Read and write PicoQuant PTU and related files (PHU, PCK, PCO, PFS, PUS, PQRES, PQDAT, PQUNI, SPQR, and BIN).

BrightEyes Time-tagging module: open-source hardware, a time to digital converter, multi channels, with a resolution of 30 ps designed for fluorescence scanning laser microscopy.

Analyze fluorescence lifetime and anisotropy decays.

FLIM Digital Twin

A GPU-based program for Monte Carlo simulations of smFRET PDA.

This app is for fitting Time Resolved Photoluminescence (TRPL) measurement data that includes the Instrument Response Function (IRF). It uses a reconvolution method to account for the IRF of the instrument system. It outputs fitting parameters and offers multiple lifetime decay models.

This is a repo for a Python based application to open SMS .h5 files, and perform the initial analysis and exporting.

tangy is a high performance timetag analysing library, providing fast buffering of data and soft-realtime analysis

A bunch of python scripts for data evaluation and presentation developed in the nanooptics group at the Humboldt University Berlin.

[Experimental] TCSPC data processing library

Read FLIMbox data and related files (FBD, FBF, and FBS.XML).

Experimental Python wrapper for PicoQuant Sepia API

Python-based control & analysis software for our optical measurement system

Blind instrument response function identification from fluorescence decays

Set of convenient tools to convert files in PicoQuant ptu format to pre-histogrammed bin files.

Tango device server for cronologic xTDC4

Upgraded code options for Pico Quant Time Tagged Time Resolved (TTTR) data. Main focus will be on .ptu files.