It is not necessary to use XOR as AnyAtom and AnyMolecule
are already discriminated unions.

This results cleaner generated schemas, as `@internal` types
are not explicitly included in the schema `definitions`, but are
instead evaluated inline (which is beneficial as their
generated names are often nondescript and verbose).

The `@discriminator` annotation will generate more performant
`if-then-else` schemas for discriminated union types, instead
of the default `anyOf` schemas.

In preparation for rate coefficients.

Annotate `InputDocument` with `@internal`.

Partially implements #58

Add the `AnySpecies` type.

Add `AnyParticle` to `AnySpecies`.

This function adds a state with all of its required parent states, and
the corresponding relations to the database.

As the database type.
Move AnySpecies to its own module.

This is already required to support one of the state descriptions
in the test set, e.g. CO2{X, {0,n,0|n,0,0}}.

and add @Discriminator tags to `State` types.

This class of states accepts a string identifier as their
`electronic` value. This is useful for e.g. `He*` type
states.

FIXME: The edit form is in a broken state and needs to be
completely revamped.

Remove use of `immer` in insert state procedure.

Includes form factory functions that use the schema generated from
`AnySpecies` to build an input form for each of the state types.

The method is currently working fairly well, apart from one annoying error
concerning `Select` component that function as a switch between `Single`,
`Compound` and `Unspecified` state descriptors. The error is as follows:
*Warning: A component is changing a controlled input to be uncontrolled.
This is likely caused by the value changing from a defined to undefined,
which should not happen. Decide between using a controlled or uncontrolled
input element for the lifetime of the component.* The result is that the
selected option is not rendered, but the functionality of the component
is fine.

Proper handling of arrays should still be implemented.

…s in schema

Use a native `select` component to specify the state component type.
Add new query to grab a data set by its id.
Add `NotFound` component.
Infer `LTPDocument` type.
Rename `scat-css-new` to `set`.

Drops all DB tables except for the user table.

Concerning lifetime of `ref.current`.

Add `parameters` and `threshold` properties for cross sections.
Allow unspecified level descriptors in compound layers.

Use method to generate generic typescript types from generic
zod schemas.
Use output types instead of input types.

Each zod component is now transformed to supply `summary` and
`latex` functions that respectively serialize the object to a
summarized short form and a latex form.

This function takes a `State` and generates its `StateSummary`.

For new schema.

Fix more database tests.

Supplied through `Component` type.

Add `makeComponent` function to help in definition of
state level components.

These helper types allow for the simple construction of
both `serializable` and `non-serializable` versions of
components and atoms.
The atomic types have already been reworked to use these
helper types.

`AnySpecies` is now used instead.
Start preparing `index` files for removal of `dist`
in external import statements.

in LTPDocument.
Add corresponding tests.

Add tests.

Use `exports` field in `package.json`.

Use new `@lxcat/schema` imports and types.
Fix `tsconfig` to work with new module resolution strategy.

These are not present in the standard CSL schemas, but may
be supplied by `citation-js`.

These pages now all use the new schema.
Database cli scripts have also been fixed.

Use an accordion with latex state descriptions
in the control.
Add `+` button that adds an empty species.
Add `Add from database` button that should allow
the user to pick an already existing species from
the database (TODO).