "ZIP read first LED CSR";
    $bits = $self->readControl($self->qbias->firstLED,$comment);
    $self->qbias->firstLED->setData($bits);
    $self->toFile($self->filename);
    return $self->qbias->firstLED->data;
}
#----------------------------------------------------------------- ZIP::readLEDWPStatus
#help: readLEDWPStatus(void) reads back first CSR on QBias section
sub readLEDWPStatus {
    my $self = shift;
    my $bits = undef;
    my $comment = "ZIP read second LED CSR";
    $bits = $self->readControl($self->qbias->secondLED,$comment);
    $self->qbias->secondLED->setData($bits);
    $self->toFile($self->filename);
    return $self->qbias->secondLED->data;
}
#----------------------------------------------------------------- ZIP::readQBiasCSR
#help: readQBiasCSR(void) reads back CSRs on QBias section
sub readQBiasCSR {
    my $self = shift;
    $self->readLEDModeStatus;
    $self->readLEDWPStatus;
}
#----------------------------------------------------------------- ZIP::readQBias
#help: readQBias(void) reads back CSRs and DACs on QBias section
sub readQBias {
    my $self = shift;
    $self->readQBiasCSR;
    $self->readQBiasDAC;
}
#
#                              QBias DACs
#
#----------------------------------------------------------------- ZIP::setQIDAC
#help: setQIDAC(value) sets Qinner DAC to value in volts
sub setQIDAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "ZIP set Qinner DAC to $val";
    $self->qbias->Qibias->setValue($val);
    $self->writeControl($self->qbias->Qibias,$comment);
}
#----------------------------------------------------------------- ZIP::setQODAC
#help: setQODAC(value) sets Qouter DAC to value in volts
sub setQODAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "ZIP set Qouter DAC to $val";
    $self->qbias->Qobias->setValue($val);
    $self->writeControl($self->qbias->Qobias,$comment);
}
#----------------------------------------------------------------- ZIP::setLED1DAC
#help: setLED1DAC(value) sets LED1 DAC to value in volts
sub setLED1DAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "ZIP set LED1 DAC to $val";
    $self->qbias->LED1bias->setValue($val);
    $self->writeControl($self->qbias->LED1bias,$comment);
}
#----------------------------------------------------------------- ZIP::setLED2DAC
#help: setLED2DAC(value) sets LED2 DAC to value in volts
sub setLED2DAC {
    my $self = shift;
    my $val = $_[0];
    my $comment = "ZIP set LED2 DAC to $val";
    $self->qbias->LED2bias->setValue($val);
    $self->writeControl($self->qbias->LED2bias,$comment);
}
#----------------------------------------------------------------- ZIP::readQIDAC
#help: readQIDAC(void) reads Qinner DAC
sub readQIDAC {
    my $self = shift;
    my $comment = "ZIP read Qinner DAC";
    my $bits = $self->readControl($self->qbias->Qibias,$comment);
    $self->qbias->Qibias->setData($bits);
    $self->toFile($self->filename);
    return $self->qbias->Qibias->value;
}
#----------------------------------------------------------------- ZIP::readQODAC
#help: readQODAC(void) reads Qouter DAC
sub readQODAC {
    my $self = shift;
    my $comment = "ZIP read Qouter DAC";
    my $bits = $self->readControl($self->qbias->Qobias,$comment);
    $self->qbias->Qobias->setData($bits);
    $self->toFile($self->filename);
    return $self->qbias->Qobias->value;
}
#----------------------------------------------------------------- ZIP::readLED1DAC
#help: readLED1DAC(void) reads LED1 DAC
sub readLED1DAC {
    my $self = shift;
    my $comment = "ZIP read LED1 DAC";
    my $bits = $self->readControl($self->qbias->LED1bias,$comment);
    $self->qbias->LED1bias->setData($bits);
    $self->toFile($self->filename);
    return $self->qbias->LED1bias->value;
}
#----------------------------------------------------------------- ZIP::readLED2DAC
#help: readLED2DAC(void) reads LED2 DAC
sub readLED2DAC {
    my $self = shift;
    my $comment = "ZIP read LED2 DAC";
    my $bits = $self->readControl($self->qbias->LED2bias,$comment);
    $self->qbias->LED2bias->setData($bits);
    $self->toFile($self->filename);
    return $self->qbias->LED2bias->value;
}
#----------------------------------------------------------------- ZIP::readQBiasDAC
#help: readQBiasDAC(void) reads all DACs in QBias section
sub readQBiasDAC {
    my $self = shift;
    $self->readQIDAC;
    $self->readQODAC;
    $self->readLED1DAC;
    $self->readLED2DAC;
}
#
#                              Driver Control Registers
#
#----------------------------------------------------------------- ZIP::setGain
#help: setGain(channel,gain) set channel to the nearest gain possible to gain.  If channel is omitted, sets all gains.
sub setGain {
    my $self = shift;
    my $channel = undef;
    my $gain = undef;
    if ($#_ == 1) {
	($channel,$gain) = @_;
    } elsif ($#_ == 0) {
	$gain = $_[0];
	for ($i=0;$i<6;$i++) {
	    $self->setGain($i,$gain);
	}
	return;
    }
    my $i = 0;
    my $newIndex = 0;
    my @gainValues = (1,1.43,2,5,10,14.3,20,50);
    for ($i=0;$i<$#gainValues;$i++) {
	if (abs($gain)>=$gainValues[$i]) {
	    $newIndex = $i;
	}
    }
    $self->gainIndex($channel,$newIndex);
    if ($gain<0) {
	$self->polarity($channel,1);
    } else {
	$self->polarity($channel,0);
    }
}
#----------------------------------------------------------------- ZIP::gainIndex
sub gainIndex {
    my $self = shift;
    my $channel = undef;
    my $index = undef;
    if ($#_ == 1) {
	($channel,$index) = @_;
    } elsif ($#_ == 0) {
	$index = $_[0];
	for ($i=0;$i<6;$i++) {
	    $self->gainIndex($i,$index);
	}
	return;
    }
    my @gains = (1,1.43,2,5,10,14.3,20,50);
    my $comment = "ZIP gain on ch$channel to $gains[$index], index $index";
    $self->fromFile($self->filename);
    if ($channel<3) {
	$self->driver->gains1->setGroup("gain$channel",$index);
	$self->writeControl($self->driver->gains1,$comment);
    } elsif ($channel<6) {
	$self->driver->gains2->setGroup("gain$channel",$index);
	$self->writeControl($self->driver->gains2,$comment);
    }
}
#----------------------------------------------------------------- ZIP::polarity
#help: polarity(channel,index) set polarity on channel to pos or neg.  If channel is omitted, sets all polarities.
sub polarity {
    my $self = shift;
    my $channel = undef;
    my $value = undef;
    if ($#_ == 1) {
	($channel,$value) = @_;
    } elsif ($#_ == 0) {
	$value = $_[0];
	for ($i=0;$i<6;$i++) {
	    $self->polarity($i,$value);
	}
	return;
    }
    my $comment = "ZIP polarity on driver p$channel to $value";
    if ($channel<3) {
	$self->driver->gains1->setGroup("p$channel",$value);
	$self->writeControl($self->driver->gains1,$comment);
    } elsif ($channel<6) {
	$self->driver->gains2->setGroup("p$channel",$value);
	$self->writeControl($self->driver->gains2,$comment);
    }
}
#----------------------------------------------------------------- ZIP::readGains
#help: readGains(void) reads the gains from the card
sub readGains {
    my $self = shift;
    my $comment = "ZIP read Gains1";
    my $bits1 = $self->readControl($self->driver->gains1,$comment);
    $comment = "ZIP read Gains2";
    my $bits2 = $self->readControl($self->driver->gains2,$comment);
    $self->driver->gains1->setData($bits1);
    $self->driver->gains2->setData($bits1);
    $self->toFile($self->filename);
}	
#----------------------------------------------------------------- ZIP::readDriver
#help: readDriver(void) reads DACs and gains from driver section
sub readDriver {
    my $self = shift;
    $self->readGains;
    $self->readOffset;
}
#
#                              Driver DACs
#
#----------------------------------------------------------------- ZIP::setOffset
#help: setOffset(channel,value) sets offset DAC on channel to value volts.  If channel is omitted, sets all offsets.
sub setOffset {
    my $self = shift;
    my $channel = undef;
    my $val = undef;
    if ($#_ == 1) {
	($channel,$val) = @_;
    } elsif ($#_ == 0) {
	$val = $_[0];
	for ($i=0;$i<6;$i++) {
	    $self->setOffset($i,$val);
	}
	return;
    }
    my $comment = "ZIP set Offset DAC $channel to $val";
    if (($channel>5) || ($channel<0)) {
	print "No such DAC\n";
	return;
    }
    $self->driver->{offset}->[$channel]->setValue($val);
    $self->writeControl($self->driver->{offset}->[$channel],$comment);
}
#----------------------------------------------------------------- ZIP::readOffset
#help: readOffset(channel) reads offset DAC on channel and updates variables
sub readOffset {
    my $self = shift;
    my @channel = undef;
    my $comment = undef;
    my $bits = undef;
    my $ret = undef;
    if ($#_ < 0) {
	$self->readOffset(0,1,2,3,4,5,);
    } else {
	@channel = @_;
    }
    for ($i=0;$i<=$#channel;$i++) {
	if (($channel[$i]>5) || ($channel[$i] < 0)) {
	    print "No such DAC\n";
	    next;
	}
	$comment = "ZIP read offset DAC $channel[$i]";
	$bits = $self->readControl($self->driver->{offset}->[$channel[$i]],
				   $comment);
	$self->driver->{offset}->[$channel[$i]]->setData($bits);
	$self->toFile($self->filename);
	$ret = $i;
    }
    return $self->driver->{$channel[$ret]}->value;
}




End of ZIPcard.pm
echo ZIPdriver.pm 1>&2 
cat >ZIPdriver.pm << 'End of ZIPdriver.pm'
#! /usr/local/bin/perl

package ZIPdriver;
#
#		ZIPdriver.pm
#
#	INHERITS FROM:  object
#	CONTAINS:  Control, DAC
#
#	This object contains the controls and DACs for the driver section of
#	the ZIP card.  Other than the constructor and a print routine, it 
#	does not contain any methods.  (It could possibly be used for combining
#	the 3U and 9U versions of the ZIP card in the software.)
#

require 5.002;
require object;

use Control;
use DAC;

@ISA = qw( object );

my %fields = (
	      filename     => undef,
	      offset       => [],
	      gains1         => undef,
	      gains2         => undef,
	      Controls     => {},
	      DACs         => {},
	      );
#
#               Basic Functions
#
#------------------------------------------------------------ ZIPqet::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = object->new(@_);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $section = $_[0];
    my $filename = $_[1];
    $self->filename("$filename");
    $section = $section << 4;

    my $i = 0;
    my $address = 0;
    for ($i=0;$i<6;$i++) {
	$address = $i + 4;
	$self->{offset}->[$i] = new DAC (($section | $address),12,-5,5);
    }
    $self->gains1( new Control (($section | 0),"gain0","","gain1","","gain2",
				"","p0","p1","p2",""));
    $self->gains1->setGroupSize("gain0",3);
    $self->gains1->setGroupSize("gain1",3);
    $self->gains1->setGroupSize("gain2",3);
    $self->gains2( new Control (($section | 1),"gain3","","gain4","","gain5",
				"","p3","p4","p5",""));
    $self->gains2->setGroupSize("gain3",3);
    $self->gains2->setGroupSize("gain4",3);
    $self->gains2->setGroupSize("gain5",3);

    $self->{Controls}->{Gains1}     = $self->gains1;
    $self->{Controls}->{Gains2}     = $self->gains2;
    $self->{DACs}->{Offset0}        = $self->{offset}->[0];
    $self->{DACs}->{Offset1}        = $self->{offset}->[1];
    $self->{DACs}->{Offset2}        = $self->{offset}->[2];
    $self->{DACs}->{Offset3}        = $self->{offset}->[3];
    $self->{DACs}->{Offset4}        = $self->{offset}->[4];
    $self->{DACs}->{Offset5}        = $self->{offset}->[5];

    return $self;
}
#----------------------------------------------------------------- ZIPdriver::print
sub print {
    my $self = shift;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    print "??? Driver Information\n";
    foreach $key (sort keys %controls) {
	print ">> $key Control\n"; $controls{$key}->print;
    }
    foreach $key (sort keys %dacs) {
	print ">> $key DAC\n"; $dacs{$key}->print;
    }
}

End of ZIPdriver.pm
echo ZIPqbias.pm 1>&2 
cat >ZIPqbias.pm << 'End of ZIPqbias.pm'
#! /usr/local/bin/perl

package ZIPqbias;
#
#               ZIPqbias.pm
#
#       INHERITS FROM:  object
#       CONTAINS:  Control, DAC
#
#       This object contains the controls and DACs for the QBias section of
#       the ZIP card.  Other than the constructor and a print routine, it
#       does not contain any methods.  (It could possibly be used for combining  
#       the 3U and 9U versions of the ZIP card in the software.)
#

require 5.002;
require object;

use Control;
use DAC;

@ISA = qw( object );

my %fields = (
	      filename     => undef,
	      Qibias       => undef,
	      Qobias       => undef,
	      LED1bias     => undef,
	      LED2bias     => undef,
	      firstLED     => undef,
	      secondLED    => undef,
	      Controls     => {},
	      DACs         => {},
	      );
#
#               Basic Functions
#
#------------------------------------------------------------ ZIPqbias::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = object->new(@_);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $section = $_[0];
    my $filename = $_[1];
    $section = $section << 4;
    $self->filename("$filename");
    $self->Qibias( new DAC (($section | 4),12,-5,5));
    $self->Qobias( new DAC (($section | 5),12,-5,5));
    $self->LED1bias( new DAC (($section | 6),12,-5,5));
    $self->LED2bias( new DAC (($section | 7),12,-5,5));
    $self->firstLED( new Control (($section | 0),"led1on","led1cont","led1rep",
				  "led1long","led2on","led2cont","led2rep",
				  "led2long","qinbias","qoutbias","","",
				  "led1single","led2single","",""));
    $self->secondLED( new Control (($section | 1),"led1width","led1rate",
				   "led2width","led2rate"));
    $self->secondLED->setAllGroupSize(4);

    $self->{Controls}->{FirstLED}        = $self->firstLED;
    $self->{Controls}->{SecondLED}       = $self->secondLED;

    $self->{DACs}->{QinBias}             = $self->Qibias;
    $self->{DACs}->{QoutBias}            = $self->Qobias;
    $self->{DACs}->{LED1Bias}            = $self->LED1bias;
    $self->{DACs}->{LED2Bias}            = $self->LED2bias;

    return $self;
}
#----------------------------------------------------------------- ZIPqbias::print
sub print {
    my $self = shift;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    print "??? QBias Information\n";
    foreach $key (sort keys %controls) {
	print ">> $key Control\n"; $controls{$key}->print;
    }
    foreach $key (sort keys %dacs) {
	print ">> $key DAC\n"; $dacs{$key}->print;
    }
}


End of ZIPqbias.pm
echo ZIPqet.pm 1>&2 
cat >ZIPqet.pm << 'End of ZIPqet.pm'
#! /usr/local/bin/perl

package ZIPqet;
#
#               ZIPqet.pm
#
#       INHERITS FROM:  object
#       CONTAINS:  Control, DAC
#
#       This object contains the controls and DACs for the QET section of
#       the ZIP card.  Other than the constructor and a print routine, it
#       does not contain any methods.  (It could possibly be used for combining  
#       the 3U and 9U versions of the ZIP card in the software.)
#

require 5.002;
require object;

use Control;
use DAC;

@ISA = qw( object );

my %fields = (
	      filename     => undef,
	      bias         => {},
	      heater       => undef,
	      Controls     => {},
	      DACs         => {},
	      );
#
#               Basic Functions
#
#------------------------------------------------------------ ZIPqet::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = object->new(@_);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $section = $_[0];
    my $filename = $_[1];
    $self->filename("$filename");
    $section = $section << 4;
    $self->{bias}->{a} = new DAC (($section | 4),12,-5,5);
    $self->{bias}->{b} = new DAC (($section | 5),12,-5,5);
    $self->{bias}->{c} = new DAC (($section | 6),12,-5,5);
    $self->{bias}->{d} = new DAC (($section | 7),12,-5,5);
    $self->heater( new Control (($section | 0),"phicala","phicalb","phicalc",
				"phicald","heatwidth","enableheata",
				"enableheatb","enableheatc","enableheatd","",
				"","",""));
    $self->heater->setGroupSize("heatwidth",4);

    $self->{Controls}->{heater}            = $self->heater;
    $self->{DACs}->{biasa}                 = $self->{bias}->{a};
    $self->{DACs}->{biasb}                 = $self->{bias}->{b};
    $self->{DACs}->{biasc}                 = $self->{bias}->{c};
    $self->{DACs}->{biasd}                 = $self->{bias}->{d};

    return $self;
}
#----------------------------------------------------------------- ZIPqet::print
sub print {
    my $self = shift;
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    print "??? QET Information\n";
    foreach $key (sort keys %controls) {
	print ">> $key Control\n"; $controls{$key}->print;
    }
    foreach $key (sort keys %dacs) {
	print ">> $key DAC\n"; $dacs{$key}->print;
    }
}









