Plans for MAD-X in UAL/SXF

N.Malitsky MAD-X Day 2005 , Sept 23, 2005

Plans for MAD-X in UAL/SXF

Nikolay Malitsky


Outline

1998-2003: Standard eXchange Format After the First MAD-X Day: MADX-SXF-UAL suite 2004-2005: Accelerator Description eXchange Format 2.0 Since 2005: Joining the RHIC online and offline models After the Second MAD-X Day: MADX-ADXF-UAL suite

Life before and after the MAD-X Days:


SXF: Standard eXchange Format http://www.ual.bnl.gov/ref/sxf/index.html


rhic_injection.sxf

unique element name

MAD element type

design element name

design element attributesdeviations (individualelement attributes)


MADX-UAL Suite for RHIC Off-line Accelerator Design and Simulation (EPAC 2004)

Accelerator Physics 2D/3D plots

Instrumentation-like Display

UAL 1.9 Off-line Model

MADX 1.7Design Toolkit

Lattice Database

RHIC

Magnet Database

SXF

R.Fliller, N.Malitsky, F.Pilat, V.Ptitsyn, S.Tepikian, J.Wei (BNL), F.Schmidt (CERN), R.Talman (Cornell)


Accelerator Description Exchange Format (ADXF)

Inspired by E.Forest’s “fibre bundles” and ROOT Detector geometry description. Adds a new concept, “installed” element. Addresses several issues:

sharing of common “real” elements by several sectors; supporting of design and operational accelerator descriptions; connecting of accelerator and detector models; TBD

ADXF 2.0 New Objectives and Features (2004)

ADXF 1.0 (1998)

Response to the Iselin-Keil-Talman Accelerator Description Standard (ADS) request Based on the XML technology Integrated the MAD sequence and UAL element attribute sets


Accelerator Description Exchange Format (ADXF 2.x)USPAS 2005

• ADXF file is a XML representation of the accelerator state (The Element Concept)• Its schema has been mapped from the SMF 2.x object model.

<xs:schema … <xs:include schemaLocation=“adxf_simple_types.xsd” /> <xs:include schemaLocation=“adxf_abstract_types.xsd” /> <xs:include schemaLocation=“adxf_core.xsd” /> <xs:include schemaLocation=“adxf_attribute_sets.xsd” /> <xs:include schemaLocation=“adxf_mad_elements.xsd” /> <xs:element name=“adxf” > <xs:complexType> <xs:sequence> <xs:element ref=“constants” minOccurs=“0” maxOccurs=“unbounded” /> <xs:element ref=“elements” minOccurs=“0” maxOccurs=“unbounded” /> <xs:element ref=“sectors” minOccurs=“0” maxOccurs=“unbounded” /> </xs:sequence> … </xs:element></xs:schema>

adxf.xsd <adxf …. > <constants> <constant name=“lb” value=“3.58896” /> <constant name=“ab” value=“0.0151186” /> … </constants> <elements> <sbend name=”d0mp08” l=“lb” angle=”ab” /> <element name=”bi8-dh0” design=”d0mp08“ > <mfield b=”0 0 0.005476 0.033503” a=”0. 0 -0.010166 0.024366” /> </element> … </elements> <sectors> <sector name=blue” > <frame ref=“bi8-dh0” at=“661.74662424” /> … </sector> </sectors></adxf>

rhic.adxf

Position (local or global) of the installed componentwhich could be a common point for connecting with the Detector description

coreextensions


Accelerator Propagator Description Format (APDF) PAC 2003

• APDF file is a XML representation of the accelerator propagator (The Algorithm Concept)• Its schema is under development.

<apdf> <propagator name=“simple” accelerator=“blue” > <link algorithm=“TIBETAN::SectorTracker”

sector = “Default” /> <link algorithm=“TIBETAN::RFCavityTracker” elements=“rfac1” /> <link algorithm=“TIBETAB::WCMonitor”

elements=“mend” /> </propagator></apdf>

Simple matrix-based tracker

simple.apdf

<apdf> <propagator name=“mia” accelerator=“blue”> <link algorithm=“TEAPOT::DriftTracker” types = “Default” /> <link algorithm=“TEAPOT::DriftTracker” types=“Marker|Drift|[VH]monitor|Monitor” /> <link algorithm=“TEAPOT::DipoleTracker” types=“SBend” /> <link algorithm=“TEAPOT::MltTracker” types=“Quadrupole|Sextupole|Multipole|Kicker” /> <link algorithm=“TIBETAN::RFCavityTracker” types=“RfCavity” /> <link algorithm=“AIM::Monitor” types=“Monitor” /> …. </propagator></apdf>

Element-by-Element tracker for Model Independent Analysis studies

mia.apdf

Applications range from small specialtasks to full-scale realistic beam dynamicsstudies


Joining the RHIC Online and Off-line ModelsPAC 2005

Accelerator Physics 2D/3D plots

Instrumentation-like Display


MADX 1.7Design Toolkit

Lattice Database

RHIC

Magnet Database

SXF

K.Brown, A.Fedotov, N.D’Imperio, J.Kewisch, A.Luccio, N.Malitsky, F.Pilat, V.Ptitsyn, T.Satogata, S.Tepikian, J.Wei (BNL), R.Talman (Cornell)

ADXF


Accelerator Physics PlayerROOT 2005, Sept 28-30, CERN

An open collection of algorithms

An open collectionof viewers

UAL::USPAS::BasicPlayer* player = new UAL::USPAS::BasicPlayer(); player->setShell(&shell); qApp.setMainWidget(player); player->show(); qApp.exec();


Accelerator Physics Player (continued)ROOT 2005, Sept 28-30, CERN

Bunch 2D Distributions(based on ROOT TH2F)

Turn-By-Turn BPM data(based on ROOT TH2F or TGraph )

Twiss plots (based on ROOT TGraph)

Bunch 3D Distributions(based on COIN 3D)


Status of the MADX-SXF-UAL suite

MAD-X 3.x has been installed on the BNL/CAD computerfarm with gcc 4.0.1 (July 2005) and g95 compilers. MADX – SXF – UAL interface will be repaired before

the RHIC Run 2006.


AGS and RHIC Online and Offline Models based onMADX-ADXF-UAL suite

MADX-UAL-ROOT

Accelerator Physics Studio


MADX 3.xDesign Toolkit

Lattice Database

AGS & RHIC

Magnet Database

SXF

AGS ADXF file

ADXF


Progress will be posted … Thank Roger Katz for asking to be specific about Model

Plans for MAD-X in UAL/SXF

Documents

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