Struct dypdl::TableRegistry

pub struct TableRegistry {
    pub integer_tables: TableData<Integer>,
    pub continuous_tables: TableData<Continuous>,
    pub set_tables: TableData<Set>,
    pub vector_tables: TableData<Vector>,
    pub element_tables: TableData<Element>,
    pub bool_tables: TableData<bool>,
}

Tables of constants.

Fields

integer_tables: TableData<Integer>

Integer tables.

continuous_tables: TableData<Continuous>

Continuous tables.

set_tables: TableData<Set>

Set tables.

vector_tables: TableData<Vector>

Vector tables.

element_tables: TableData<Element>

Element tables.

bool_tables: TableData<bool>

Bool tables.

Implementations

impl TableRegistry

pub fn get_name_set(&self) -> FxHashSet<String>

Returns the set of names used by constants and tables.

Trait Implementations

impl Clone for TableRegistry

fn clone(&self) -> TableRegistry

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for TableRegistry

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for TableRegistry

fn default() -> TableRegistry

Returns the “default value” for a type.

impl PartialEq for TableRegistry

fn eq(&self, other: &TableRegistry) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl TableInterface<FixedBitSet> for TableRegistry

fn add_table_1d<U>( &mut self, name: U, v: Vec<Set>, ) -> Result<Table1DHandle<Set>, ModelErr>

where String: From<U>,

Adds and returns a 1D table.

fn add_table_2d<U>( &mut self, name: U, v: Vec<Vec<Set>>, ) -> Result<Table2DHandle<Set>, ModelErr>

where String: From<U>,

Adds and returns a 2D table.

fn add_table_3d<U>( &mut self, name: U, v: Vec<Vec<Vec<Set>>>, ) -> Result<Table3DHandle<Set>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

fn add_table<U>( &mut self, name: U, map: FxHashMap<Vec<Element>, Set>, default: Set, ) -> Result<TableHandle<Set>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

impl TableInterface<Vec<usize>> for TableRegistry

fn add_table_1d<U>( &mut self, name: U, v: Vec<Vector>, ) -> Result<Table1DHandle<Vector>, ModelErr>

where String: From<U>,

Adds and returns a 1D table.

fn add_table_2d<U>( &mut self, name: U, v: Vec<Vec<Vector>>, ) -> Result<Table2DHandle<Vector>, ModelErr>

where String: From<U>,

Adds and returns a 2D table.

fn add_table_3d<U>( &mut self, name: U, v: Vec<Vec<Vec<Vector>>>, ) -> Result<Table3DHandle<Vector>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

fn add_table<U>( &mut self, name: U, map: FxHashMap<Vec<Element>, Vector>, default: Vector, ) -> Result<TableHandle<Vector>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

impl TableInterface<bool> for TableRegistry

fn add_table_1d<U>( &mut self, name: U, v: Vec<bool>, ) -> Result<Table1DHandle<bool>, ModelErr>

where String: From<U>,

Adds and returns a 1D table.

fn add_table_2d<U>( &mut self, name: U, v: Vec<Vec<bool>>, ) -> Result<Table2DHandle<bool>, ModelErr>

where String: From<U>,

Adds and returns a 2D table.

fn add_table_3d<U>( &mut self, name: U, v: Vec<Vec<Vec<bool>>>, ) -> Result<Table3DHandle<bool>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

fn add_table<U>( &mut self, name: U, map: FxHashMap<Vec<Element>, bool>, default: bool, ) -> Result<TableHandle<bool>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

impl TableInterface<f64> for TableRegistry

fn add_table_1d<U>( &mut self, name: U, v: Vec<Continuous>, ) -> Result<Table1DHandle<Continuous>, ModelErr>

where String: From<U>,

Adds and returns a 1D table.

fn add_table_2d<U>( &mut self, name: U, v: Vec<Vec<Continuous>>, ) -> Result<Table2DHandle<Continuous>, ModelErr>

where String: From<U>,

Adds and returns a 2D table.

fn add_table_3d<U>( &mut self, name: U, v: Vec<Vec<Vec<Continuous>>>, ) -> Result<Table3DHandle<Continuous>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

fn add_table<U>( &mut self, name: U, map: FxHashMap<Vec<Element>, Continuous>, default: Continuous, ) -> Result<TableHandle<Continuous>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

impl TableInterface<i32> for TableRegistry

fn add_table_1d<U>( &mut self, name: U, v: Vec<Integer>, ) -> Result<Table1DHandle<Integer>, ModelErr>

where String: From<U>,

Adds and returns a 1D table.

fn add_table_2d<U>( &mut self, name: U, v: Vec<Vec<Integer>>, ) -> Result<Table2DHandle<Integer>, ModelErr>

where String: From<U>,

Adds and returns a 2D table.

fn add_table_3d<U>( &mut self, name: U, v: Vec<Vec<Vec<Integer>>>, ) -> Result<Table3DHandle<Integer>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

fn add_table<U>( &mut self, name: U, map: FxHashMap<Vec<Element>, Integer>, default: Integer, ) -> Result<TableHandle<Integer>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

impl TableInterface<usize> for TableRegistry

fn add_table_1d<U>( &mut self, name: U, v: Vec<Element>, ) -> Result<Table1DHandle<Element>, ModelErr>

where String: From<U>,

Adds and returns a 1D table.

fn add_table_2d<U>( &mut self, name: U, v: Vec<Vec<Element>>, ) -> Result<Table2DHandle<Element>, ModelErr>

where String: From<U>,

Adds and returns a 2D table.

fn add_table_3d<U>( &mut self, name: U, v: Vec<Vec<Vec<Element>>>, ) -> Result<Table3DHandle<Element>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

fn add_table<U>( &mut self, name: U, map: FxHashMap<Vec<Element>, Element>, default: Element, ) -> Result<TableHandle<Element>, ModelErr>

where String: From<U>,

Adds and returns a 3D table.

impl StructuralPartialEq for TableRegistry