End of ZIPqet.pm
echo ZIPsquid.pm 1>&2 
cat >ZIPsquid.pm << 'End of ZIPsquid.pm'
#! /usr/local/bin/perl

package ZIPsquid;
#
#               ZIPsquid.pm
#
#       INHERITS FROM:  object
#       CONTAINS:  Control, DAC
#
#       This object contains the controls and DACs for the SQUID section of
#       the ZIP card.  Other than the constructor and a print routine, it
#       does not contain any methods.  (It could possibly be used for combining  
#       the 3U and 9U versions of the ZIP card in the software.)
#

require 5.002;
require object;

use Control;
use DAC;

@ISA = qw( object );

my %fields = (
	      filename     => undef,
	      gain         => undef,
	      bias         => undef,
	      offset       => undef,
	      zapper       => undef,
	      Controls     => {},
	      DACs         => {},
	      );
#
#               Basic Functions
#
#------------------------------------------------------------ ZIPsquid::new
sub new {
    my $this = shift;
    my $class = ref($this) || $this;
    my $self = object->new(@_);
    $self->{_permitted} = \%fields;
    bless $self,$class;

    my $section = $_[0];
    my $filename = $_[1];
    $self->filename($filename);
    $section = $section << 4;
    $self->bias( new DAC(($section | 4),12,-5,5));
    $self->gain( new DAC(($section | 5),12,-5,5));
    $self->offset( new DAC(($section | 6),12,-5,5));
    $self->zapper( new Control(($section | 0),"cal","mode","zapvoltage",
			       "zapwidth","armed","armzap","disarm",
			       "","pola","polb","",""));
    $self->zapper->setGroupSize("zapwidth",4);
    $self->zapper->setGroupSize("zapvoltage",2);

    $self->{Controls}->{ZapControl}    = $self->zapper;

    $self->{DACs}->{bias}              = $self->bias;
    $self->{DACs}->{gain}              = $self->gain;
    $self->{DACs}->{offset}            = $self->offset;

    return $self;
}
#----------------------------------------------------------------- ZIPsquid::print
sub print {
    my $self = shift;
    my $channel = $_[0];
    my %controls = %{$self->Controls};
    my %dacs = %{$self->DACs};
    print "??? Squid $channel Information\n";
    foreach $key (sort keys %controls) {
	print ">> $key Control\n"; $controls{$key}->print;
    }
    foreach $key (sort keys %dacs) {
	print ">> $key DAC\n"; $dacs{$key}->print;
    }
}




End of ZIPsquid.pm
echo object.pm 1>&2 
cat >object.pm << 'End of object.pm'
#! /usr/local/bin/perl5.003

package object;
#		object.pm
#
#	INHERITS FROM:  None
#  	CONTAINS:  None
#
#	Contains basic constructor, help routines, and an AUTOLOAD function for
#	smooth running.  Used as a base class for other objects.
#

my @helpLine = [];

#---------------------------------------------------------------- object::new
sub new{    # arguments: Address of command, name1,name2,name3....
  my $this = shift;
  my $class = ref($this) || $this;
  my $self = {};

  bless $self,$class;
  return $self; 
}
#---------------------------------------------------------------- object::getSourceHelp
sub getSourceHelp {
  my $self = shift;
  my $pattern = '';
  if ($#_ > -1) {
    ($pattern) = @_;
  }
  my $fname = $self->getSourceFile;
  open (SOURCE,"<$fname") || die "Can't open $fname\n";

  $i=0;
  while (<SOURCE>){
    if (($_ =~ /#help:/) && ($_ =~ /$pattern/) ) {
      $start = index $_,"#help:";
      $helpLine[$i]=substr $_,$start+6;
      $helpLine[$i] =~ s/^\s*//;
      $i++;
    }
  }
}
#---------------------------------------------------------------- object::printHelp
sub printHelp {
  my $self = shift;
  my $line;
  for ($i=0;$i<=$#helpLine;$i++){
    $line = $helpLine[$i];
    @Fld = split (' ',$line,9999);
    $line = substr $line,length $Fld[0];
    $line =~ s/^\s*//;                # get rid of leading spaces.
    $rest = $line;                    # remainder of line
    write;
  }
}
# --------------------------------------------------------------- format top
format STDOUT_TOP =
                          Help
.
# --------------------------------------------------------------- format
format STDOUT =
   @<<<<<<<<<<<<<<<<<<<<<<<<<< ^<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
    $Fld[0],                   $rest
   ~                           ^<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
                               $rest
   ~                           ^<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
                               $rest
.
#---------------------------------------------------------------- object::getSourceFile
sub getSourceFile {
  my $self = shift;
  my $type = ref($self) ||  die "$self is not an object";
  my $source = "$type.pm";
 
  if (! -r $source) {
    print "looking in other directorys for source\n";
    for ($i=0;$i<$#INC;$i++){
      $dir = $INC[$i];
      print "$dir \n";
      if (-r "$dir/$source") {return "$dir/$source";}
    }
  }
  return $source;
}  
#---------------------------------------------------------------- object::help
sub help{
  my $self = shift;
  $helpLine = [];
  $#helpLine = 0;
  if ($#_ > -1) {
    $self->getSourceHelp(@_);
  } else { 
    $self->getSourceHelp;
  }
  $self->printHelp;
}
#---------------------------------------------------------------- object::AUTOLOAD
sub AUTOLOAD {
  my $self = shift;
  my $type = ref($self) ||  die "$self is not an object";
  my $name = $AUTOLOAD;
  $name =~ s/.*://;         # strip fully qualified portion.
  if (!(exists $self->{_permitted}->{$name} )) {
      if ($name  ne "exit") {
	  die "Can't access `$name' field in object of class $type \n";
      } else {
	  die "\n";
      }
  }
  if (@_) {
    return $self->{$name}=shift;
  } else {
    return $self->{$name};
  }
}
End of object.pm
echo BLIPdriver.ps 1>&2 
cat >BLIPdriver.ps << 'End of BLIPdriver.ps'
%!PS-Adobe-2.0
%%Creator: dvipsk 5.66a Copyright 1986-97 Radical Eye Software (www.radicaleye.com)
%%Title: BLIPdriver.dvi
%%Pages: 5
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%%BoundingBox: 0 0 612 792
%%EndComments
%DVIPSCommandLine: dvips BLIPdriver.dvi
%DVIPSParameters: dpi=600, compressed
%DVIPSSource:  TeX output 1998.08.18:1021
%%BeginProcSet: texc.pro
%!
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/X{S N}B /TR{translate}N /isls false N /vsize 11 72 mul N /hsize 8.5 72
mul N /landplus90{false}def /@rigin{isls{[0 landplus90{1 -1}{-1 1}
ifelse 0 0 0]concat}if 72 Resolution div 72 VResolution div neg scale
isls{landplus90{VResolution 72 div vsize mul 0 exch}{Resolution -72 div
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/FMat[1 0 0 -1 0 0]N /FBB[0 0 0 0]N /nn 0 N /IE 0 N /ctr 0 N /df-tail{
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%%BeginDocument: netProtocol.eps
%!PS-Adobe-2.0 EPSF-2.0
%%Title: netProtocol.fig
%%Creator: fig2dev Version 3.1 Patchlevel 2
%%CreationDate: Thu Oct 16 20:28:53 1997
%%For: eichblat@westmain (Steve Eichblat)
%Magnification: 0.60
%%Orientation: Portrait
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%%EndComments
/MyAppDict 100 dict dup begin def
/$F2psDict 200 dict def
$F2psDict begin
$F2psDict /mtrx matrix put
/col-1 {0 setgray} bind def
/col0 {0.000 0.000 0.000 srgb} bind def
/col1 {0.000 0.000 1.000 srgb} bind def
/col2 {0.000 1.000 0.000 srgb} bind def
/col3 {0.000 1.000 1.000 srgb} bind def
/col4 {1.000 0.000 0.000 srgb} bind def
/col5 {1.000 0.000 1.000 srgb} bind def
/col6 {1.000 1.000 0.000 srgb} bind def
/col7 {1.000 1.000 1.000 srgb} bind def
/col8 {0.000 0.000 0.560 srgb} bind def
/col9 {0.000 0.000 0.690 srgb} bind def
/col10 {0.000 0.000 0.820 srgb} bind def
/col11 {0.530 0.810 1.000 srgb} bind def
/col12 {0.000 0.560 0.000 srgb} bind def
/col13 {0.000 0.690 0.000 srgb} bind def
/col14 {0.000 0.820 0.000 srgb} bind def
/col15 {0.000 0.560 0.560 srgb} bind def
/col16 {0.000 0.690 0.690 srgb} bind def
/col17 {0.000 0.820 0.820 srgb} bind def
/col18 {0.560 0.000 0.000 srgb} bind def
/col19 {0.690 0.000 0.000 srgb} bind def
/col20 {0.820 0.000 0.000 srgb} bind def
/col21 {0.560 0.000 0.560 srgb} bind def
/col22 {0.690 0.000 0.690 srgb} bind def
/col23 {0.820 0.000 0.820 srgb} bind def
/col24 {0.500 0.190 0.000 srgb} bind def
/col25 {0.630 0.250 0.000 srgb} bind def
/col26 {0.750 0.380 0.000 srgb} bind def
/col27 {1.000 0.500 0.500 srgb} bind def
/col28 {1.000 0.630 0.630 srgb} bind def
/col29 {1.000 0.750 0.750 srgb} bind def
/col30 {1.000 0.880 0.880 srgb} bind def
/col31 {1.000 0.840 0.000 srgb} bind def

end
save
-45.0 331.0 translate
1 -1 scale
.9 .9 scale % to make patterns same scale as in xfig

% This junk string is used by the show operators
/PATsstr 1 string def
/PATawidthshow { 	% cx cy cchar rx ry string
  % Loop over each character in the string
  {  % cx cy cchar rx ry char
    % Show the character
    dup				% cx cy cchar rx ry char char
    PATsstr dup 0 4 -1 roll put	% cx cy cchar rx ry char (char)
    false charpath		% cx cy cchar rx ry char
    /clip load PATdraw
    % Move past the character (charpath modified the
    % current point)
    currentpoint			% cx cy cchar rx ry char x y
    newpath
    moveto			% cx cy cchar rx ry char
    % Reposition by cx,cy if the character in the string is cchar
    3 index eq {			% cx cy cchar rx ry
      4 index 4 index rmoveto
    } if
    % Reposition all characters by rx ry
    2 copy rmoveto		% cx cy cchar rx ry
  } forall
  pop pop pop pop pop		% -
  currentpoint
  newpath
  moveto
} bind def
/PATcg {
  7 dict dup begin
    /lw currentlinewidth def
    /lc currentlinecap def
    /lj currentlinejoin def
    /ml currentmiterlimit def
    /ds [ currentdash ] def
    /cc [ currentrgbcolor ] def
    /cm matrix currentmatrix def
  end
} bind def
% PATdraw - calculates the boundaries of the object and
% fills it with the current pattern
/PATdraw {			% proc
  save exch
    PATpcalc			% proc nw nh px py
    5 -1 roll exec		% nw nh px py
    newpath
    PATfill			% -
  restore
} bind def
% PATfill - performs the tiling for the shape
/PATfill { % nw nh px py PATfill -
  PATDict /CurrentPattern get dup begin
    setfont
    % Set the coordinate system to Pattern Space
    PatternGState PATsg
    % Set the color for uncolored pattezns
    PaintType 2 eq { PATDict /PColor get PATsc } if
    % Create the string for showing
    3 index string		% nw nh px py str
    % Loop for each of the pattern sources
    0 1 Multi 1 sub {		% nw nh px py str source
	% Move to the starting location
	3 index 3 index		% nw nh px py str source px py
	moveto			% nw nh px py str source
	% For multiple sources, set the appropriate color
	Multi 1 ne { dup PC exch get PATsc } if
	% Set the appropriate string for the source
	0 1 7 index 1 sub { 2 index exch 2 index put } for pop
	% Loop over the number of vertical cells
	3 index 		% nw nh px py str nh
	{			% nw nh px py str
	  currentpoint		% nw nh px py str cx cy
	  2 index show		% nw nh px py str cx cy
	  YStep add moveto	% nw nh px py str
	} repeat		% nw nh px py str
    } for
    5 { pop } repeat
  end
} bind def

% PATkshow - kshow with the current pattezn
/PATkshow {			% proc string
  exch bind			% string proc
  1 index 0 get			% string proc char
  % Loop over all but the last character in the string
  0 1 4 index length 2 sub {
				% string proc char idx
    % Find the n+1th character in the string
    3 index exch 1 add get	% string proe char char+1
    exch 2 copy			% strinq proc char+1 char char+1 char
    % Now show the nth character
    PATsstr dup 0 4 -1 roll put	% string proc chr+1 chr chr+1 (chr)
    false charpath		% string proc char+1 char char+1
    /clip load PATdraw
    % Move past the character (charpath modified the current point)
    currentpoint newpath moveto
    % Execute the user proc (should consume char and char+1)
    mark 3 1 roll		% string proc char+1 mark char char+1
    4 index exec		% string proc char+1 mark...
    cleartomark			% string proc char+1
  } for
  % Now display the last character
  PATsstr dup 0 4 -1 roll put	% string proc (char+1)
  false charpath		% string proc
  /clip load PATdraw
  neewath
  pop pop			% -
} bind def
% PATmp - the makepattern equivalent
/PATmp {			% patdict patmtx PATmp patinstance
  exch dup length 7 add		% We will add 6 new entries plus 1 FID
  dict copy			% Create a new dictionary
  begin
    % Matrix to install when painting the pattern
    TilingType PATtcalc
    /PatternGState PATcg def
    PatternGState /cm 3 -1 roll put
    % Check for multi pattern sources (Level 1 fast color patterns)
    currentdict /Multi known not { /Multi 1 def } if
    % Font dictionary definitions
    /FontType 3 def
    % Create a dummy encoding vector
    /Encoding 256 array def
    3 string 0 1 255 {
      Encoding exch dup 3 index cvs cvn put } for pop
    /FontMatrix matrix def
    /FontBBox BBox def
    /BuildChar {
	mark 3 1 roll		% mark dict char
	exch begin
	Multi 1 ne {PaintData exch get}{pop} ifelse  % mark [paintdata]
	  PaintType 2 eq Multi 1 ne or
	  { XStep 0 FontBBox aload pop setcachedevice }
	  { XStep 0 setcharwidth } ifelse
	  currentdict		% mark [paintdata] dict
	  /PaintProc load	% mark [paintdata] dict paintproc
	end
	gsave
	  false PATredef exec true PATredef
	grestore
	cleartomark		% -
    } bind def
    currentdict
  end				% newdict
  /foo exch			% /foo newlict
  definefont			% newfont
} bind def
% PATpcalc - calculates the starting point and width/height
% of the tile fill for the shape
/PATpcalc {	% - PATpcalc nw nh px py
  PATDict /CurrentPattern get begin
    gsave
	% Set up the coordinate system to Pattern Space
	% and lock down pattern
	PatternGState /cm get setmatrix
	BBox aload pop pop pop translate
	% Determine the bounding box of the shape
	pathbbox			% llx lly urx ury
    grestore
    % Determine (nw, nh) the # of cells to paint width and height
    PatHeight div ceiling		% llx lly urx qh
    4 1 roll				% qh llx lly urx
    PatWidth div ceiling		% qh llx lly qw
    4 1 roll				% qw qh llx lly
    PatHeight div floor			% qw qh llx ph
    4 1 roll				% ph qw qh llx
    PatWidth div floor			% ph qw qh pw
    4 1 roll				% pw ph qw qh
    2 index sub cvi abs			% pw ph qs qh-ph
    exch 3 index sub cvi abs exch	% pw ph nw=qw-pw nh=qh-ph
    % Determine the starting point of the pattern fill
    %(px, py)
    4 2 roll				% nw nh pw ph
    PatHeight mul			% nw nh pw py
    exch				% nw nh py pw
    PatWidth mul exch			% nw nh px py
  end
} bind def

% Save the original routines so that we can use them later on
/oldfill	/fill load def
/oldeofill	/eofill load def
/oldstroke	/stroke load def
/oldshow	/show load def
/oldashow	/ashow load def
/oldwidthshow	/widthshow load def
/oldawidthshow	/awidthshow load def
/oldkshow	/kshow load def

