Skip to main content

Open source microscope control using python

Project description

Pygellan

Pygellan is a Python library for enabling microscope acquisition control and data analysis. It works together with the Micro-manager plugin, Micro-magellan. Pygellan has two subpackages, pygellan.acquire and pygellan.magellan_data which are for data acquisition/hardware control and data anlysis, respectively. Pygellan is integrated with other projects in the scientific python ecosystem, including Napari (for data visualization) and Dask (for large scale data analysis). Pygellan development is currently in alpha--new features are being added and there are not yet guarantees on the stability of the API. Information about future development can be found on the issues page. Feel free to add comments, ideas, or other feedback on the issues page.

Setup

  1. Install pygellan using pip install pygellan (Pygellan is tested with Python 3.6 but should also work with other versions of Python3)

If using pygellan for acquisition control with micro-manager, you also must:

  1. Download and install Nico Stuurman's 2.0gamma build of micro-manager. Latest nightly builds can be found here

  2. Open Micro-manager, select tools-options, and check the box that says "Run server on port 4827"

Acquisition control

To use Pygellan for acqusition control, simply open the micro-manager2.0gamma GUI as usual and launch the Micro-magellan plugin. Start a python process in a way of your choosing (e.g. terminal, IDE, Jupyter notebook). Type:

from pygellan.acquire import PygellanBridge

bridge = PygellanBridge() #establish communication with Magellan

If the bridge object is created successfully, you are connected to Micro-Magellan and can use the rest of the pygellan.acquire API.

Controlling the Micro-manager core

The micro-manager core provides low-level functionality like capturing images and controlling individual devices. An example can be seen here.

The core API is discovered dynamically at runtime, though not every method is implemented. Typing core. and using autocomplete with IPython is the best way to discover which functions are available. Documentation on for the Java version of the core API (which Pygellan ultimately calls) can be found here.

Controlling Micro-magellan acquisitions

This area is still under active development. Future plans can be seen on the issues tab with the enhancement label. Comments/feedback./requests for different use cases are welcome.

In the mean time, some basic functionality is already available:

See this example for how to start and stop Micro-magellan acquisitions through Python.

This example shows how to call the various acquisition settings on the Micro-magellan GUI to automatically setup experiments

Reading data in Python

The pygellan.magellan_data API enables reading of data acquired with pygellan/Micro-magellan directly in python. Tiles can be loaded individually, or all data can be loaded simulataneously into a memory-mapped Dask array, which works like a numpy array and also allows scalable processing of large datasets and viewing data in Napari. More information can be seen in this example

Project details


Download files

Download the file for your platform. If you're not sure which to choose, learn more about installing packages.

Files for pygellan, version 0.2.0
Filename, size File type Python version Upload date Hashes
Filename, size pygellan-0.2.0-py3-none-any.whl (14.7 kB) File type Wheel Python version py3 Upload date Hashes View
Filename, size pygellan-0.2.0.tar.gz (13.1 kB) File type Source Python version None Upload date Hashes View

Supported by

Pingdom Pingdom Monitoring Google Google Object Storage and Download Analytics Sentry Sentry Error logging AWS AWS Cloud computing DataDog DataDog Monitoring Fastly Fastly CDN DigiCert DigiCert EV certificate StatusPage StatusPage Status page