"MCRunProcessStatus.fMCRunNumber",
"fCorsikaFileAvail" => "MCRunProcessStatus.fCorsikaInputCreated",
);
$timelimits = array
(
"fCorsikaInputCreated" => "1",
"fCorsikaFileAvail" => "60",
);
$checkwhere = array
(
"fParticleTypeName" => CheckWhere("fParticleTypeKEY"),
"fAtmosphericModelName" => CheckWhere("fAtmosphericModelKEY"),
);
$checkgroup = array
(
"fParticleTypeName" => CheckGroup("fParticleTypeKEY"),
"fAtmosphericModelName" => CheckGroup("fAtmosphericModelKEY"),
);
$checkstatusgroup = array
(
"fCorsikaInputCreated" => CheckStatusGroup("fCorsikaInputCreatedStatus"),
"fCorsikaFileAvail" => CheckStatusGroup("fCorsikaFileAvailStatus"),
);
$alias = array
(
// "fRunNumber" => "Run#",
"Run#" => "Run#",
"fNumEvents" => "#Evts",
"SUM(fNumEvents)" => "Evts",
"fParticleTypeName" => "Particle",
"fAtmosphericModelName" => "Atm.Model",
"fCorsikaInputCreated" => "Input",
"fCorsikaFileAvail" => "Corsika",
"fStartTime" => "Process",
"fFailedTime" => "Failed",
"fReturnCode" => "Ret
Code",
"fProgramId" => "Prgr
Id",
"fZenithDistanceMin" => "Zd
Min",
"fZenithDistanceMax" => "Zd
Max",
"fAzimuthMin" => "Az
Min",
"fAzimuthMax" => "Az
Max",
"Min(fZenithDistanceMin)" => "ZDMin",
"Max(fZenithDistanceMax)" => "ZDMax",
"fEnergyMin" => "EMin
[GeV]",
"fEnergyMax" => "EMax
[GeV]",
"fImpactMax" => "Impact
[cm]",
"fViewConeMax" => "View
cone
[deg]",
"fEnergySlope" => "Slope",
"fNumReUseShower" => "#ShowerReUse",
"fStartingAltitude" => "Altitude
[g/sqcm]",
"fMirrorDiameter" => "Mirror
diam.
[cm]",
);
$rightalign = array
(
// $alias["fRunNumber"] => "1",
$alias["fNumEvents"] => "1",
$alias["fZenithDistanceMin"] => "1",
$alias["fZenithDistanceMax"] => "1",
$alias["fAzimuthMin"] => "1",
$alias["fAzimuthMax"] => "1",
$alias["fEnergyMin"] => "1",
$alias["fEnergyMax"] => "1",
$alias["fImpactMax"] => "1",
$alias["fViewConeMax"] => "1",
$alias["fEnergySlope"] => "1",
$alias["fNumReUseShower"] => "1",
$alias["fStartingAltitude"] => "1",
$alias["fMirrorDiameter"] => "1",
"Time" => "1",
"Runs" => "1",
"Evts" => "1",
);
function GetCheck($fromtable, $val)
{
$checks = array
(
"fParticleTypeName" => $fromtable . ".fParticleTypeKEY",
"fAtmosphericModelName" => $fromtable . ".fAtmosphericModelKEY",
);
$check="";
if (!empty($checks[$val]))
$check=$checks[$val];
return $check;
}
function GetTable($fromtable, $val)
{
$tables = array
(
"fNumEvents" => $fromtable . ".fNumEvents",
"fMCRunNumber" => "MCCorsikaRunData.fMCRunNumber",
"fRawFileAvail" => "RunProcessStatus.fRawFileAvail",
"SUM(fRunTime)/3600" => "'Time [h]'",
"SUM(fNumEvents)" => "'Evts'",
"fStartTime" => "fStartTime",
"fFailedTime" => "fFailedTime",
"fReturnCode" => "fReturnCode",
"fProgramId" => "fProgramId",
"fParticleTypeName" => "ParticleType.fParticleTypeName",
"fAtmosphericModelName" => "AtmosphericModel.fAtmosphericModelName",
"fAzimuthMin" => $fromtable . ".fAzimuthMin",
"fAzimuthMax" => $fromtable . ".fAzimuthMax",
"fZenithDistanceMin" => $fromtable . ".fZenithDistanceMin",
"fZenithDistanceMax" => $fromtable . ".fZenithDistanceMax",
"fEnergyMin" => $fromtable . ".fEnergyMin",
"fEnergyMax" => $fromtable . ".fEnergyMax",
"fImpactMax" => $fromtable . ".fImpactMax",
"fViewConeMax" => $fromtable . ".fViewConeMax",
"fEnergySlope" => $fromtable . ".fEnergySlope",
"fNumReUseShower" => $fromtable . ".fNumReUseShower",
"fStartingAltitude" => $fromtable . ".fStartingAltitude",
"fMirrorDiameter" => $fromtable . ".fMirrorDiameter",
"Min(fZenithDistanceMin)" => "'ZDMin'",
"Max(fZenithDistanceMax)" => "'ZDMax'",
);
$table="";
if (!empty($tables[$val]))
$table=$tables[$val];
if ($val=="Tel:Run/File")
$table="'Tel:Run/File'";
if ($val=="Tel:Sequ")
$table="CONCAT('M', Sequences.fTelescopeNumber, ':', LPAD(Sequences.fSequenceFirst, 8, '0'))";
if ($val=="NumRuns")
$table="'# Runs'";
if ($val=="NumSequ")
$table="'# Sequ'";
if ($val=="NumDS")
$table="'# Datasets'";
if ($val=="NumDays")
$table="'# days'";
if (empty($table))
$table=$val;
return $table;
}
function GetJoin($fromtable, $val)
{
$joins = array
(
"fParticleTypeName" => " LEFT JOIN ParticleType USING(fParticleTypeKEY) ",
"fAtmosphericModelName" => " LEFT JOIN AtmosphericModel USING(fAtmosphericModelKEY) ",
);
$join="";
if (!empty($joins[$val]))
$join=$joins[$val];
return $join;
}
?>