% These defs are necessary so that subsequent procs don't bind in
% the originals
/fill	   { oldfill } bind def
/eofill	   { oldeofill } bind def
/stroke	   { oldstroke } bind def
/show	   { oldshow } bind def
/ashow	   { oldashow } bind def
/widthshow { oldwidthshow } bind def
/awidthshow { oldawidthshow } bind def
/kshow 	   { oldkshow } bind def
/PATredef {
  MyAppDict begin
    {
    /fill { /clip load PATdraw newpath } bind def
    /eofill { /eoclip load PATdraw newpath } bind def
    /stroke { PATstroke } bind def
    /show { 0 0 null 0 0 6 -1 roll PATawidthshow } bind def
    /ashow { 0 0 null 6 3 roll PATawidthshow }
    bind def
    /widthshow { 0 0 3 -1 roll PATawidthshow }
    bind def
    /awidthshow { PATawidthshow } bind def
    /kshow { PATkshow } bind def
  } {
    /fill   { oldfill } bind def
    /eofill { oldeofill } bind def
    /stroke { oldstroke } bind def
    /show   { oldshow } bind def
    /ashow  { oldashow } bind def
    /widthshow { oldwidthshow } bind def
    /awidthshow { oldawidthshow } bind def
    /kshow  { oldkshow } bind def
    } ifelse
  end
} bind def
false PATredef
% Conditionally define setcmykcolor if not available
/setcmykcolor where { pop } {
  /setcmykcolor {
    1 sub 4 1 roll
    3 {
	3 index add neg dup 0 lt { pop 0 } if 3 1 roll
    } repeat
    setrgbcolor - pop
  } bind def
} ifelse
/PATsc {		% colorarray
  aload length		% c1 ... cn length
    dup 1 eq { pop setgray } { 3 eq { setrgbcolor } { setcmykcolor
  } ifelse } ifelse
} bind def
/PATsg {		% dict
  begin
    lw setlinewidth
    lc setlinecap
    lj setlinejoin
    ml setmiterlimit
    ds aload pop setdash
    cc aload pop setrgbcolor
    cm setmatrix
  end
} bind def

/PATDict 3 dict def
/PATsp {
  true PATredef
  PATDict begin
    /CurrentPattern exch def
    % If it's an uncolored pattern, save the color
    CurrentPattern /PaintType get 2 eq {
      /PColor exch def
    } if
    /CColor [ currentrgbcolor ] def
  end
} bind def
% PATstroke - stroke with the current pattern
/PATstroke {
  countdictstack
  save
  mark
  {
    currentpoint strokepath moveto
    PATpcalc				% proc nw nh px py
    clip newpath PATfill
    } stopped {
	(*** PATstroke Warning: Path is too complex, stroking
	  with gray) =
    cleartomark
    restore
    countdictstack exch sub dup 0 gt
	{ { end } repeat } { pop } ifelse
    gsave 0.5 setgray oldstroke grestore
  } { pop restore pop } ifelse
  newpath
} bind def
/PATtcalc {		% modmtx tilingtype PATtcalc tilematrix
  % Note: tiling types 2 and 3 are not supported
  gsave
    exch concat					% tilingtype
    matrix currentmatrix exch			% cmtx tilingtype
    % Tiling type 1 and 3: constant spacing
    2 ne {
	% Distort the pattern so that it occupies
	% an integral number of device pixels
	dup 4 get exch dup 5 get exch		% tx ty cmtx
	XStep 0 dtransform
	round exch round exch			% tx ty cmtx dx.x dx.y
	XStep div exch XStep div exch		% tx ty cmtx a b
	0 YStep dtransform
	round exch round exch			% tx ty cmtx a b dy.x dy.y
	YStep div exch YStep div exch		% tx ty cmtx a b c d
	7 -3 roll astore			% { a b c d tx ty }
    } if
  grestore
} bind def
/PATusp {
  false PATredef
  PATDict begin
    CColor PATsc
  end
} bind def

% this is the pattern fill program from the Second edition Reference Manual
% with changes to call the above pattern fill
% left30
11 dict begin
/PaintType 1 def
/PatternType 1 def
/TilingType 1 def
/BBox [0 0 1 1] def
/XStep 1 def
/YStep 1 def
/PatWidth 1 def
/PatHeight 1 def
/Multi 2 def
/PaintData [
  { clippath } bind
  { 32 16 true [ 32 0 0 -16 0 16 ]
	{<c000c000300030000c000c000300030000c000c000300030
	000c000c00030003c000c000300030000c000c0003000300
	00c000c000300030000c000c00030003>}
     imagemask } bind
] def
/PaintProc {
	pop
	exec fill
} def
currentdict
end
/P1 exch def
1.1111 1.1111 scale %restore scale

/cp {closepath} bind def
/ef {eofill} bind def
/gr {grestore} bind def
/gs {gsave} bind def
/sa {save} bind def
/rs {restore} bind def
/l {lineto} bind def
/m {moveto} bind def
/rm {rmoveto} bind def
/n {newpath} bind def
/s {stroke} bind def
/sh {show} bind def
/slc {setlinecap} bind def
/slj {setlinejoin} bind def
/slw {setlinewidth} bind def
/srgb {setrgbcolor} bind def
/rot {rotate} bind def
/sc {scale} bind def
/sd {setdash} bind def
/ff {findfont} bind def
/sf {setfont} bind def
/scf {scalefont} bind def
/sw {stringwidth} bind def
/tr {translate} bind def
/tnt {dup dup currentrgbcolor
  4 -2 roll dup 1 exch sub 3 -1 roll mul add
  4 -2 roll dup 1 exch sub 3 -1 roll mul add
  4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb}
  bind def
/shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul
  4 -2 roll mul srgb} bind def
 /DrawEllipse {
	/endangle exch def
	/startangle exch def
	/yrad exch def
	/xrad exch def
	/y exch def
	/x exch def
	/savematrix mtrx currentmatrix def
	x y tr xrad yrad sc 0 0 1 startangle endangle arc
	closepath
	savematrix setmatrix
	} def

 /DrawSplineSection {
	/y3 exch def
	/x3 exch def
	/y2 exch def
	/x2 exch def
	/y1 exch def
	/x1 exch def
	/xa x1 x2 x1 sub 0.666667 mul add def
	/ya y1 y2 y1 sub 0.666667 mul add def
	/xb x3 x2 x3 sub 0.666667 mul add def
	/yb y3 y2 y3 sub 0.666667 mul add def
	x1 y1 lineto
	xa ya xb yb x3 y3 curveto
	} def

/$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def
/$F2psEnd {$F2psEnteredState restore end} def
%%EndProlog

$F2psBegin
10 setmiterlimit
n 0 792 m 0 0 l 612 0 l 612 792 l cp clip
 0.03600 0.03600 sc
7.500 slw
% Polyline
n 10245 6247 m 10245 6202 l 10305 6202 l 10305 6247 l cp gs col-1 s gr 
% Polyline
n 10320 6307 m 10320 6262 l 10380 6262 l 10380 6307 l cp gs col-1 s gr 
% Polyline
n 10380 6367 m 10380 6322 l 10440 6322 l 10440 6367 l cp gs col-1 s gr 
% Polyline
n 10440 6427 m 10440 6382 l 10500 6382 l 10500 6427 l cp gs col-1 s gr 
% Polyline
n 10080 6247 m 10080 6202 l 10140 6202 l 10140 6247 l cp gs col-1 s gr 
% Polyline
n 10155 6307 m 10155 6262 l 10215 6262 l 10215 6307 l cp gs col-1 s gr 
% Polyline
n 10215 6367 m 10215 6322 l 10275 6322 l 10275 6367 l cp gs col-1 s gr 
% Polyline
n 10275 6427 m 10275 6382 l 10335 6382 l 10335 6427 l cp gs col-1 s gr 
% Polyline
n 9570 6247 m 9570 6202 l 9630 6202 l 9630 6247 l cp gs col-1 s gr 
% Polyline
n 9645 6307 m 9645 6262 l 9705 6262 l 9705 6307 l cp gs col-1 s gr 
% Polyline
n 9705 6367 m 9705 6322 l 9765 6322 l 9765 6367 l cp gs col-1 s gr 
% Polyline
n 9765 6427 m 9765 6382 l 9825 6382 l 9825 6427 l cp gs col-1 s gr 
% Polyline
n 10395 6247 m 10395 6202 l 10455 6202 l 10455 6247 l cp gs col-1 s gr 
% Polyline
n 10470 6307 m 10470 6262 l 10530 6262 l 10530 6307 l cp gs col-1 s gr 
% Polyline
n 10530 6367 m 10530 6322 l 10590 6322 l 10590 6367 l cp gs col-1 s gr 
% Polyline
n 10590 6427 m 10590 6382 l 10650 6382 l 10650 6427 l cp gs col-1 s gr 
% Polyline
n 9900 6247 m 9900 6202 l 9960 6202 l 9960 6247 l cp gs col-1 s gr 
% Polyline
n 9975 6307 m 9975 6262 l 10035 6262 l 10035 6307 l cp gs col-1 s gr 
% Polyline
n 10035 6367 m 10035 6322 l 10095 6322 l 10095 6367 l cp gs col-1 s gr 
% Polyline
n 10095 6427 m 10095 6382 l 10155 6382 l 10155 6427 l cp gs col-1 s gr 
% Polyline
n 9735 6247 m 9735 6202 l 9795 6202 l 9795 6247 l cp gs col-1 s gr 
% Polyline
n 9810 6307 m 9810 6262 l 9870 6262 l 9870 6307 l cp gs col-1 s gr 
% Polyline
n 9870 6367 m 9870 6322 l 9930 6322 l 9930 6367 l cp gs col-1 s gr 
% Polyline
n 9930 6427 m 9930 6382 l 9990 6382 l 9990 6427 l cp gs col-1 s gr 
% Open spline
gs n 10275.0 5902.0 m 10222.5 5864.5 l
	10222.5 5864.5 10170.0 5827.0 10132.5 5752.0 DrawSplineSection
	10132.5 5752.0 10095.0 5677.0 10057.5 5572.0 DrawSplineSection
	10057.5 5572.0 10020.0 5467.0 9952.5 5392.0 DrawSplineSection
	9952.5 5392.0 9885.0 5317.0 9847.5 5354.5 DrawSplineSection
	9847.5 5354.5 9810.0 5392.0 9787.5 5444.5 DrawSplineSection
	9787.5 5444.5 9765.0 5497.0 9705.0 5654.5 DrawSplineSection
	9705.0 5654.5 9645.0 5812.0 9607.5 5849.5 DrawSplineSection
	9607.5 5849.5 9570.0 5887.0 9517.5 5887.0 DrawSplineSection
	9465.0 5887.0 l  gs col-1 s gr
 gr

% Polyline
n 9480 5197 m 9375 5197 9375 5917 105 arcto 4 {pop} repeat
  9375 6022 10245 6022 105 arcto 4 {pop} repeat
  10350 6022 10350 5302 105 arcto 4 {pop} repeat
  10350 5197 9480 5197 105 arcto 4 {pop} repeat
 cp gs col-1 s gr 
% Polyline
n 10500 6172 m 10800 6472 l 9675 6472 l 9375 6172 l cp gs col-1 s gr 
% Polyline
n 9450 5197 m 9000 5347 l 9000 5347 l 9000 5872 l 9405 6007 l gs col-1 s gr 
% Polyline
n 9750 6022 m 9750 6172 l gs col-1 s gr 
% Polyline
n 9525 6022 m 9525 6172 l gs col-1 s gr 
% Polyline
n 9975 6022 m 9975 6172 l gs col-1 s gr 
% Polyline
n 9375 6172 m 9375 6397 l 9675 6472 l gs col-1 s gr 
% Polyline
n 9450 5962 m 9450 5272 l 10275 5272 l 10275 5962 l cp gs col-1 s gr 
% Polyline
n 3814 6235 m 3814 6190 l 3754 6190 l 3754 6235 l cp gs col-1 s gr 
% Polyline
n 3739 6295 m 3739 6250 l 3679 6250 l 3679 6295 l cp gs col-1 s gr 
% Polyline
n 3679 6355 m 3679 6310 l 3619 6310 l 3619 6355 l cp gs col-1 s gr 
% Polyline
n 3619 6415 m 3619 6370 l 3559 6370 l 3559 6415 l cp gs col-1 s gr 
% Polyline
n 3979 6235 m 3979 6190 l 3919 6190 l 3919 6235 l cp gs col-1 s gr 
% Polyline
n 3904 6295 m 3904 6250 l 3844 6250 l 3844 6295 l cp gs col-1 s gr 
% Polyline
n 3844 6355 m 3844 6310 l 3784 6310 l 3784 6355 l cp gs col-1 s gr 
% Polyline
n 3784 6415 m 3784 6370 l 3724 6370 l 3724 6415 l cp gs col-1 s gr 
% Polyline
n 4489 6235 m 4489 6190 l 4429 6190 l 4429 6235 l cp gs col-1 s gr 
% Polyline
n 4414 6295 m 4414 6250 l 4354 6250 l 4354 6295 l cp gs col-1 s gr 
% Polyline
n 4354 6355 m 4354 6310 l 4294 6310 l 4294 6355 l cp gs col-1 s gr 
% Polyline
n 4294 6415 m 4294 6370 l 4234 6370 l 4234 6415 l cp gs col-1 s gr 
% Polyline
n 3664 6235 m 3664 6190 l 3604 6190 l 3604 6235 l cp gs col-1 s gr 
% Polyline
n 3589 6295 m 3589 6250 l 3529 6250 l 3529 6295 l cp gs col-1 s gr 
% Polyline
n 3529 6355 m 3529 6310 l 3469 6310 l 3469 6355 l cp gs col-1 s gr 
% Polyline
n 3469 6415 m 3469 6370 l 3409 6370 l 3409 6415 l cp gs col-1 s gr 
% Polyline
n 4159 6235 m 4159 6190 l 4099 6190 l 4099 6235 l cp gs col-1 s gr 
% Polyline
n 4084 6295 m 4084 6250 l 4024 6250 l 4024 6295 l cp gs col-1 s gr 
% Polyline
n 4024 6355 m 4024 6310 l 3964 6310 l 3964 6355 l cp gs col-1 s gr 
% Polyline
n 3964 6415 m 3964 6370 l 3904 6370 l 3904 6415 l cp gs col-1 s gr 
% Polyline
n 4324 6235 m 4324 6190 l 4264 6190 l 4264 6235 l cp gs col-1 s gr 
% Polyline
n 4249 6295 m 4249 6250 l 4189 6250 l 4189 6295 l cp gs col-1 s gr 
% Polyline
n 4189 6355 m 4189 6310 l 4129 6310 l 4129 6355 l cp gs col-1 s gr 
% Polyline
n 4129 6415 m 4129 6370 l 4069 6370 l 4069 6415 l cp gs col-1 s gr 
% Open spline
gs n 3784.0 5890.0 m 3836.5 5852.5 l
	3836.5 5852.5 3889.0 5815.0 3926.5 5740.0 DrawSplineSection
	3926.5 5740.0 3964.0 5665.0 4001.5 5560.0 DrawSplineSection
	4001.5 5560.0 4039.0 5455.0 4106.5 5380.0 DrawSplineSection
	4106.5 5380.0 4174.0 5305.0 4211.5 5342.5 DrawSplineSection
	4211.5 5342.5 4249.0 5380.0 4271.5 5432.5 DrawSplineSection
	4271.5 5432.5 4294.0 5485.0 4354.0 5642.5 DrawSplineSection
	4354.0 5642.5 4414.0 5800.0 4451.5 5837.5 DrawSplineSection
	4451.5 5837.5 4489.0 5875.0 4541.5 5875.0 DrawSplineSection
	4594.0 5875.0 l  gs col-1 s gr
 gr

