Streamline Topology Analysis Library psiclone Using COT Representation

psiclone is a Python library for Topological Flow Data Analysis (TFDA).

It is currently under development and not publicly released. We permit free use exclusively for academic purposes. If you wish to use psiclone for academic research, please contact us at the address below.

Developer: Tomoki Uda < uda {n} @ sci.u-toyama.ac.jp >
(replace n with the smallest cardinal number).

Version Information

Supported version 0.4.2

References

When publishing academic results, please be sure to cite the following paper (and, if possible, let Uda know).

• Tomoki Uda, Tomoo Yokoyama, Takashi Sakajo, Algorithms Converting Streamline Topologies for 2D Hamiltonian Vector Fields Using Reeb Graphs and Persistent Homology, TJSIAM, 2019, Vol. 29, No. 2, pp. 187–224, DOI:10.11540/jsiamt.29.2_187.

Related Patents

• Takashi Sakajo and Tomoo Yokoyama, FLUID TRANSITION ROUTE ACQUISITION APPARATUS, FLUID TRANSITION ROUTE ACQUISITION METHOD, AND PROGRAM, JST (US2016259864 (A1))
• Takashi Sakajo and Tomoo Yokoyama, REGULAR EXPRESSION CREATION METHOD AND REGULAR EXPRESSION CREATION DEVICE OF FLOW PATTERN, AND COMPUTER-EXECUTABLE PROGRAM, JST, WO2016072515 (A1)
• Takashi Sakajo and Tomoo Yokoyama, METHOD FOR WORD REPRESENTATION OF FLOW PATTERN, APPARATUS FOR WORD REPRESENTATION, AND PROGRAM, JST, US9442894 (B2); US2015248377 (A1)
• Takashi Sakajo, Tomoo Yokoyama, Yoichi Sawamura and Takashi Ishihara, FLUID TRANSITION ANALYSIS DEVICE, FLUID TRANSITION ANALYSIS METHOD, AND PROGRAM, JST, WO2015029479 (A1)