Tools for setting up ITC experiments in an automated fashion using the Tecan EVO and Auto-iTC 200.
Run bash install.sh
to set up a new python environment using miniconda at ${HOME}/miniconda. It should take care of all dependencies.
To access the new python enviroment you can type
source ${HOME}/miniconda/bin/activate 2.7
or extend your ${PATH}
variable with ${HOME}/miniconda/bin
:
export PATH=${PATH}:${HOME}/miniconda/bin
To use the scripts within an existing environment, please look at the dependencies and install them accordingly. You can use the requirements files from the installer.
You can then install the library using:
python setup.py install
-
anaconda
or miniconda
with python
3.5 through 3.8
Using conda
, install:
setuptools
numpy
openpyxl
coverage
pip
- to install further dependencies.
Using pip
, install:
pint
behave
coveralls
itctools/
A library for setting up experiments
materials.py
procedures.py
labware.py
itctools.py
examples/
Some example scripts that use the library.
examples/host_guest
host_guest.py
prepares a worklist and xlsx file for titrating a host compound into several guests.examples/mixture_heats
mixture_heats.py
prepares a worklist and xlsx file for performing heat of mixing experiments.tests/
Tests that are used to maintain the integrity of the library.
tests/behave
Tests that use behave
to make sure the example scripts are functional. Run behave
from the root directory of the repository to run these tests. See also the .behaverc
file.
tests/behave/features
Gherkin
that test the behavior of the example scripts.environment.py
which sets up a temporary directory called tmp
in your current directory to run tests in. Note that it automatically erases this directory before every run to ensure a clean working directory.tests/behave/features/steps
scripts.py
holds the step definitions that are run by behave when testing the features defined in the feature files.