% Polyline
n 3814 5185 m 3709 5185 3709 5905 105 arcto 4 {pop} repeat
  3709 6010 4579 6010 105 arcto 4 {pop} repeat
  4684 6010 4684 5290 105 arcto 4 {pop} repeat
  4684 5185 3814 5185 105 arcto 4 {pop} repeat
 cp gs col-1 s gr 
% Polyline
n 3559 6160 m 3259 6460 l 4384 6460 l 4684 6160 l cp gs col-1 s gr 
% Polyline
n 4609 5185 m 5059 5335 l 5059 5335 l 5059 5860 l 4654 5995 l gs col-1 s gr 
% Polyline
n 4309 6010 m 4309 6160 l gs col-1 s gr 
% Polyline
n 4534 6010 m 4534 6160 l gs col-1 s gr 
% Polyline
n 4084 6010 m 4084 6160 l gs col-1 s gr 
% Polyline
n 4684 6160 m 4684 6385 l 4384 6460 l gs col-1 s gr 
% Polyline
n 4609 5950 m 4609 5260 l 3784 5260 l 3784 5950 l cp gs col-1 s gr 
15.000 slw
% Polyline
n 12058 5320 m 11953 5320 11953 5755 105 arcto 4 {pop} repeat
  11953 5860 13768 5860 105 arcto 4 {pop} repeat
  13873 5860 13873 5425 105 arcto 4 {pop} repeat
  13873 5320 12058 5320 105 arcto 4 {pop} repeat
 cp gs col0 s gr 
/Times-Roman ff 360.00 scf sf
12133 5725 m
gs 1 -1 sc (GPIB Box) col0 sh gr
% Polyline
n 12058 6340 m 11953 6340 11953 6775 105 arcto 4 {pop} repeat
  11953 6880 13768 6880 105 arcto 4 {pop} repeat
  13873 6880 13873 6445 105 arcto 4 {pop} repeat
  13873 6340 12058 6340 105 arcto 4 {pop} repeat
 cp gs col0 s gr 
/Times-Roman ff 360.00 scf sf
12208 6730 m
gs 1 -1 sc (Digitizers) col0 sh gr
7.500 slw
% Polyline
n 12240 2490 m 12240 2445 l 12300 2445 l 12300 2490 l cp gs col-1 s gr 
% Polyline
n 12315 2550 m 12315 2505 l 12375 2505 l 12375 2550 l cp gs col-1 s gr 
% Polyline
n 12375 2610 m 12375 2565 l 12435 2565 l 12435 2610 l cp gs col-1 s gr 
% Polyline
n 12435 2670 m 12435 2625 l 12495 2625 l 12495 2670 l cp gs col-1 s gr 
% Polyline
n 12075 2490 m 12075 2445 l 12135 2445 l 12135 2490 l cp gs col-1 s gr 
% Polyline
n 12150 2550 m 12150 2505 l 12210 2505 l 12210 2550 l cp gs col-1 s gr 
% Polyline
n 12210 2610 m 12210 2565 l 12270 2565 l 12270 2610 l cp gs col-1 s gr 
% Polyline
n 12270 2670 m 12270 2625 l 12330 2625 l 12330 2670 l cp gs col-1 s gr 
% Polyline
n 11565 2490 m 11565 2445 l 11625 2445 l 11625 2490 l cp gs col-1 s gr 
% Polyline
n 11640 2550 m 11640 2505 l 11700 2505 l 11700 2550 l cp gs col-1 s gr 
% Polyline
n 11700 2610 m 11700 2565 l 11760 2565 l 11760 2610 l cp gs col-1 s gr 
% Polyline
n 11760 2670 m 11760 2625 l 11820 2625 l 11820 2670 l cp gs col-1 s gr 
% Polyline
n 12390 2490 m 12390 2445 l 12450 2445 l 12450 2490 l cp gs col-1 s gr 
% Polyline
n 12465 2550 m 12465 2505 l 12525 2505 l 12525 2550 l cp gs col-1 s gr 
% Polyline
n 12525 2610 m 12525 2565 l 12585 2565 l 12585 2610 l cp gs col-1 s gr 
% Polyline
n 12585 2670 m 12585 2625 l 12645 2625 l 12645 2670 l cp gs col-1 s gr 
% Polyline
n 11895 2490 m 11895 2445 l 11955 2445 l 11955 2490 l cp gs col-1 s gr 
% Polyline
n 11970 2550 m 11970 2505 l 12030 2505 l 12030 2550 l cp gs col-1 s gr 
% Polyline
n 12030 2610 m 12030 2565 l 12090 2565 l 12090 2610 l cp gs col-1 s gr 
% Polyline
n 12090 2670 m 12090 2625 l 12150 2625 l 12150 2670 l cp gs col-1 s gr 
% Polyline
n 11730 2490 m 11730 2445 l 11790 2445 l 11790 2490 l cp gs col-1 s gr 
% Polyline
n 11805 2550 m 11805 2505 l 11865 2505 l 11865 2550 l cp gs col-1 s gr 
% Polyline
n 11865 2610 m 11865 2565 l 11925 2565 l 11925 2610 l cp gs col-1 s gr 
% Polyline
n 11925 2670 m 11925 2625 l 11985 2625 l 11985 2670 l cp gs col-1 s gr 
% Open spline
gs n 12270.0 2145.0 m 12217.5 2107.5 l
	12217.5 2107.5 12165.0 2070.0 12127.5 1995.0 DrawSplineSection
	12127.5 1995.0 12090.0 1920.0 12052.5 1815.0 DrawSplineSection
	12052.5 1815.0 12015.0 1710.0 11947.5 1635.0 DrawSplineSection
	11947.5 1635.0 11880.0 1560.0 11842.5 1597.5 DrawSplineSection
	11842.5 1597.5 11805.0 1635.0 11782.5 1687.5 DrawSplineSection
	11782.5 1687.5 11760.0 1740.0 11700.0 1897.5 DrawSplineSection
	11700.0 1897.5 11640.0 2055.0 11602.5 2092.5 DrawSplineSection
	11602.5 2092.5 11565.0 2130.0 11512.5 2130.0 DrawSplineSection
	11460.0 2130.0 l  gs col-1 s gr
 gr

% Polyline
n 11475 1440 m 11370 1440 11370 2160 105 arcto 4 {pop} repeat
  11370 2265 12240 2265 105 arcto 4 {pop} repeat
  12345 2265 12345 1545 105 arcto 4 {pop} repeat
  12345 1440 11475 1440 105 arcto 4 {pop} repeat
 cp gs col-1 s gr 
% Polyline
n 12495 2415 m 12795 2715 l 11670 2715 l 11370 2415 l cp gs col-1 s gr 
% Polyline
n 11445 1440 m 10995 1590 l 10995 1590 l 10995 2115 l 11400 2250 l gs col-1 s gr 
% Polyline
n 11745 2265 m 11745 2415 l gs col-1 s gr 
% Polyline
n 11520 2265 m 11520 2415 l gs col-1 s gr 
% Polyline
n 11970 2265 m 11970 2415 l gs col-1 s gr 
% Polyline
n 11370 2415 m 11370 2640 l 11670 2715 l gs col-1 s gr 
% Polyline
n 11445 2205 m 11445 1515 l 12270 1515 l 12270 2205 l cp gs col-1 s gr 
15.000 slw
% Ellipse
n 10858 1897 124 131 0 360 DrawEllipse gs col-1 s gr

% Polyline
n 10849 2030 m 10364 1935 l gs col-1 s gr 
% Polyline
n 10850 1764 m 10364 1859 l gs col-1 s gr 
7.500 slw
% Polyline
n 6485 2602 m 6485 2557 l 6425 2557 l 6425 2602 l cp gs col-1 s gr 
% Polyline
n 6410 2662 m 6410 2617 l 6350 2617 l 6350 2662 l cp gs col-1 s gr 
% Polyline
n 6350 2722 m 6350 2677 l 6290 2677 l 6290 2722 l cp gs col-1 s gr 
% Polyline
n 6290 2782 m 6290 2737 l 6230 2737 l 6230 2782 l cp gs col-1 s gr 
% Polyline
n 6650 2602 m 6650 2557 l 6590 2557 l 6590 2602 l cp gs col-1 s gr 
% Polyline
n 6575 2662 m 6575 2617 l 6515 2617 l 6515 2662 l cp gs col-1 s gr 
% Polyline
n 6515 2722 m 6515 2677 l 6455 2677 l 6455 2722 l cp gs col-1 s gr 
% Polyline
n 6455 2782 m 6455 2737 l 6395 2737 l 6395 2782 l cp gs col-1 s gr 
% Polyline
n 7160 2602 m 7160 2557 l 7100 2557 l 7100 2602 l cp gs col-1 s gr 
% Polyline
n 7085 2662 m 7085 2617 l 7025 2617 l 7025 2662 l cp gs col-1 s gr 
% Polyline
n 7025 2722 m 7025 2677 l 6965 2677 l 6965 2722 l cp gs col-1 s gr 
% Polyline
n 6965 2782 m 6965 2737 l 6905 2737 l 6905 2782 l cp gs col-1 s gr 
% Polyline
n 6335 2602 m 6335 2557 l 6275 2557 l 6275 2602 l cp gs col-1 s gr 
% Polyline
n 6260 2662 m 6260 2617 l 6200 2617 l 6200 2662 l cp gs col-1 s gr 
% Polyline
n 6200 2722 m 6200 2677 l 6140 2677 l 6140 2722 l cp gs col-1 s gr 
% Polyline
n 6140 2782 m 6140 2737 l 6080 2737 l 6080 2782 l cp gs col-1 s gr 
% Polyline
n 6830 2602 m 6830 2557 l 6770 2557 l 6770 2602 l cp gs col-1 s gr 
% Polyline
n 6755 2662 m 6755 2617 l 6695 2617 l 6695 2662 l cp gs col-1 s gr 
% Polyline
n 6695 2722 m 6695 2677 l 6635 2677 l 6635 2722 l cp gs col-1 s gr 
% Polyline
n 6635 2782 m 6635 2737 l 6575 2737 l 6575 2782 l cp gs col-1 s gr 
% Polyline
n 6995 2602 m 6995 2557 l 6935 2557 l 6935 2602 l cp gs col-1 s gr 
% Polyline
n 6920 2662 m 6920 2617 l 6860 2617 l 6860 2662 l cp gs col-1 s gr 
% Polyline
n 6860 2722 m 6860 2677 l 6800 2677 l 6800 2722 l cp gs col-1 s gr 
% Polyline
n 6800 2782 m 6800 2737 l 6740 2737 l 6740 2782 l cp gs col-1 s gr 
% Open spline
gs n 6455.0 2257.0 m 6507.5 2219.5 l
	6507.5 2219.5 6560.0 2182.0 6597.5 2107.0 DrawSplineSection
	6597.5 2107.0 6635.0 2032.0 6672.5 1927.0 DrawSplineSection
	6672.5 1927.0 6710.0 1822.0 6777.5 1747.0 DrawSplineSection
	6777.5 1747.0 6845.0 1672.0 6882.5 1709.5 DrawSplineSection
	6882.5 1709.5 6920.0 1747.0 6942.5 1799.5 DrawSplineSection
	6942.5 1799.5 6965.0 1852.0 7025.0 2009.5 DrawSplineSection
	7025.0 2009.5 7085.0 2167.0 7122.5 2204.5 DrawSplineSection
	7122.5 2204.5 7160.0 2242.0 7212.5 2242.0 DrawSplineSection
	7265.0 2242.0 l  gs col-1 s gr
 gr

% Polyline
n 6485 1552 m 6380 1552 6380 2272 105 arcto 4 {pop} repeat
  6380 2377 7250 2377 105 arcto 4 {pop} repeat
  7355 2377 7355 1657 105 arcto 4 {pop} repeat
  7355 1552 6485 1552 105 arcto 4 {pop} repeat
 cp gs col-1 s gr 
% Polyline
n 6230 2527 m 5930 2827 l 7055 2827 l 7355 2527 l cp gs col-1 s gr 
% Polyline
n 7280 1552 m 7730 1702 l 7730 1702 l 7730 2227 l 7325 2362 l gs col-1 s gr 
% Polyline
n 6980 2377 m 6980 2527 l gs col-1 s gr 
% Polyline
n 7205 2377 m 7205 2527 l gs col-1 s gr 
% Polyline
n 6755 2377 m 6755 2527 l gs col-1 s gr 
% Polyline
n 7355 2527 m 7355 2752 l 7055 2827 l gs col-1 s gr 
% Polyline
n 7280 2317 m 7280 1627 l 6455 1627 l 6455 2317 l cp gs col-1 s gr 
15.000 slw
% Ellipse
n 7854 1907 124 131 0 360 DrawEllipse gs col-1 s gr

% Polyline
n 7863 2040 m 8348 1945 l gs col-1 s gr 
% Polyline
n 7862 1774 m 8348 1869 l gs col-1 s gr 
% Ellipse
n 3466 1907 124 131 0 360 DrawEllipse gs col-1 s gr

% Polyline
n 3475 2040 m 3960 1945 l gs col-1 s gr 
% Polyline
n 3474 1774 m 3960 1869 l gs col-1 s gr 
7.500 slw
% Polyline
n 2098 2560 m 2098 2515 l 2038 2515 l 2038 2560 l cp gs col-1 s gr 
% Polyline
n 2023 2620 m 2023 2575 l 1963 2575 l 1963 2620 l cp gs col-1 s gr 
% Polyline
n 1963 2680 m 1963 2635 l 1903 2635 l 1903 2680 l cp gs col-1 s gr 
% Polyline
n 1903 2740 m 1903 2695 l 1843 2695 l 1843 2740 l cp gs col-1 s gr 
% Polyline
n 2263 2560 m 2263 2515 l 2203 2515 l 2203 2560 l cp gs col-1 s gr 
% Polyline
n 2188 2620 m 2188 2575 l 2128 2575 l 2128 2620 l cp gs col-1 s gr 
% Polyline
n 2128 2680 m 2128 2635 l 2068 2635 l 2068 2680 l cp gs col-1 s gr 
% Polyline
n 2068 2740 m 2068 2695 l 2008 2695 l 2008 2740 l cp gs col-1 s gr 
% Polyline
n 2773 2560 m 2773 2515 l 2713 2515 l 2713 2560 l cp gs col-1 s gr 
% Polyline
n 2698 2620 m 2698 2575 l 2638 2575 l 2638 2620 l cp gs col-1 s gr 
% Polyline
n 2638 2680 m 2638 2635 l 2578 2635 l 2578 2680 l cp gs col-1 s gr 
% Polyline
n 2578 2740 m 2578 2695 l 2518 2695 l 2518 2740 l cp gs col-1 s gr 
% Polyline
n 1948 2560 m 1948 2515 l 1888 2515 l 1888 2560 l cp gs col-1 s gr 
% Polyline
n 1873 2620 m 1873 2575 l 1813 2575 l 1813 2620 l cp gs col-1 s gr 
% Polyline
n 1813 2680 m 1813 2635 l 1753 2635 l 1753 2680 l cp gs col-1 s gr 
% Polyline
n 1753 2740 m 1753 2695 l 1693 2695 l 1693 2740 l cp gs col-1 s gr 
% Polyline
n 2443 2560 m 2443 2515 l 2383 2515 l 2383 2560 l cp gs col-1 s gr 
% Polyline
n 2368 2620 m 2368 2575 l 2308 2575 l 2308 2620 l cp gs col-1 s gr 
% Polyline
n 2308 2680 m 2308 2635 l 2248 2635 l 2248 2680 l cp gs col-1 s gr 
% Polyline
n 2248 2740 m 2248 2695 l 2188 2695 l 2188 2740 l cp gs col-1 s gr 
% Polyline
n 2608 2560 m 2608 2515 l 2548 2515 l 2548 2560 l cp gs col-1 s gr 
% Polyline
n 2533 2620 m 2533 2575 l 2473 2575 l 2473 2620 l cp gs col-1 s gr 
% Polyline
n 2473 2680 m 2473 2635 l 2413 2635 l 2413 2680 l cp gs col-1 s gr 
% Polyline
n 2413 2740 m 2413 2695 l 2353 2695 l 2353 2740 l cp gs col-1 s gr 
% Open spline
gs n 2068.0 2215.0 m 2120.5 2177.5 l
	2120.5 2177.5 2173.0 2140.0 2210.5 2065.0 DrawSplineSection
	2210.5 2065.0 2248.0 1990.0 2285.5 1885.0 DrawSplineSection
	2285.5 1885.0 2323.0 1780.0 2390.5 1705.0 DrawSplineSection
	2390.5 1705.0 2458.0 1630.0 2495.5 1667.5 DrawSplineSection
	2495.5 1667.5 2533.0 1705.0 2555.5 1757.5 DrawSplineSection
	2555.5 1757.5 2578.0 1810.0 2638.0 1967.5 DrawSplineSection
	2638.0 1967.5 2698.0 2125.0 2735.5 2162.5 DrawSplineSection
	2735.5 2162.5 2773.0 2200.0 2825.5 2200.0 DrawSplineSection
	2878.0 2200.0 l  gs col-1 s gr
 gr

% Polyline
n 2098 1510 m 1993 1510 1993 2230 105 arcto 4 {pop} repeat
  1993 2335 2863 2335 105 arcto 4 {pop} repeat
  2968 2335 2968 1615 105 arcto 4 {pop} repeat
  2968 1510 2098 1510 105 arcto 4 {pop} repeat
 cp gs col-1 s gr 
% Polyline
n 1843 2485 m 1543 2785 l 2668 2785 l 2968 2485 l cp gs col-1 s gr 
% Polyline
n 2893 1510 m 3343 1660 l 3343 1660 l 3343 2185 l 2938 2320 l gs col-1 s gr 
% Polyline
n 2593 2335 m 2593 2485 l gs col-1 s gr 
% Polyline
n 2818 2335 m 2818 2485 l gs col-1 s gr 
% Polyline
n 2368 2335 m 2368 2485 l gs col-1 s gr 
% Polyline
n 2968 2485 m 2968 2710 l 2668 2785 l gs col-1 s gr 
% Polyline
n 2893 2275 m 2893 1585 l 2068 1585 l 2068 2275 l cp gs col-1 s gr 
15.000 slw
% Ellipse
n 3466 3437 124 131 0 360 DrawEllipse gs col-1 s gr

