hipercam is the reduction package for the multi-CCD camera HiPERCAM built through an ERC Advanced Grant awarded to Vik Dhillon. HiPERCAM is a multi-CCD high-speed camera for astrophysical research. The hipercam pipeline can also be used to reduce data from the ULTRACAM and ULTRASPEC high-speed cameras, and other instruments too after a little data format wrangling.
The easiest way to install hipercam is to create a Docker image. This
is simple and cross-platform, but the image is large (around 2.8GB). To
install via this route, please download the
dockerfile <https://github.com/HiPERCAM/hipercam/raw/docker/data/hipercam.dockerfile>_
+++++ Linux +++++
To build the docker image from the docker file, run::
docker build -t hipercam:latest -f hipercam.dockerfile .
And, to run the image, use::
docker run -it --rm -v
This will mount <local-path-to-some-data> in the virtual machine at
/home/hiperuser/data. You can then run the pipeline as normal.
+++++ MacOS +++++
Installation on Apple Silicon Macs is a little more complicated. The instructions below assume you have a modern MacOS/Apple Silicon system with Docker Desktop installed.
To build the docker image from the docker file, run::
docker build -t hipercam:latest --platform linux/amd64 -f hipercam.dockerfile .
And, to run the image, use::
xhost +
docker run -it -e DISPLAY=host.docker.internal:0 --platform linux/amd64 --rm -v
This will mount <local-path-to-some-data> in the virtual machine at
/home/hiperuser/data. You can then run the pipeline as normal.
hipercam is written in Python3; it does not support Python2.x It relies on multiple third-party packages, as described in the next section. At minimum, you should ensure that Cython and trm.pgplot are installed. Once you have, get the hipercam pipeline software itself using::
git clone https://github.com/HiPERCAM/hipercam.git
This will create a directory; if you are updating then a simple "git pull" from within this directory should suffice. Change to this directory and install with::
pip install . --user
If you have multiple versions of python, then you might need to specify pip3. If you want a self-contained install, I suggest looking into using "pipenv".
I use the Qt5Agg backend to ensure that the important command
|setaper| works. Others may work too of course. I have this set as the
default in my .config/matplotlib/matplotlibrc configuartion file with
the line backend: Qt5Agg
Apart from Cython and trm.pgplot, I hope that most of the extras will
get automatically installed if necessary by pip. So, if you have
Cython and PGPLOT ready, you might as well try pip install . --user here and now.
If something seems amiss, here are details of the third-party packages
which you can either install via pip or by looking for the packages in
your O/S package manager. e.g. under fedora, Cython appears as
python3-Cython.
astropy : astronomical Python package with lots of useful stuff.
Cython : C-extensions for Python. Widely used package used to interface to C-libraries and to enable faster code when critical. It is needed at the setup stage so it might have to be installed first rather than relying on pip finding it, although I could be wrong.
fitsio : Provides fairly direct access to FITS through the cfitsio library. Has some features that the pure python implementation in astropy lacks.
keyring: Used in 'logsearch' to store some passwords safely.
matplotlib : standard plotting package for Python. You will also need a Qt backend. In opensuse for instance the package python3-matplotib-qt5 enables the Qt5Agg backend.
numba : Another package along with Cython to support faster numerics. Uses "just-in-time" compilation of selected routines.
numpy : Python's numerical data package. Highly likely you will have it.
pandas : Widely used table-handling module, based on numpy, and again quite likely installed already. It is used for some routines to do with generation of spreadsheets and logs in the pipeline (see also xlsxwriter below).
requests : http request module. It may well be installed already.
scipy : Scientific software for Python, closely linked to numpy.
sep : astronomical source extractor based on Bertin's source extractor.
setuptools_scm : package to manage version numbers from the git repository
trm.pgplot : Cython-ised wrapper for PGPLOT which I wrote specifically for hipercam although it is entirely independent of it. PGPLOT is needed for some of the faster plots as matplotlib is way too slow (at least as standardly used; I am hoping to move towards matplotlib-only). PGPLOT itself (F77/C library) must be installed for this to work. Once you have PGPLOT, you can get trm.pgplot from my github site with::
git clone https://github.com/trmrsh/trm-pgplot
trm.pgplot is not to be confused with "ppgplot" which,
although very similar, is a more hand-crafted version with
some differences in the calls. Once you have cloned it, you
can enter trm-pgplot and install with pip, but make sure to
set the enviroment variable PGPLOT_PNG inside setup.py to
"true" or "false" first, according to whether you installed
the PNG drivers with PGPLOT.trm.cline : handles command line parameters. Available on PyPi.
trm.utils : generally useful routines used at a few places. Available from PyPi.
websocket-client : for talking to the hipercam server.
xlsxwriter : if you want to use the logging scripts hlogger, the object search script logsearch, or build log database tools that output xlsx files. Since these are unusual, the software is designed to build without insisting on this module.
For more information see:
The documentation <http://deneb.astro.warwick.ac.uk/phsaap/hipercam/docs/html/>_
The HiPERCAM pipeline github repository <https://github.com/HiPERCAM/hipercam>_
Tom Marsh