%% This is a mermaid diagram, if you see this the plot failed to render. Sorry. flowchart RL teal subgraph features direction LR teal.data teal.slice teal.code teal.logger teal.widgets end subgraph modules direction RL teal.modules.general teal.modules.clinical teal.osprey teal.goshawk teal.modules.hermes end teal--has-->features features--builds-->modules modules--creates-->teal subgraph modules teal.modules.general teal.modules.clinical teal.osprey teal.goshawk teal.modules.hermes end subgraph calculations direction RL tern osprey goshawk hermes end tern--supports-->teal.modules.clinical osprey--supports-->teal.osprey goshawk--supports-->teal.goshawk hermes--supports-->teal.modules.hermes style teal fill:lightblue style features fill:lightgreen style modules fill:pink
teal is a modular framework that relies on a suite of
related packages, as illustrated in the above diagram, to provide a wide
range of functionalities.
teal’s primary function is to create web app for
analyzing clinical trial data but it has a multitude of
features distributed across various packages.
Developers can selectively leverage these packages, such as
teal.widgets, teal.code, and
teal.logger, to build teal
modules for a teal app. This approach gives the developers
the tools that speed up their work and avoid re-implementing existing
logic and UI elements.
The teal modules utilize various packages such as
tern, osprey, and goshawk to
perform calculations and analyses. These packages provide
support to the teal modules by performing
all computations while the modules only have to focus on how to wrap the
input options and the output.
Once developed, new and existing modules can be integrated into
teal to create a functional
teal app.