% Polyline
n 3475 3570 m 3960 3475 l gs col-1 s gr 
% Polyline
n 3474 3304 m 3960 3399 l gs col-1 s gr 
7.500 slw
% Polyline
n 2098 4105 m 2098 4060 l 2038 4060 l 2038 4105 l cp gs col-1 s gr 
% Polyline
n 2023 4165 m 2023 4120 l 1963 4120 l 1963 4165 l cp gs col-1 s gr 
% Polyline
n 1963 4225 m 1963 4180 l 1903 4180 l 1903 4225 l cp gs col-1 s gr 
% Polyline
n 1903 4285 m 1903 4240 l 1843 4240 l 1843 4285 l cp gs col-1 s gr 
% Polyline
n 2263 4105 m 2263 4060 l 2203 4060 l 2203 4105 l cp gs col-1 s gr 
% Polyline
n 2188 4165 m 2188 4120 l 2128 4120 l 2128 4165 l cp gs col-1 s gr 
% Polyline
n 2128 4225 m 2128 4180 l 2068 4180 l 2068 4225 l cp gs col-1 s gr 
% Polyline
n 2068 4285 m 2068 4240 l 2008 4240 l 2008 4285 l cp gs col-1 s gr 
% Polyline
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(grounds)g(the)g(bias.)88 4157 y(With)28 b Fc(gndstate)p
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4323 y(Qi/oVmon)41 b(\()p Ff(v)m(oid)p Fe(\))88 4422
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5356 y(3)p eop
%%Page: 4 4
4 3 bop -321 90 a Fe(LEDPulse)41 b(\()p Ff(in)m(t)28
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2788 y(2)g(=)g(+15)f(V)88 2887 y(3)h(=)g(-15)f(V)-168
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%%Page: 5 5
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b(o)r(o)28 b(Nam)f(CDMS)i(note)e(9712002.)d Fb(The)31
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%%EndSetup
%%Page: 1 1
1 0 bop -120 90 a Fe(1)132 b(General)44 b(Information)5
272 y Fd(\017)d Fc(General)26 b(Information)h(on)h(the)g(P)n(erl-based)
d(Electronics)h(In)n(terface)5 438 y Fd(\017)41 b Fc(A)27
b(Design)h(for)f(a)g(Net)h(Based)f(Ob)5 b(ject-Orien)n(ted)26
b(Slo)n(w)h(Con)n(trol)g(System)g(for)h(CDMS)5 604 y
Fd(\017)41 b Fc(The)27 b(CDMS)h(Net)h(Proto)r(col)c(&)j(GPIB)f(Proto)r
(col)f(User's)g(Guide)-120 879 y Fe(2)132 b Fb(rack.pl)5
1061 y Fd(\017)41 b Fa(rack.pl)24 b Fc(Source)j(Co)r(de)5
1227 y Fd(\017)41 b Fc(Con\014guration)26 b(File)h(Example)-120
1501 y Fe(3)132 b Fb(object.pm)5 1683 y Fd(\017)41 b
Fa(object.pm)24 b Fc(Source)i(Co)r(de)-120 1958 y Fe(4)132
b Fb(Savescript.pm)5 2139 y Fd(\017)41 b Fa(Savescript.pm)22
b Fc(Source)27 b(Co)r(de)-120 2414 y Fe(5)132 b Fb(ElecModule.pm)5
2596 y Fd(\017)41 b Fa(ElecModule.pm)22 b Fc(Source)27
b(Co)r(de)-120 2870 y Fe(6)132 b Fb(BLIPcard.pm)5 3052
y Fd(\017)41 b Fc(The)27 b(BLIP)g(card)g(Driv)n(er)5
3218 y Fd(\017)41 b Fa(BLIPcard.pm)23 b Fc(Source)j(Co)r(de)-120
3493 y Fe(7)132 b Fb(FLIP3UDriver.p)q(m)5 3675 y Fd(\017)41
b Fc(The)27 b(FLIP3U)g(Driv)n(er)g(Soft)n(w)n(are)5 3841
y Fd(\017)41 b Fc(DRIVER)28 b(Mo)r(dule)f(V2:)37 b(User's)27
b(Man)n(ual)5 4007 y Fd(\017)41 b Fa(FLIP3UDriver.pm)21
b Fc(Source)27 b(Co)r(de)-120 4281 y Fe(8)132 b Fb(FLIP3UQBias.pm)5
4463 y Fd(\017)41 b Fc(The)27 b(FLIP3U)g(QBias)g(card)f(Driv)n(er)5
4629 y Fd(\017)41 b Fc(QBias)26 b(Mo)r(dule:)37 b(User's)27
b(Man)n(ual)5 4795 y Fd(\017)41 b Fa(FLIP3UQBias.pm)21
b Fc(Source)27 b(Co)r(de)1809 5356 y(1)p eop
%%Page: 2 2
2 1 bop -120 90 a Fe(9)132 b Fb(FLIP3UQet.pm)5 272 y
Fd(\017)41 b Fc(The)27 b(FLIP3U)g(QET)g(card)g(Driv)n(er)5
438 y Fd(\017)41 b Fc(QET)26 b(Mo)r(dule:)37 b(User's)27
b(Man)n(ual)5 604 y Fd(\017)41 b Fa(FLIP3UQet.pm)22 b
Fc(Source)27 b(Co)r(de)-120 879 y Fe(10)132 b Fb(FLIP3USquid.pm)5
1061 y Fd(\017)41 b Fc(The)27 b(FLIP3U)g(SQUID)h(card)f(Driv)n(er)5
1227 y Fd(\017)41 b Fc(SQUID)28 b(Mo)r(dule:)37 b(User's)27
b(Man)n(ual)5 1393 y Fd(\017)41 b Fa(FLIP3USquid.pm)21
b Fc(Source)27 b(Co)r(de)-120 1667 y Fe(11)132 b Fb(RTFcard.pm)5
1849 y Fd(\017)41 b Fc(The)27 b(R)-7 b(TF)28 b(card)f(Driv)n(er)5
2015 y Fd(\017)41 b Fa(RTFcard.pm)23 b Fc(Source)k(Co)r(de)-120
2290 y Fe(12)132 b Fb(ZIPcard.pm)5 2471 y Fd(\017)41
b Fc(The)27 b(ZIP)g(card)g(Driv)n(er)5 2637 y Fd(\017)41
b Fa(ZIPcard.pm)23 b Fc(Source)k(Co)r(de)5 2804 y Fd(\017)41
b Fa(ZIPdriver.pm)22 b Fc(Source)27 b(Co)r(de)5 2970
y Fd(\017)41 b Fa(ZIPqbias.pm)23 b Fc(Source)j(Co)r(de)5
3136 y Fd(\017)41 b Fa(ZIPqet.pm)24 b Fc(Source)i(Co)r(de)5
3302 y Fd(\017)41 b Fa(ZIPsquid.pm)23 b Fc(Source)j(Co)r(de)-120
3576 y Fe(13)132 b(Digital)46 b(Ob)7 b(jects)5 3758 y
Fd(\017)41 b Fa(Digital.pm)23 b Fc(Source)k(Co)r(de)5
3924 y Fd(\017)41 b Fa(Control.pm)23 b Fc(Source)k(Co)r(de)5
4090 y Fd(\017)41 b Fa(DAC.pm)25 b Fc(Source)h(Co)r(de)-120
4365 y Fe(14)132 b(GPIB)44 b(Ob)7 b(jects)5 4547 y Fd(\017)41
b Fa(GPIBbox.pm)23 b Fc(Source)k(Co)r(de)5 4713 y Fd(\017)41
b Fa(GPIBconnection.)o(pm)21 b Fc(Source)27 b(Co)r(dee)5
4879 y Fd(\017)41 b Fa(GPIBinstr.pm)22 b Fc(Source)27
b(Co)r(de)1809 5356 y(2)p eop
%%Page: 3 3
3 2 bop -120 90 a Fe(15)132 b Fb(readscript.pl)5 272
y Fd(\017)41 b Fa(readscript.pl)22 b Fc(Source)27 b(Co)r(de)5
438 y Fd(\017)41 b Fc(An)28 b(Example)e(Script)-120 713
y Fe(16)132 b(P)l(ersistence)45 b(Example)5 894 y Fd(\017)c
Fc(An)28 b(Example)e(P)n(ersistence)g(File)-120 1169
y Fe(17)132 b(Old)45 b(In)l(terface)g(Programs)5 1351
y Fd(\017)c Fa(blip.pl)24 b Fc(Source)j(Co)r(de)5 1517
y Fd(\017)41 b Fa(f3udriver.pl)22 b Fc(Source)27 b(Co)r(de)5
1683 y Fd(\017)41 b Fa(f3uqbias.pl)23 b Fc(Source)j(Co)r(de)5
1849 y Fd(\017)41 b Fa(rtf.pl)25 b Fc(Source)h(Co)r(de)5
2015 y Fd(\017)41 b Fa(zip.pl)25 b Fc(Source)h(Co)r(de)1809
5356 y(3)p eop
%%Trailer
end
userdict /end-hook known{end-hook}if
%%EOF
End of Contents.ps
echo FLIP3UDriver.ps 1>&2 
cat >FLIP3UDriver.ps << 'End of FLIP3UDriver.ps'
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rulex neg 0 rlineto fill grestore}B /a{moveto}B /delta 0 N /tail{dup
/delta X 0 rmoveto}B /M{S p delta add tail}B /b{S p tail}B /c{-4 M}B /d{
-3 M}B /e{-2 M}B /f{-1 M}B /g{0 M}B /h{1 M}B /i{2 M}B /j{3 M}B /k{4 M}B
/w{0 rmoveto}B /l{p -4 w}B /m{p -3 w}B /n{p -2 w}B /o{p -1 w}B /q{p 1 w}
B /r{p 2 w}B /s{p 3 w}B /t{p 4 w}B /x{0 S rmoveto}B /y{3 2 roll p a}B
/bos{/SS save N}B /eos{SS restore}B end

%%EndProcSet
TeXDict begin 40258431 52099146 1000 600 600 (FLIP3UDriver.dvi)
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get 127 sub}B /ch-dx{ch-data dup length 1 sub get}B /ch-image{ch-data
dup type /stringtype ne{ctr get /ctr ctr 1 add N}if}B /id 0 N /rw 0 N
/rc 0 N /gp 0 N /cp 0 N /G 0 N /sf 0 N /CharBuilder{save 3 1 roll S dup
/base get 2 index get S /BitMaps get S get /ch-data X pop /ctr 0 N ch-dx
0 ch-xoff ch-yoff ch-height sub ch-xoff ch-width add ch-yoff
setcachedevice ch-width ch-height true[1 0 0 -1 -.1 ch-xoff sub ch-yoff
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/cp 0 N{rc 0 ne{rc 1 sub /rc X rw}{G}ifelse}imagemask restore}B /G{{id
gp get /gp gp 1 add N dup 18 mod S 18 idiv pl S get exec}loop}B /adv{cp
add /cp X}B /chg{rw cp id gp 4 index getinterval putinterval dup gp add
/gp X adv}B /nd{/cp 0 N rw exit}B /lsh{rw cp 2 copy get dup 0 eq{pop 1}{
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adv}B /rsh{rw cp 2 copy get dup 0 eq{pop 128}{dup 255 eq{pop 127}{dup 2
idiv S 128 and or}ifelse}ifelse put 1 adv}B /clr{rw cp 2 index string
putinterval adv}B /set{rw cp fillstr 0 4 index getinterval putinterval
adv}B /fillstr 18 string 0 1 17{2 copy 255 put pop}for N /pl[{adv 1 chg}
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length 1 sub dup 2 index S get sf div put}if put /ctr ctr 1 add N}B /I{
cc 1 add D}B /bop{userdict /bop-hook known{bop-hook}if /SI save N @rigin
0 0 moveto /V matrix currentmatrix dup 1 get dup mul exch 0 get dup mul
add .99 lt{/QV}{/RV}ifelse load def pop pop}N /eop{SI restore userdict
/eop-hook known{eop-hook}if showpage}N /@start{userdict /start-hook
known{start-hook}if pop /VResolution X /Resolution X 1000 div /DVImag X
/IE 256 array N 0 1 255{IE S 1 string dup 0 3 index put cvn put}for
65781.76 div /vsize X 65781.76 div /hsize X}N /p{show}N /RMat[1 0 0 -1 0
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{}B /RV statusdict begin /product where{pop false[(Display)(NeXT)
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ifelse end{{gsave TR -.1 .1 TR 1 1 scale rulex ruley false RMat{BDot}
imagemask grestore}}{{gsave TR -.1 .1 TR rulex ruley scale 1 1 false
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exch round exch itransform moveto rulex 0 rlineto 0 ruley neg rlineto
rulex neg 0 rlineto fill grestore}B /a{moveto}B /delta 0 N /tail{dup
/delta X 0 rmoveto}B /M{S p delta add tail}B /b{S p tail}B /c{-4 M}B /d{
-3 M}B /e{-2 M}B /f{-1 M}B /g{0 M}B /h{1 M}B /i{2 M}B /j{3 M}B /k{4 M}B
/w{0 rmoveto}B /l{p -4 w}B /m{p -3 w}B /n{p -2 w}B /o{p -1 w}B /q{p 1 w}
B /r{p 2 w}B /s{p 3 w}B /t{p 4 w}B /x{0 S rmoveto}B /y{3 2 roll p a}B
/bos{/SS save N}B /eos{SS restore}B end

