PowerPoint Presentation

Mantid

Current Development and Future PlansNicholas DraperICNS 20131What Is MantidA framework that supports high-performance computing and visualisation of scientific data.Manipulate and analyse Neutron and Muon data.Neutron ScatteringDiffraction, spectroscopy, small angle, reflectometryMuon SpectroscopyCould be applied to other techniquesOpen SourceMultiple Platforms Windows, Linux, Mac

2Project History

3Architectural Design - OverviewFuture Instrument specific UIMantid FrameworkPythonCommand line & Scripting interfaceMantidPlot Graphing and analysisRAW data filesNEXUS data filesFuture Instrument specific UIInstrument log filesAPIWorkspacesDAE direct accessAlgorithms

User Defined

User Defined4Plug in extensions5Members

6Contributors

NMI3 supported evaluationIN4,5 & 6D33

FocusLujan Nexus Load algorithm

MibemolImproving McStas Mantid integrationLoadMcStas

TofTof

7What can we do - Visualization

8What we can do - Tools

9What can we do - Visualization

10What we can do - ScriptingPython ControlWithin MantidPlot or command lineiPython ShellIntegrated numPyPython PluginsAlgorithmsFitting functionsUser interfacesAutomated reduction

11Live data reduction

12Live data reduction

13Future Plans

14Intelligent Run ControlDoes statistic meet criteria

BEGIN RunDefine Region of interestUpdate from DAE & Reduce data to S(q,w)Calculate statistic for ROIDefine error bar criteriaNOYESEND run

15Current high Volume datausers need to:Use SSHUse VNCUse VPNfederal ID and passwordAlso 3D views will not work well

16A possible solution

17Web data access and reduction

18Further informationProject web page - www.mantidproject.org

VATES Poster - Poster Session BTessella - Stand 18

Many Thanks to the Project SponsorsAnd the development team

19