Reverse Dependencies of sphinx-bluebrain-theme

The following projects have a declared dependency on sphinx-bluebrain-theme:

• AstroVascPy — Simulating blood flow in vasculature
• atlalign — Blue Brain multi-modal registration and alignment toolbox
• atlannot — Align and improve brain annotation atlases
• atldld — Search, download, and prepare atlas data.
• atlinter — Interpolate missing section images in gene expression volumes
• axon-projection — A code that analyses long-range axons provided as input, and classify them based on the brain regions they project to.
• axon-synthesis — A package to synthesize artificial axons
• blueetl — Multiple simulations analysis tool
• blueetl-core — Core transformations for BlueETL
• bluepyemodel — Blue Brain Python E-Model Building Library
• BluePyParallel — Provides an embarrassingly parallel tool with sql backend.
• bluesearch — Blue Brain text mining toolbox for semantic search and information extraction
• connectome-manipulator — A connectome manipulation framework for SONATA circuits
• currentscape — Module to easily plot currentscape.
• data-validation-framework — Simple framework to create data validation workflows.
• diameter-synthesis — Diametrize cells.
• dir-content-diff — Simple tool to compare directory contents.
• emodel-generalisation — Generalisation of neuronal electrical models with MCMC
• EModelRunner — Runs cells from Blue Brain Project cell packages, such as sscx, synapse plasticity, etc.
• knowledge-graph-inference — Tools for performing knowledge inference.
• libsonata — SONATA files reader
• luigi-tools — Tools to work with luigi.
• MorphIO — A neuron morphology IO library
• morphology-workflows — Workflows used for morphology processing.
• multiscale-run — MultiscaleRun is a Python package to run brain cells simulation at different scales. It orchestrates the coupling between several brain simulators like Neuron and STEPS but also solvers like AstroVascPy for the cerebral blood flow. The package also embeds a Julia solver to simulate the astrocytes activity.
• neurocollage — A tool to create 2D morphology collage plots based on matplotlib.
• neurom — NeuroM: a light-weight neuron morphology analysis package
• neurots — Synthesis of artificial neurons using their topological profiles package.
• region-grower — Synthesize cells in a given spatial context.
• synthesis-workflow — Workflow used for synthesis and its validation.
• tmd — A python package for the topological analysis of neurons.
• vascpy — Vasculature API