%%EndProcSet
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% Interp Spline
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% Interp Spline
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2400 2250 m
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3975 900 m
gs 1 -1 sc (Object) col-1 sh gr
% Interp Spline
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% Polyline
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% Interp Spline
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7125 1950 m
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4425 1800 m
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150 4200 m
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4950 5925 m
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4950 4800 m
gs 1 -1 sc (n) col-1 sh gr
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1875 3225 m
gs 1 -1 sc (n) col-1 sh gr
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7650 3600 m
gs 1 -1 sc (n) col-1 sh gr
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1950 5325 m
gs 1 -1 sc (n) col-1 sh gr
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1950 3975 m
gs 1 -1 sc (n) col-1 sh gr
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1875 4875 m
gs 1 -1 sc (n) col-1 sh gr
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1875 4200 m
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2100 4500 m
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2025 5550 m
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2100 4125 m
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1725 3525 m
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5250 4800 m
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3525 6975 m
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3525 6450 m
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3375 6000 m
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3450 5475 m
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4575 1575 m
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e Ff(DATAWORD)c Fg(\014eld)k(con)n(tains)f(the)h(data)f(to)g(b)r(e)h
(sen)n(t)g(to)f(that)h(address,)g(and)g(the)-120 389
y Ff(READ/WRITE)21 b Fg(\014eld)j(con)n(tains)g(a)g Ff(0001)f
Fg(for)h(a)h(read)e(command)i(and)f(a)g Ff(0000)f Fg(for)h(a)g(write)h
(command.)35 b(The)25 b Ff(\045)f Fg(indicates)h(the)-120
489 y(b)r(eginning)c(of)g(the)g(commen)n(t,)h(and)f(the)g
Ff(COMMENT)d Fg(describ)r(es)i(the)i(op)r(eration)d(to)i(b)r(e)h(p)r
(erformed.)34 b(It)21 b(is)g(free)f(format,)i(except)-120
588 y(that)29 b(the)g(\014rst)g(w)n(ord)f(of)h(the)g(commen)n(t)g(m)n
(ust)g(lab)r(el)g(the)g(card's)f(t)n(yp)r(e)h(\(options)g(are)e(curren)
n(tly)h(BLIP)-7 b(,)29 b(FLIP3UDriv)n(er,)-120 688 y(FLIP3UQBias,)g(R)
-7 b(TF,)31 b(and)f(ZIP\).)f(\(P)n(ersistence)g(within)i(the)g(P)n(erl)
e(script-reading)f(program)g(requires)h(this)h(commen)n(t)-120
788 y(form.\))5 887 y(Once)36 b(created,)i(scripts)f(can)f(b)r(e)h
(read)f(and)h(executed)g(using)f(the)i Ff(readscript.pl)31
b Fg(executable)37 b(program.)62 b(This)-120 987 y(program)26
b(is)h(called)g(using)h(the)f(follo)n(wing)g(syn)n(tax:)-120
1169 y Ff(<prompt>)40 b(readscript.pl)e(SCRIPTNAME)i(ECHO)5
1352 y Fg(Both)23 b(\014elds)h(are)f(optional,)h(as)f(the)h(user)f
(will)h(b)r(e)g(prompted)g(for)f(them)h(if)h(they)e(are)g(omitted.)36
b(The)24 b Ff(SCRIPTNAME)c Fg(\014eld)-120 1452 y(should)29
b(con)n(tain)g(the)h(name)g(of)f(the)h(script)g(to)f(b)r(e)h(executed.)
43 b(The)30 b Ff(ECHO)e Fg(\014eld)i(should)f(con)n(tain)g(a)g
Ff(y)g Fg(if)h(the)g(user)f(wishes)-120 1551 y(the)f(executed)g(op)r
(erations)e(to)h(b)r(e)h(prin)n(ted)g(on)f(the)h(screen,)f(or)g(an)g
Ff(n)g Fg(otherwise.)5 1651 y Ff(readscript.pl)33 b Fg(cycles)k
(through)h(eac)n(h)g(line)g(of)h(the)g(script,)i(adds)d(commands)f(to)i
(an)f(instruction)g(queue,)j(and)-120 1751 y(executes)24
b(that)i(queue)e(at)h(the)g(end)g(of)g(the)g(script)g(\(or)f(whenev)n
(er)g(it)h(encoun)n(ters)f(a)g(\\read")f(command:)35
b(in)25 b(that)g(case,)g(the)-120 1850 y(program)g(executes)i(its)h
(queue,)f(p)r(erforms)g(the)g(read)g(command,)g(and)g(then)h(b)r(egins)
f(re\014lling)g(the)h(queue\).)37 b(Eac)n(h)26 b(time)h(a)-120
1950 y(command)c(is)g(read,)h(the)f(program)e(also)i(up)r(dates)g(the)h
(\\normal")d(p)r(ersistence)i(\014le.)36 b(Note,)24 b(ho)n(w)n(ev)n
(er,)e(that)i(the)f(command)-120 2050 y(is)g(not)h(actually)f(executed)
h(when)f(the)h(p)r(ersistence)g(\014le)f(is)h(mo)r(di\014ed!)36
b(Therefore,)23 b(if)h(program)e(execution)h(is)g(in)n(terrupted,)-120
2149 y(p)r(ersistence)30 b(ma)n(y)h(not)f(function)i(prop)r(erly)-7
b(.)45 b(W)-7 b(e)31 b(recommend)g(re-executing)e(the)j(script)e(if)h
(this)g(do)r(es)g(o)r(ccur;)h(that)f(will)-120 2249 y(guaran)n(tee)26
b(that)i(the)g(p)r(ersistence)f(remains)g(correct.)5
2348 y(Note)g(that)g(b)r(ecause)g(the)h(format)e(of)i(p)r(ersistence)e
(\014les)h(matc)n(hes)g(the)h(format)e(of)i(scripts,)e(p)r(ersistence)h
(\014les)g(can)g(also)-120 2448 y(b)r(e)h(used)g(as)f(scripts)g(\(this)
h(is)f(essen)n(tially)g(what)g(the)h Ff(powerUp)d Fg(command)i(do)r
(es\).)-120 2723 y Fh(References)-78 2904 y Fg([1])41
b(Stev)n(e)27 b(Eic)n(h)n(blatt,)g(Sae)g(W)-7 b(o)r(o)28
b(Nam)f(CDMS)i(note)e(9712002.)d Fe(The)31 b(CDMS)f(Net)f(Pr)l(oto)l(c)
l(ol)-78 3070 y Fg([2])41 b(Stev)n(e)27 b(Eic)n(h)n(blatt,)g(Stev)n(e)g
(F)-7 b(urlanetto)28 b Fe(The)i(BLIP)h(c)l(ar)l(d)f(Driver)-78
3237 y Fg([3])41 b(Stev)n(e)27 b(Eic)n(h)n(blatt,)g(Stev)n(e)g(F)-7
b(urlanetto)28 b Fe(The)i(R)-6 b(TF)30 b(c)l(ar)l(d)g(Driver)-78
3403 y Fg([4])41 b(Stev)n(e)27 b(F)-7 b(urlanetto)27
b Fe(The)k(ZIP)f(c)l(ar)l(d)g(Driver)1809 5356 y Fg(9)p
eop
%%Trailer
end
userdict /end-hook known{end-hook}if
%%EOF
End of PerlInterface.ps
echo QETManual.ps 1>&2 
cat >QETManual.ps << 'End of QETManual.ps'
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bd/a{currentpoint}bd/c/curveto ld/d/dup ld/e/eofill ld/f/fill ld/tr/translate
ld/gr/grestore ld/gs/gsave ld/j/setlinejoin ld/L/lineto ld/M/moveto ld/n
/newpath ld/cp/closepath ld/rm/rmoveto ld/sl/setlinewidth ld/sd/setdash ld/g
/setgray ld/r/setrgbcolor ld/s/stroke ld/t/show ld/aw/awidthshow ld/im
/imagemask ld/MS{moveto show}bd/SF{findfont exch scalefont setfont}bd/SM{cmtx
setmatrix}bd/MF{findfont exch makefont setfont}bd/CM{/cmtx matrix currentmatrix
def}bd/B{M exch dup 0 rlt exch 0 exch rlt neg 0 rlt}bd/CB{B cp eoclip}bd/EA{1
index 0/G0 put 4 string 1 1 4 -1 roll{3 copy neg exch cvs dup 0 71 put cvn 3 -1
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NTPSOct95 begin
%%Page: 1 1
NTPSOct95 /PageSV save put
11 780 translate 72 600 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
%%IncludeFont: Times-Roman
[83 0 0 -83 0 0]/Times-Roman MF
(QET Module: Users Manual)659 278 MS
(Page )2259 6180 MS
(1)2442 6180 MS
( of  3)2484 6180 MS
(This file is located on the Lab PC, at )659 578 MS
(D:\\users\\default\\Stanford )1898 578 MS
(QET.doc)2754 578 MS
%%IncludeFont: Times-Bold
[83 0 0 -83 0 0]/Times-Bold MF
(Power Control Circuitry)659 872 MS
(Backplane supplied voltages)659 1066 MS
[83 0 0 -83 0 0]/Times-Roman MF
(This module utilizes the following voltages available at the )659 1259 MS
(backplane:)2641 1259 MS
( FE+15, FE-15 and +5D.)659 1455 MS
(When the QET Module is plugged in, the circuitry voltages remain off for a period of approximately 1.3)659 1651 MS
(seconds, after which the two FE15 volt supplies are connected to the circuitry. Approximately 300)659 1749 MS
(milliseconds after application of the 15 volts, the 5D voltage is applied.)659 1847 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Board generated voltages.)659 2141 MS
[83 0 0 -83 0 0]/Times-Roman MF
(Four, very precise and stable, voltages are generated for the 4 channel DAC.  These voltages consist of the)659 2335 MS
(+10 and -10 for powering the DAC, and the +5 and -5 volts for the high and low references, respectively.)659 2433 MS
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1
roll put}bd/MapDegree{dup 16#b0 exch/degree IsChar{/degree}{/ring}ifelse MapCh}
bd/MapBB{dup 16#a6 exch/brokenbar IsChar{/brokenbar}{/bar}ifelse MapCh}bd
/reencode{findfont begin currentdict dup length dict begin{1 index/FID ne{def}
{pop pop}ifelse}forall/FontName exch def dup length 0 ne{/Encoding Encoding 256
array copy def 0 exch{dup type/nametype eq{Encoding 2 index 2 index put pop 1
add}{exch pop}ifelse}forall}if pop currentdict dup end end/FontName get exch
definefont dup MapDegree MapBB}bd/LATENC[0/grave/acute/circumflex/tilde/macron
/breve/dotaccent/dieresis/ring/cedilla/hungarumlaut/ogonek/caron/dotlessi/fi/fl
/Lslash/lslash/Zcaron/zcaron/minus/.notdef/.notdef/.notdef/.notdef/.notdef
/.notdef/.notdef/.notdef/.notdef/.notdef/.notdef/space/exclam/quotedbl
/numbersign/dollar/percent/ampersand/quotesingle/parenleft/parenright/asterisk
/plus/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight
/nine/colon/semicolon/less/equal/greater/question/at/A/B/C/D/E/F/G/H/I/J/K/L/M
/N/O/P/Q/R/S/T/U/V/W/X/Y/Z/bracketleft/backslash/bracketright/asciicircum
/underscore/grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z/braceleft
/bar/braceright/asciitilde/.notdef/.notdef/.notdef/quotesinglbase/florin
/quotedblbase/ellipsis/dagger/daggerdbl/circumflex/perthousand/Scaron
/guilsinglleft/OE/.notdef/.notdef/.notdef/.notdef/quoteleft/quoteright
/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark/scaron
/guilsinglright/oe/.notdef/.notdef/Ydieresis/.notdef/exclamdown/cent/sterling
/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine/guillemotleft
/logicalnot/hyphen/registered/macron/degree/plusminus/twosuperior/threesuperior
/acute/mu/paragraph/periodcentered/cedilla/onesuperior/ordmasculine
/guillemotright/onequarter/onehalf/threequarters/questiondown/Agrave/Aacute
/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute/Ecircumflex
/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde/Ograve/Oacute
/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave/Uacute/Ucircumflex
/Udieresis/Yacute/Thorn/germandbls/agrave/aacute/acircumflex/atilde/adieresis
/aring/ae/ccedilla/egrave/eacute/ecircumflex/edieresis/igrave/iacute
/icircumflex/idieresis/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis
/divide/oslash/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def
LATENC /_Times-Roman /Times-Roman reencode
[83 0 0 -83 0 0]/_Times-Roman MF
(A -3Volt level is produced by IC50\(page 1\), for supplying the negative supply voltage to IC\222s 15 & 25, on)659 2629 MS
(page 1.)659 2727 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Digital Interface)659 3021 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(In order to appear as a single gate load to the crate )659 3215 MS
(backplane, all of the lines are buffered. The data lines)2358 3215 MS
(are buffered by IC34, whereas the address, read and write lines are buffered by IC29. IC29 is operated in a)659 3313 MS
(unidirectional mode; always passing the )659 3411 MS
(backplane signals to this  module. The data lines \( IC34\), on the)2008 3411 MS
(other hand, have the direction controlled by the write line, but only if this particular module is being)659 3509 MS
(addressed The address this module responds to is determined by the address set up by switch  SW4, and)659 3607 MS
(IC35. IC35 compares the bit pattern of A08, A09, A10 and A12 with that of  SW4; if they match, the)659 3705 MS
(outputs of IC34 are enabled\(active\).)659 3803 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Digital to Analog Converter \(DAC\))659 4098 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(. This quad device allows the user to set the output voltage anywhere)1911 4098 MS
(in the range of  plus or minus five volts. A system reset sets the 4 outputs to zero volts. The 4 outputs)659 4196 MS
(control the following devices.)659 4294 MS
showpage
%%Page: 2 2
11 780 translate 72 600 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
[83 0 0 -83 0 0]/Times-Roman MF
(QET Module: Users Manual)659 278 MS
(Page )2259 6180 MS
(2)2442 6180 MS
( of  3)2484 6180 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Addressing)659 579 MS
(Module Address + 0; DAC0;)959 773 MS
[83 0 0 -83 0 0]/Times-Roman MF
(  )1974 773 MS
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1
roll put}bd/MapDegree{dup 16#b0 exch/degree IsChar{/degree}{/ring}ifelse MapCh}
bd/MapBB{dup 16#a6 exch/brokenbar IsChar{/brokenbar}{/bar}ifelse MapCh}bd
/reencode{findfont begin currentdict dup length dict begin{1 index/FID ne{def}
{pop pop}ifelse}forall/FontName exch def dup length 0 ne{/Encoding Encoding 256
array copy def 0 exch{dup type/nametype eq{Encoding 2 index 2 index put pop 1
add}{exch pop}ifelse}forall}if pop currentdict dup end end/FontName get exch
definefont dup MapDegree MapBB}bd/LATENC[0/grave/acute/circumflex/tilde/macron
/breve/dotaccent/dieresis/ring/cedilla/hungarumlaut/ogonek/caron/dotlessi/fi/fl
/Lslash/lslash/Zcaron/zcaron/minus/.notdef/.notdef/.notdef/.notdef/.notdef
/.notdef/.notdef/.notdef/.notdef/.notdef/.notdef/space/exclam/quotedbl
/numbersign/dollar/percent/ampersand/quotesingle/parenleft/parenright/asterisk
/plus/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight
/nine/colon/semicolon/less/equal/greater/question/at/A/B/C/D/E/F/G/H/I/J/K/L/M
/N/O/P/Q/R/S/T/U/V/W/X/Y/Z/bracketleft/backslash/bracketright/asciicircum
/underscore/grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z/braceleft
/bar/braceright/asciitilde/.notdef/.notdef/.notdef/quotesinglbase/florin
/quotedblbase/ellipsis/dagger/daggerdbl/circumflex/perthousand/Scaron
/guilsinglleft/OE/.notdef/.notdef/.notdef/.notdef/quoteleft/quoteright
/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark/scaron
/guilsinglright/oe/.notdef/.notdef/Ydieresis/.notdef/exclamdown/cent/sterling
/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine/guillemotleft
/logicalnot/hyphen/registered/macron/degree/plusminus/twosuperior/threesuperior
/acute/mu/paragraph/periodcentered/cedilla/onesuperior/ordmasculine
/guillemotright/onequarter/onehalf/threequarters/questiondown/Agrave/Aacute
/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute/Ecircumflex
/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde/Ograve/Oacute
/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave/Uacute/Ucircumflex
/Udieresis/Yacute/Thorn/germandbls/agrave/aacute/acircumflex/atilde/adieresis
/aring/ae/ccedilla/egrave/eacute/ecircumflex/edieresis/igrave/iacute
/icircumflex/idieresis/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis
/divide/oslash/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def
LATENC /_Times-Roman /Times-Roman reencode
[83 0 0 -83 0 0]/_Times-Roman MF
(Reads or writes \223)2159 773 MS
[83 0 0 -83 0 0]/Times-Bold MF
(A SENSOR BIAS)2732 773 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224  voltage.)3360 773 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 1;)959 969 MS
[83 0 0 -83 0 0]/_Times-Roman MF
( )1703 969 MS
[83 0 0 -83 0 0]/Times-Bold MF
(DAC1;)1724 969 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(  )1974 969 MS
(Reads or writes \223)2159 969 MS
[83 0 0 -83 0 0]/Times-Bold MF
(B SENSOR BIAS)2732 969 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224  voltage.)3356 969 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 2)959 1165 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(;)1675 1165 MS
[83 0 0 -83 0 0]/Times-Bold MF
( DAC2;  )1698 1165 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(Reads or writes \223)2159 1165 MS
[83 0 0 -83 0 0]/Times-Bold MF
(C SENSOR BIAS)2732 1165 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224  voltage.)3360 1165 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 3)959 1362 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(; )1675 1362 MS
[83 0 0 -83 0 0]/Times-Bold MF
(DAC3 ;)1719 1362 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(Reads or writes \223)2159 1362 MS
[83 0 0 -83 0 0]/Times-Bold MF
(D SENSOR BIAS)2732 1362 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224  voltage.)3360 1362 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 4)959 1559 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(; )1675 1559 MS
[83 0 0 -83 0 0]/Times-Bold MF
(CSR0;)1719 1559 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(Reads or writes the Control and status register Zero \()2159 1559 MS
[83 0 0 -83 0 0]/Times-Bold MF
(CSR)3919 1559 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(0\))4085 1559 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 5)959 1756 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(Not used.)2159 1756 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 6)959 1953 MS
[83 0 0 -83 0 0]/_Times-Roman MF
( )1675 1953 MS
(A write to this address, generates a module )2159 1953 MS
[83 0 0 -83 0 0]/Times-Bold MF
(RESET.)3608 1953 MS
(.)959 2052 MS
