Advanced Features and Enhancements for Particle Tracking Code (PTC) and Related Modules

Feb 07, 2026

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This document outlines a comprehensive wish list for enhancing the Particle Tracking Code (PTC) and related modules over a timeline of 4 to 6 weeks. Key enhancements include support for flushing buffers, improving memory leak management, and implementing user-defined penalty functions. Additionally, it aims to address matching algorithms with PTC and other systems (like ITEP), synchronization with strength limits, and the introduction of space charge effects. Other important features include interactive plotting capabilities, communication between modules, and optimizations for dynamic static configurations.

1 particle tracking code 2 memory management 3 userdefined functions 4 interactive plotting 5 synchronization 6 space charge effects 7 matching algorithms 8 dynamic configurations text

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Advanced Features and Enhancements for Particle Tracking Code (PTC) and Related Modules

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MAD-X Wish List • Pool Dump 4-6 weeks (low) • Flushing buffers FS • Kill Memory Leaks FS • Delta/p  PTC • Matching with PTC FS, (ITEP) • RMAT, TMAT Matching OB • User defined Penalty Functions OB • Matching with Strength Limits OB&FS (low) • Synchrotron Radiation Alexander Bolshakov (ITEP) • LCAV  PTC FS • Space Charge, Wake fields  GSI module keeper • Translation of coor without the change of change of reference  PTC FS • Fint different at both ends CM • Nested Elements of different lengths and types EF&FS • Communication with other Modules FS • Time dependent effects VK • Interactive Plotting on Windows HG&JJ • DYNAMIC/STATIC FS&ITEP • Ptc_Twiss FS • Equilibrium emittance improve (EMIT) FZ (low) • BMPM NO! • Toucheck FZ&CM • RPM NO!
Urgent
Nice to have