On the OMFIT modeling framework and the development of steady ...
On the OMFIT modeling framework and the development of steady ...
On the OMFIT modeling framework and the development of steady ...
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<strong>OMFIT</strong> philosophy <strong>and</strong> design<br />
• Recognize <strong>and</strong> encourage reuse <strong>of</strong> existing work<br />
• Allow inter-operativity <strong>of</strong> many data formats<br />
• Easily integrate existing scripts/widgets/s<strong>of</strong>twares/...<br />
• Ease <strong>the</strong> way <strong>of</strong> working...<br />
• Interactive graphical environment<br />
• High level APIs for remote& parallel execution, GUIs, visualization<br />
• GUIs hide complexity for streamline analysis & inexperienced users<br />
• ...without limiting possibilities<br />
• All data/parameters are always accessible<br />
• Modular structure with arbitrary organization<br />
• Scripting (Python)<br />
• Facilitate <strong>modeling</strong>-experiment interaction<br />
• Integration with MDS+, PTDATA, SQL databases, etc...<br />
• Create a cooperative environment<br />
• Sharing <strong>of</strong> physics modules among users<br />
• Open-source, based on open-source s<strong>of</strong>tware<br />
• It’s all about being generic, generic <strong>and</strong> generic
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