(Module Address + 7)959 2149 MS
[83 0 0 -83 0 0]/_Times-Roman MF
( )1675 2149 MS
(A write to this address causes the heater to be pulsed.)2159 2149 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Control and Status Register \(CSR0\), Bit assignments)659 2444 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(The address of CSR0 is 4. The Control and Status Register consists of IC41. It is a 16 bit register with  8)659 2638 MS
(LSB\222s  that can be both, read from and written to, and have the following control functions.)659 2736 MS
(Bit 0)1559 2932 MS
(calibrate/measure A)1859 2932 MS
(Bit 1)1559 3030 MS
(calibrate/measure B)1859 3030 MS
(Bit 2)1559 3128 MS
(calibrate/measure C)1859 3128 MS
(Bit 3)1559 3226 MS
(calibrate/measure D)1859 3226 MS
(Bit 4)1559 3324 MS
(Heater Pulse width =   ???milliseconds.)1859 3324 MS
(Bit 5)1559 3422 MS
(Heater Pulse wid)1859 3422 MS
(th =   ???milliseconds..)2426 3422 MS
(Bit 6)1559 3520 MS
(Heater Pulse width =   ???milliseconds.)1859 3520 MS
(Bit 7)1559 3618 MS
(Heater Pulse width =   ???milliseconds..)1859 3618 MS
(Bit 8)1559 3814 MS
(Enable Heater A)1859 3814 MS
(Bit 9)1559 3912 MS
(Enable Heater B)1859 3912 MS
(Bit 10)1559 4010 MS
(Enable Heater C)1859 4010 MS
(Bit 11)1559 4108 MS
(Enable Heater D)1859 4108 MS
(Bit 12)1559 4206 MS
(CSR0-12)1859 4206 MS
(Bit 13)1559 4304 MS
(CSR0-13)1859 4304 MS
(Bit 14)1559 4402 MS
(CSR0-14)1859 4402 MS
(Bit 15)1559 4500 MS
(CSR0-15)1859 4500 MS
showpage
%%Page: 3 3
11 780 translate 72 600 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
[83 0 0 -83 0 0]/Times-Roman MF
(QET Module: Users Manual)659 278 MS
(Page )2259 6180 MS
(3)2442 6180 MS
( of  3)2484 6180 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 0)659 579 MS
(calibrate/measure A:)959 579 MS
[83 0 0 -83 0 0]/Times-Roman MF
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1
roll put}bd/MapDegree{dup 16#b0 exch/degree IsChar{/degree}{/ring}ifelse MapCh}
bd/MapBB{dup 16#a6 exch/brokenbar IsChar{/brokenbar}{/bar}ifelse MapCh}bd
/reencode{findfont begin currentdict dup length dict begin{1 index/FID ne{def}
{pop pop}ifelse}forall/FontName exch def dup length 0 ne{/Encoding Encoding 256
array copy def 0 exch{dup type/nametype eq{Encoding 2 index 2 index put pop 1
add}{exch pop}ifelse}forall}if pop currentdict dup end end/FontName get exch
definefont dup MapDegree MapBB}bd/LATENC[0/grave/acute/circumflex/tilde/macron
/breve/dotaccent/dieresis/ring/cedilla/hungarumlaut/ogonek/caron/dotlessi/fi/fl
/Lslash/lslash/Zcaron/zcaron/minus/.notdef/.notdef/.notdef/.notdef/.notdef
/.notdef/.notdef/.notdef/.notdef/.notdef/.notdef/space/exclam/quotedbl
/numbersign/dollar/percent/ampersand/quotesingle/parenleft/parenright/asterisk
/plus/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight
/nine/colon/semicolon/less/equal/greater/question/at/A/B/C/D/E/F/G/H/I/J/K/L/M
/N/O/P/Q/R/S/T/U/V/W/X/Y/Z/bracketleft/backslash/bracketright/asciicircum
/underscore/grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z/braceleft
/bar/braceright/asciitilde/.notdef/.notdef/.notdef/quotesinglbase/florin
/quotedblbase/ellipsis/dagger/daggerdbl/circumflex/perthousand/Scaron
/guilsinglleft/OE/.notdef/.notdef/.notdef/.notdef/quoteleft/quoteright
/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark/scaron
/guilsinglright/oe/.notdef/.notdef/Ydieresis/.notdef/exclamdown/cent/sterling
/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine/guillemotleft
/logicalnot/hyphen/registered/macron/degree/plusminus/twosuperior/threesuperior
/acute/mu/paragraph/periodcentered/cedilla/onesuperior/ordmasculine
/guillemotright/onequarter/onehalf/threequarters/questiondown/Agrave/Aacute
/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute/Ecircumflex
/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde/Ograve/Oacute
/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave/Uacute/Ucircumflex
/Udieresis/Yacute/Thorn/germandbls/agrave/aacute/acircumflex/atilde/adieresis
/aring/ae/ccedilla/egrave/eacute/ecircumflex/edieresis/igrave/iacute
/icircumflex/idieresis/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis
/divide/oslash/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def
LATENC /_Times-Roman /Times-Roman reencode
[83 0 0 -83 0 0]/_Times-Roman MF
(A \223High\224 value on this bit, puts channel  A, in the \223)1859 579 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Calibrate)3574 579 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode.)3912 579 MS
(In the Calibrate mode, an external signal, named \223)659 678 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Variable)2326 678 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224, is selected by IC15, and sent to the \223A Bias\224)2636 678 MS
(output. If bit 0 is \223Low\224, channel A is in the \223)659 777 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Measure)2179 777 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode, and the output voltage of channel A is)2490 777 MS
(controlled by DAC 0. In the measure mode, it\222s also possible to pulse the output with a larger magnitude)659 875 MS
(voltage for a period determined by CSR0 bits 4 through 7.)659 973 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 1)659 1170 MS
(calibrate/measure B:)959 1170 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(A \223High\224 value on this bit, puts channel  B, in the \223)1859 1170 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Calibrate)3571 1170 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode.)3909 1170 MS
(In the Calibrate mode, an external signal, named \223)659 1269 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Variable)2326 1269 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224, is selected by IC15, and sent to the \223B Bias\224)2636 1269 MS
(output. If bit 0 is \223Low\224, channel B is in the \223)659 1368 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Measure)2176 1368 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode, and the output voltage of channel B is)2487 1368 MS
(controlled by DAC 1. In the measure mode, it\222s also possible to pulse the output with a larger magnitude)659 1466 MS
(voltage for a period determined by CSR0 bits 4 through 7.)659 1564 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 2)659 1761 MS
(calibrate/measure C:)959 1761 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(A \223High\224 value on this bit, puts channel  C, in the \223)1859 1761 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Calibrate)3570 1761 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode.)3908 1761 MS
(In the Calibrate mode, an external signal, named \223)659 1860 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Variable)2326 1860 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224, is selected by IC15, and sent to the \223C Bias\224)2636 1860 MS
(output. If bit 0 is \223Low\224, channel C is in the \223)659 1959 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Measure)2175 1959 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode, and the output voltage of channel C is)2486 1959 MS
(controlled by DAC 0. In the measure mode, it\222s also possible to pulse the output with a larger magnitude)659 2057 MS
(voltage for a period determined by CSR0 bits 4 through 7)659 2155 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 3)659 2351 MS
(calibrate/measure D:)959 2351 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(D \223High\224 value on this bit, puts channel  D, in the \223)1859 2351 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Calibrate)3576 2351 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode.)3914 2351 MS
(In the Calibrate mode, an external signal, named \223)659 2450 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Variable)2326 2450 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224, is selected by IC15, and sent to the \223D Bias\224)2636 2450 MS
(output. If bit 0 is \223Low\224, channel D is in the \223)659 2549 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Measure)2180 2549 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(\224 mode, and the output voltage of channel D is)2491 2549 MS
(controlled by DAC 0. In the measure mode, it\222s also possible to pulse the output with a larger magnitude)659 2647 MS
(voltage for a period determined by CSR0 bits 4 through 7)659 2745 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bits 04, 05, 06, & 07)659 2941 MS
(Heater Pulse width,)1559 2941 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(  These four bits allow the pulse width to be set for 16)2261 2941 MS
(different widths in 100 millisecond increments; bit 4 is the LSB. The minimum width is 100milliseconds)659 3039 MS
(and the maximum width is 1.7 seconds.)659 3137 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bits 08 through 11)659 3334 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(These bits select  the channels that will generate a heater pulse when the heater is)1559 3334 MS
(pulsed\(see )659 3433 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Addressing, )1031 3433 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(above)1769 3433 MS
[83 0 0 -83 0 0]/Times-Bold MF
(\).)1968 3433 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(Bit 08 High, enables heater pulsing for channel A.)959 3531 MS
(Bit 09 High, enables heater pulsing for channel B.)959 3629 MS
(Bit 10 High, enables heater pulsing for channel C.)959 3727 MS
(Bit 11 High, enables heater pulsing for channel D.)959 3825 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bits 9 through 15 )659 4120 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(inclusive, are unused.)1295 4120 MS
showpage
PageSV restore
%%Trailer
%%DocumentNeededFonts:
%%+ Times-Bold
%%+ Times-Roman
%%DocumentSuppliedFonts:
end
%%Pages: 3
%%EOF
End of QETManual.ps
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4385 y(sa)n(v)n(eScript)40 b(\()p Ff(String)27 b Fc(filename)p
Fe(,)e Ff(in)m(t)i Fc(overwrite)p Fe(\))88 4485 y(Sa)n(v)n(es)38
b(all)i(subsequen)n(t)f(GPIB)h(commands)f(to)h Fc(filename)p
Fe(.)70 b(Commands)40 b(are)f(sa)n(v)n(ed)f(in)i(format)g(readable)e(b)
n(y)88 4585 y(LABView)30 b(in)n(terface)f(and)h(P)n(erl)f(script)h
(reading)f(routine.)44 b(The)30 b Fc(overwrite)c Fe(\014eld)31
b(is)f(optional)f(\(if)i(omitted,)g(and)88 4684 y(relev)-5
b(an)n(t,)27 b(user)g(will)h(b)r(e)h(prompted)e(for)h(it\).)38
b(The)28 b(p)r(ossible)g(c)n(hoices)e(are:)37 b Fc(1)27
b Fe(to)h(app)r(end)g(to)g(existing)g Fc(filename)p Fe(,)c
Fc(2)88 4784 y Fe(to)j(o)n(v)n(erwrite)f Fc(filename)p
Fe(,)e(or)j Fc(3)g Fe(to)g(cancel)g(if)i Fc(filename)24
b Fe(exists.)-300 4950 y(endScript)42 b(\()p Ff(v)m(oid)p
Fe(\))88 5050 y(Ceases)26 b(sa)n(ving)g(commands)h(to)h(a)f(\014le.)
1809 5356 y(1)p eop
%%Page: 2 2
2 1 bop -326 90 a Fe(enableBo)n(x)40 b(\()p Ff(v)m(oid)p
Fe(\))88 190 y(Enables)26 b(comm)n(unication)h(with)h(GPIB)f(b)r(o)n
(x.)37 b(Note)27 b(that)h(this)g(only)f(w)n(orks)f(for)h(curren)n(t)g
(b)r(o)n(x.)-345 356 y(disableBo)n(x)40 b(\()p Ff(v)m(oid)p
Fe(\))88 456 y(Disables)27 b(comm)n(unication)g(with)h(GPIB)f(b)r(o)n
(x.)36 b(Note)28 b(that)g(this)g(only)f(w)n(orks)f(for)h(curren)n(t)g
(b)r(o)n(x.)-362 622 y(accum)n(ulate)41 b(\()p Ff(v)m(oid)p
Fe(\))88 721 y(Creates)28 b(a)h(queue)g(of)g(commands)g(for)f(the)i
(GPIB)f(b)r(o)n(x.)41 b(Will)30 b(not)f(execute)h(them)f(un)n(til)h
(\\execute")e(command)h(is)88 821 y(giv)n(en;)d(then)j(it)f(will)f(do)h
(them)g(all)f(at)h(once.)-454 987 y(unaccum)n(ulate)41
b(\()p Ff(v)m(oid)p Fe(\))88 1086 y(T)-7 b(urns)27 b(o\013)g(accum)n
(ulation)g(feature.)37 b(Note)27 b(that)h(the)g(remaining)f(items)h(in)
g(the)f(queue)h(are)f(NOT)g(executed.)-224 1253 y(execute)42
b(\()p Ff(v)m(oid)p Fe(\))88 1352 y(Executes)26 b(all)i(commands)f(in)h
(the)g(GPIB)f(b)r(o)n(x)g(queue.)-277 1518 y(p)r(o)n(w)n(erUp)41
b(\()p Ff(v)m(oid)p Fe(\))88 1618 y(Resets)24 b(con)n(trol)g(registers)
f(and)i(D)n(A)n(Cs)g(to)g(the)g(v)-5 b(alues)25 b(that)g(are)f(b)r
(eliev)n(ed)h(b)n(y)f(the)i(soft)n(w)n(are)d(to)i(b)r(e)g(true.)36
b(Designed)88 1717 y(for)27 b(use)g(when)h(p)r(o)n(w)n(er)e(is)i(sh)n
(ut)f(o\013)h(to)f(b)r(oard)g(without)h(reloading)e(program.)-165
1883 y(toFile)42 b(\()p Ff(String)27 b Fc(filename)p
Fe(\))88 1983 y(Sa)n(v)n(es)f(curren)n(t)g(card)h(settings)h(to)f
(\014le)h Fc(filename)p Fe(.)-260 2149 y(fromFile)42
b(\()p Ff(String)27 b Fc(filename)p Fe(\))88 2249 y(Reads)g(card)f
(settings)i(from)f Fc(filename)d Fe(and)k(sets)f(registers)f(and)h(D)n
(A)n(Cs)h(to)f(those)h(settings.)-78 2415 y(init)42 b(\()p
Ff(v)m(oid)p Fe(\))88 2514 y(Resets)26 b(registers)e(and)i(D)n(A)n(Cs)g
(to)h(initial)f(v)-5 b(alues)26 b(\(D)n(A)n(Cs)g(set)h(at)f(zero,)f
(\014lters)h(selected)h(to)f(b)r(e)g(0,)h(and)f(all)g(c)n(hannels)88
2614 y(disabled\).)-120 2846 y Fa(3.2)150 b(Setting)36
b(up)i(the)f(D)m(A)m(C's)-277 3000 y Fe(PHiD)n(A)n(C)42
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 3099 y(Sets)f(the)h
(Phonon)f(high)g(lev)n(el)g(trigger)f(D)n(A)n(C)i(to)g
Fc(Voltage)c Fe(V)-7 b(olts.)-285 3265 y(PLoD)n(A)n(C)41
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 3365 y(Sets)f(the)h
(Phonon)f(lo)n(w)g(lev)n(el)g(trigger)f(D)n(A)n(C)i(to)f
Fc(Voltage)e Fe(V)-7 b(olts.)-285 3531 y(QHiD)n(A)n(C)42
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 3631 y(Sets)f(the)h
(Charge)e(high)i(lev)n(el)f(trigger)f(D)n(A)n(C)i(to)f
Fc(Voltage)e Fe(V)-7 b(olts.)-293 3797 y(QLoD)n(A)n(C)41
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 3896 y(Sets)f(the)h
(Charge)e(lo)n(w)h(lev)n(el)g(trigger)f(D)n(A)n(C)i(to)g
Fc(Voltage)c Fe(V)-7 b(olts.)-350 4062 y(PHiThresh)41
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 4162 y(Sets)f(the)h
(Phonon)f(high)g(lev)n(el)g(trigger)f(threshold)h(to)h
Fc(Voltage)d Fe(V)-7 b(olts.)-358 4328 y(PLoThresh)40
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 4428 y(Sets)f(the)h
(Phonon)f(lo)n(w)g(lev)n(el)g(trigger)f(threshold)h(to)g
Fc(Voltage)e Fe(V)-7 b(olts.)-358 4594 y(QHiThresh)41
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 4693 y(Sets)f(the)h
(Charge)e(high)i(lev)n(el)f(trigger)f(threshold)h(to)h
Fc(Voltage)c Fe(V)-7 b(olts.)-366 4859 y(QLoThresh)40
b(\()p Ff(\015oat)28 b Fc(Voltage)p Fe(\))88 4959 y(Sets)f(the)h
(Charge)e(lo)n(w)h(lev)n(el)g(trigger)f(threshold)i(to)f
Fc(Voltage)e Fe(V)-7 b(olts.)1809 5356 y(2)p eop
%%Page: 3 3
3 2 bop -120 90 a Fa(3.3)112 b(Setting)37 b(up)h(the)f(Con)m(trol)f
(Registers)-204 243 y Fe(Enable)41 b(\()p Ff(String)27
b Fc(channel)p Fe(\))88 343 y(Enable)k Ff(c)m(hannel)p
Fe(.)50 b(Channels)31 b(are)g(\\P1",)g(\\P2",)g(\\P3",)g(\\P4",)f
(\\Qi",\\Qo".)47 b(If)32 b Fc(channel)d Fe(is)i(omitted,)j(enables)88
443 y(all)27 b(c)n(hannels.)-261 609 y(EnableP)41 b(\()p
Ff(v)m(oid)p Fe(\))88 708 y(Enables)26 b(c)n(hannels)h(\\P1",)f(\\P2",)
g(\\P3",)f(\\P4".)-269 874 y(EnableQ)41 b(\()p Ff(v)m(oid)p
Fe(\))88 974 y(Enables)26 b(c)n(hannels)h(\\Qi",\\Qo".)-221
1140 y(Disable)42 b(\()p Ff(String)27 b Fc(channel)p
Fe(\))88 1240 y(Disable)g Ff(c)m(hannel)p Fe(.)38 b(Channels)27
b(are)f(same)h(as)g(for)g(Enable.)37 b(If)88 1339 y(tt)28
b(c)n(hannel)f(is)g(omitted,)h(disables)f(all)h(c)n(hannels.)-277
1505 y(DisableP)41 b(\()p Ff(v)m(oid)p Fe(\))88 1605
y(Disables)27 b(c)n(hannels)g(\\P1",)e(\\P2",)h(\\P3",)g(\\P4".)-285
1771 y(DisableQ)41 b(\()p Ff(v)m(oid)p Fe(\))88 1871
y(Disables)27 b(c)n(hannels)g(\\Qi",\\Qo".)-258 2037
y(setFilter)42 b(\()p Ff(String)27 b Fc(channel)p Fe(,)p
Ff(in)m(t)e Fc(number)p Fe(\))88 2136 y(Set)j(the)g(Filter)f(on)h
Fc(channel)c Fe(to)k Fc(number)p Fe(.)88 2236 y(\014lters)f(are)88
2336 y(0:)36 b(No)27 b(input)i(\014lter)88 2435 y(1:)36
b(1)27 b(kHz)h(notc)n(h)f(\014lter)88 2535 y(2:)36 b(Times)28
b(10)88 2634 y(3:)36 b(Bessel)27 b(Lo)n(w-P)n(ass)d(\014lter)88
2734 y(If)k Fc(channel)c Fe(is)k(omitted,)g(sets)f(all)h(c)n(hannels)e
(to)i(appropriate)e(\014lter.)-120 3009 y Fd(References)-78
3190 y Fe([1])41 b(Stev)n(e)27 b(Eic)n(h)n(blatt,)g(Sae)g(W)-7
b(o)r(o)28 b(Nam)f(CDMS)i(note)e(9712002.)d Fb(The)31
b(CDMS)f(Net)f(Pr)l(oto)l(c)l(ol)-78 3357 y Fe([2])41
b(Stev)n(e)27 b(Eic)n(h)n(blatt,)g(Stev)n(e)g(F)-7 b(urlanetto)28
b Fb(The)i(BLIP)h(Car)l(d)g(Driver)-78 3523 y Fe([3])41
b(Stev)n(e)27 b(Eic)n(h)n(blatt,)g(Stev)n(e)g(F)-7 b(urlanetto)28
b Fb(Gener)l(al)i(Information)h(on)f(the)g(Perl-b)l(ase)l(d)g(Ele)l
(ctr)l(onics)h(Interfac)l(e)1809 5356 y Fe(3)p eop
%%Trailer
end
userdict /end-hook known{end-hook}if
%%EOF
End of RTFdriver.ps
echo SQUIDManual.ps 1>&2 
cat >SQUIDManual.ps << 'End of SQUIDManual.ps'
%!PS-Adobe-3.0
%%Title: Microsoft Word - Stanford SQU…
%%Creator: Windows NT 4.0
%%CreationDate: 15:8 6/12/1997
%%Pages: (atend)
%%BoundingBox: 11 11 598 780
%%LanguageLevel: 2
%%DocumentNeededFonts: (atend)
%%DocumentSuppliedFonts: (atend)
%%EndComments
%%BeginProlog

%%BeginResource: procset NTPSOct95
/NTPSOct95 100 dict dup begin/bd{bind def}bind def/ld{load def}bd/ed{exch def}
bd/a{currentpoint}bd/c/curveto ld/d/dup ld/e/eofill ld/f/fill ld/tr/translate
ld/gr/grestore ld/gs/gsave ld/j/setlinejoin ld/L/lineto ld/M/moveto ld/n
/newpath ld/cp/closepath ld/rm/rmoveto ld/sl/setlinewidth ld/sd/setdash ld/g
/setgray ld/r/setrgbcolor ld/s/stroke ld/t/show ld/aw/awidthshow ld/im
/imagemask ld/MS{moveto show}bd/SF{findfont exch scalefont setfont}bd/SM{cmtx
setmatrix}bd/MF{findfont exch makefont setfont}bd/CM{/cmtx matrix currentmatrix
def}bd/B{M exch dup 0 rlt exch 0 exch rlt neg 0 rlt}bd/CB{B cp eoclip}bd/EA{1
index 0/G0 put 4 string 1 1 4 -1 roll{3 copy neg exch cvs dup 0 71 put cvn 3 -1
roll exch put}for pop}bd/rlt/rlineto ld/L2?/languagelevel where{pop
languagelevel 2 ge}{false}ifelse def end def 
%%EndResource
%%EndProlog
%%BeginSetup
[{0
/languagelevel where{pop languagelevel 2 ge}{false}ifelse
{1 dict dup/JobTimeout 4 -1 roll put setuserparams}
{statusdict/setjobtimeout get exec}ifelse
}stopped cleartomark
[{240
/languagelevel where{pop languagelevel 2 ge}{false}ifelse
{1 dict dup/WaitTimeout 4 -1 roll put setuserparams}
{statusdict/waittimeout 3 -1 roll put}ifelse
}stopped cleartomark
/#copies 1 def
[{
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statusdict begin 600 setresolution end
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statusdict begin 2 setpapertray end
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[{
%%BeginFeature: *PageRegion Letter
letter
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%%EndSetup
NTPSOct95 begin
%%Page: 1 1
NTPSOct95 /PageSV save put
11 780 translate 72 600 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
%%IncludeFont: Times-Roman
[83 0 0 -83 0 0]/Times-Roman MF
(SQUID Module: Users Manual:  )659 312 MS
%%IncludeFont: Times-Bold
[117 0 0 -117 0 0]/Times-Bold MF
( DRAFT Version)1765 312 MS
[83 0 0 -83 0 0]/Times-Roman MF
( Originated 06/11/97)659 416 MS
(Merle Haldeman )2179 416 MS
(Revised 06/11/97)3673 416 MS
(Page )2346 6180 MS
(1)2529 6180 MS
(This file is located on the Lab PC, at )659 578 MS
(D:\\users\\default\\Stanford )1898 578 MS
(SQUID.doc)2754 578 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Supplied Voltages)659 775 MS
(Power Control Circuitry)659 969 MS
[83 0 0 -83 0 0]/Times-Roman MF
(This module utilizes the following voltages available at the )659 1162 MS
(backplane:)2641 1162 MS
(+15, -15, FE+15, FE-15 and +5D.)659 1358 MS
(When the SQUID Module is plugged in, the circuitry voltages remain off for a period of approximately 1.5)659 1554 MS
(seconds, after which all of the 15 volt supplies are connected to the circuitry. Approximately 300)659 1652 MS
(milliseconds after application of the 15 volts, the 5D voltage is applied.)659 1750 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Board generated voltages.)659 1947 MS
[83 0 0 -83 0 0]/Times-Roman MF
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1
roll put}bd/MapDegree{dup 16#b0 exch/degree IsChar{/degree}{/ring}ifelse MapCh}
bd/MapBB{dup 16#a6 exch/brokenbar IsChar{/brokenbar}{/bar}ifelse MapCh}bd
/reencode{findfont begin currentdict dup length dict begin{1 index/FID ne{def}
{pop pop}ifelse}forall/FontName exch def dup length 0 ne{/Encoding Encoding 256
array copy def 0 exch{dup type/nametype eq{Encoding 2 index 2 index put pop 1
add}{exch pop}ifelse}forall}if pop currentdict dup end end/FontName get exch
definefont dup MapDegree MapBB}bd/LATENC[0/grave/acute/circumflex/tilde/macron
/breve/dotaccent/dieresis/ring/cedilla/hungarumlaut/ogonek/caron/dotlessi/fi/fl
/Lslash/lslash/Zcaron/zcaron/minus/.notdef/.notdef/.notdef/.notdef/.notdef
/.notdef/.notdef/.notdef/.notdef/.notdef/.notdef/space/exclam/quotedbl
/numbersign/dollar/percent/ampersand/quotesingle/parenleft/parenright/asterisk
/plus/comma/hyphen/period/slash/zero/one/two/three/four/five/six/seven/eight
/nine/colon/semicolon/less/equal/greater/question/at/A/B/C/D/E/F/G/H/I/J/K/L/M
/N/O/P/Q/R/S/T/U/V/W/X/Y/Z/bracketleft/backslash/bracketright/asciicircum
/underscore/grave/a/b/c/d/e/f/g/h/i/j/k/l/m/n/o/p/q/r/s/t/u/v/w/x/y/z/braceleft
/bar/braceright/asciitilde/.notdef/.notdef/.notdef/quotesinglbase/florin
/quotedblbase/ellipsis/dagger/daggerdbl/circumflex/perthousand/Scaron
/guilsinglleft/OE/.notdef/.notdef/.notdef/.notdef/quoteleft/quoteright
/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark/scaron
/guilsinglright/oe/.notdef/.notdef/Ydieresis/.notdef/exclamdown/cent/sterling
/currency/yen/brokenbar/section/dieresis/copyright/ordfeminine/guillemotleft
/logicalnot/hyphen/registered/macron/degree/plusminus/twosuperior/threesuperior
/acute/mu/paragraph/periodcentered/cedilla/onesuperior/ordmasculine
/guillemotright/onequarter/onehalf/threequarters/questiondown/Agrave/Aacute
/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute/Ecircumflex
/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde/Ograve/Oacute
/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave/Uacute/Ucircumflex
/Udieresis/Yacute/Thorn/germandbls/agrave/aacute/acircumflex/atilde/adieresis
/aring/ae/ccedilla/egrave/eacute/ecircumflex/edieresis/igrave/iacute
/icircumflex/idieresis/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis
/divide/oslash/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def
LATENC /_Times-Roman /Times-Roman reencode
[83 0 0 -83 0 0]/_Times-Roman MF
(The 4 voltages listed below are generated on board. The \223Q\224 voltages are generated from the \223FE\224 voltages)659 2140 MS
(using three terminal regulators, and are used for operating the several \223Current feedback amplifiers\224 utilized)659 2238 MS
(in the signal path from input to output. The \223QD\224 voltages ,generated from the +15 and -15 voltages, are)659 2336 MS
(used primarily for digital circuitry requiring \223Quiet\224 supply voltages.)659 2434 MS
(+5Q, -5Q, +5QD and -5QD.)659 2728 MS
(Additionally, 4 very precise, and stable, voltages are generated for powering the 4 channel DAC.  These)659 2924 MS
(voltages consist of the +10 and -10 for powering the DAC, and the +5 and -5 volts for the high and low)659 3022 MS
(references.)659 3120 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Digital Interface)659 3511 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(In order to appear as a single gate load to the crate )659 3705 MS
(backplane, all of the lines are buffered. The data lines)2358 3705 MS
(are buffered by IC34, whereas the address, read and write lines are buffered by IC29. IC29 is operated in a)659 3803 MS
(unidirectional mode; always passing the )659 3901 MS
(backplane signals to this  module. The data lines \( IC34\), on the)2008 3901 MS
(other hand, have the direction controlled by the write line, but only if this particular module is being)659 3999 MS
(addressed The address this module responds to is determined by the address set up by switch  SW4, and)659 4097 MS
(IC35.)659 4195 MS
(Digital to Analog Converter \(DAC\). This quad device allows the user to set the output voltage anywhere in)659 4587 MS
(the range of  plus or minus five volts. A system reset sets the 4 outputs to zero volts. The 4 outputs control)659 4685 MS
(the following devices.)659 4783 MS
showpage
%%Page: 2 2
11 780 translate 72 600 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
[83 0 0 -83 0 0]/Times-Roman MF
(SQUID Module: Users Manual:  )659 312 MS
[117 0 0 -117 0 0]/Times-Bold MF
( DRAFT Version)1765 312 MS
[83 0 0 -83 0 0]/Times-Roman MF
( Originated 06/11/97)659 416 MS
(Merle Haldeman )2179 416 MS
(Revised 06/11/97)3673 416 MS
(Page )2346 6180 MS
(2)2529 6180 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Addressing)659 775 MS
(Module Address + 0; DAC0;)959 969 MS
[83 0 0 -83 0 0]/Times-Roman MF
(  )1974 969 MS
(Reads or writes the SQUID Bias voltage.)2159 969 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 1;)959 1165 MS
[83 0 0 -83 0 0]/Times-Roman MF
( )1703 1165 MS
[83 0 0 -83 0 0]/Times-Bold MF
(DAC1;)1724 1165 MS
[83 0 0 -83 0 0]/Times-Roman MF
(  )1974 1165 MS
(Reads or writes the second stage gain. The range varies  from)2159 1165 MS
(approximately 0.5 to 5)2159 1264 MS
[83 0 0 -83 0 0]/Times-Bold MF
(.)2912 1264 MS
(Module Address + 2)959 1460 MS
[83 0 0 -83 0 0]/Times-Roman MF
(;)1675 1460 MS
[83 0 0 -83 0 0]/Times-Bold MF
( DAC2;  )1698 1460 MS
[83 0 0 -83 0 0]/Times-Roman MF
(Reads or writes an offset voltage into the last stage of)2159 1460 MS
(amplification, before leaving the SQUID Module, for the)2159 1558 MS
(Driver Module and subsequently, the Data Acquisition)2159 1656 MS
(System.)2159 1754 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 3)959 1950 MS
[83 0 0 -83 0 0]/Times-Roman MF
(; )1675 1950 MS
[83 0 0 -83 0 0]/Times-Bold MF
(DAC3 ;)1719 1950 MS
[83 0 0 -83 0 0]/Times-Roman MF
(Reads or writes an offset voltage at the input of the first stage)2159 1950 MS
(of amplification, for an adjustment of  + or - 50 )2159 2048 MS
(millivolts.)3756 2048 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 4)959 2343 MS
[83 0 0 -83 0 0]/Times-Roman MF
(; )1675 2343 MS
[83 0 0 -83 0 0]/Times-Bold MF
(CSR0;)1719 2343 MS
[83 0 0 -83 0 0]/Times-Roman MF
(Reads or writes the Control and status register Zero \(CSR0\))2159 2343 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 5)959 2540 MS
[83 0 0 -83 0 0]/Times-Roman MF
(A write to this address, arms the )2159 2540 MS
(zapper circuitry.)3250 2540 MS
(A read to this address, causes an inverted SQUID)2159 2736 MS
(Module output signal.)2159 2834 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 6)959 3031 MS
[83 0 0 -83 0 0]/Times-Roman MF
( )1675 3031 MS
(A write to this address, )2159 3031 MS
(disarmes the  )2947 3031 MS
(zapper circuitry.)3405 3031 MS
(A read to this address, produces  an )2159 3227 MS
(noninverted, SQUID)3364 3227 MS
(Module output signal.)2159 3325 MS
(.)959 3521 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Module Address + 7)959 3620 MS
[83 0 0 -83 0 0]/Times-Roman MF
( )1675 3620 MS
(A write to this address causes a module reset.)2159 3620 MS
showpage
%%Page: 3 3
11 780 translate 72 600 div dup neg scale
0 0 transform .25 add round .25 sub exch .25 add round .25 sub exch itransform translate
[83 0 0 -83 0 0]/Times-Roman MF
(SQUID Module: Users Manual:  )659 312 MS
[117 0 0 -117 0 0]/Times-Bold MF
( DRAFT Version)1765 312 MS
[83 0 0 -83 0 0]/Times-Roman MF
( Originated 06/11/97)659 416 MS
(Merle Haldeman )2179 416 MS
(Revised 06/11/97)3673 416 MS
(Page )2346 6180 MS
(3)2529 6180 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Control and Status Register \(CSR0\), Bit assignments)659 677 MS
[83 0 0 -83 0 0]/Times-Roman MF
(The address of CSR0 is 4. The Control and Status Register consists of IC41. It is a 16 bit register with  8)659 871 MS
/IsChar{exch/CharStrings get exch known}bd/MapCh{3 -1 roll/Encoding get 3 1
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LATENC /_Times-Roman /Times-Roman reencode
[83 0 0 -83 0 0]/_Times-Roman MF
(LSB\222s  that can be both, read from and written to, and have the following control functions.)659 969 MS
(Bit 0)1559 1165 MS
(calibrate/measure)1859 1165 MS
(Bit 1)1559 1263 MS
(zap_mode)1859 1263 MS
(Bit 2)1559 1361 MS
(Zap Voltage = 2 volts)1859 1361 MS
(Bit 3)1559 1459 MS
(Zap Voltage = 4 volts)1859 1459 MS
(Bit 4)1559 1557 MS
(Zap pulse width = 100 )1859 1557 MS
(millisec.)2628 1557 MS
(Bit 5)1559 1655 MS
(Zap pulse width = 200 )1859 1655 MS
(millisec.)2628 1655 MS
(Bit 6)1559 1753 MS
(Zap pulse width = 400 )1859 1753 MS
(millisec.)2628 1753 MS
(Bit 7)1559 1851 MS
(Zap pulse width = 800 )1859 1851 MS
(millisec.)2628 1851 MS
(Bit 8)1559 2047 MS
(Zapper Armed)1859 2047 MS
(Bit 9)1559 2145 MS
(CSR0-9)1859 2145 MS
(Bit 10)1559 2243 MS
(CSR0-10)1859 2243 MS
(Bit 11)1559 2341 MS
(CSR0-11)1859 2341 MS
(Bit 12)1559 2439 MS
(CSR0-12)1859 2439 MS
(Bit 13)1559 2537 MS
(CSR0-13)1859 2537 MS
(Bit 14)1559 2635 MS
(CSR0-14)1859 2635 MS
(Bit 15)1559 2733 MS
(CSR0-15)1859 2733 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 0)659 3028 MS
(calibrate/measure,)959 3028 MS
[83 0 0 -83 0 0]/_Times-Roman MF
( puts the SQUID Module, either in the \223Calibrate\224 mode , or the \223Measure\224)1616 3028 MS
(mode. In the Calibrate mode\(Bit 0 = 1\), the integrator, \(IC7, Q2 and Q3\) has it\222s input opened and the)659 3126 MS
(integrator is placed in the reset mode\(Q3 \223on\224\) and IC\222s 5 and 9 are enabled. In the Measure mode\(Bit 0 =)659 3224 MS
(0\), the integrator, \(IC7, Q2 and Q3\) has it\222s input connected, and the integrator is placed in the integrate)659 3322 MS
(mode\(Q3 \223off\224\), and IC\222s 5 and 9 are disabled.)659 3420 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 1)659 3617 MS
(zap_mode,)959 3617 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(  puts the SQUID Module either in the \223Synchronous \224 or  \223 Asynchronous\224 zapping)1339 3617 MS
(mode.)659 3715 MS
(In the  asynchronous mode\(CSR0, Bit 1 is low\), writing to address 5  will zap the circuit.)659 3911 MS
(In the  synchronous mode\(CSR0, Bit 1 is high\), writing to address 5  will arm the )659 4107 MS
(zaping  circuitry, causing)3378 4107 MS
(the circuit to get zapped by a subsequent \223TRIG\224 signal, received from the )659 4205 MS
(backplane. After a Synchronous)3164 4205 MS
(zap, the zapping circuit is automatically disarmed.)659 4303 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bits 2 & 3)659 4500 MS
(zap_voltage,)1259 4500 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(  These two bits set the zap voltage for  0, 1.25, 2.5, or 3.75 Volts. Bit 2 is)1703 4500 MS
(the LSB.)659 4598 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bits 4, 5, 6, & 7)659 4795 MS
(zap_width,)1259 4795 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(  These four bits allow the zap duration to be set for 16 different widths in 100)1651 4795 MS
(millisecond increments; bit 4 is the LSB.)659 4893 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bit 8)659 5090 MS
(Zapper armed, )959 5090 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(this bit is read back only,   bit giving the status of the )1512 5090 MS
(armming circuitry.)3293 5090 MS
[83 0 0 -83 0 0]/Times-Bold MF
(Bits 9 through 15 )659 5287 MS
[83 0 0 -83 0 0]/_Times-Roman MF
(inclusive, are unused.)1295 5287 MS
showpage
PageSV restore
%%Trailer
%%DocumentNeededFonts:
%%+ Times-Bold
%%+ Times-Roman
%%DocumentSuppliedFonts:
end
%%Pages: 3
%%EOF
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	10553.2 4050.9 10535.3 4481.6 10435 4725 curveto
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