Struct ObservableDef
pub struct ObservableDef { /* private fields */ }Description
Named derived quantity. It is neither a Field nor a Relation to be solved.
Implementations§
§impl ObservableDef
impl ObservableDef
pub fn new(
id: Id<Observable>,
value_type: ValueType,
expression: ExprDag,
reduction: ObservableReduction,
) -> Result<ObservableDef, Diagnostic>
pub fn new( id: Id<Observable>, value_type: ValueType, expression: ExprDag, reduction: ObservableReduction, ) -> Result<ObservableDef, Diagnostic>
Define an Observable from its retained expression roots and declared result type.
Whole-Model admission resolves symbol types and validates the measure.
§Errors
Rejects a root inventory inconsistent with the declared reduction.
pub const fn value_type(&self) -> &ValueType
pub const fn value_type(&self) -> &ValueType
Complete declared result type after reduction.
pub const fn expression(&self) -> &ExprDag
pub const fn expression(&self) -> &ExprDag
Retained integrand or value expression.
pub const fn reduction(&self) -> ObservableReduction
pub const fn reduction(&self) -> ObservableReduction
Mathematical reduction, without numerical approximation policy.
pub fn validate_type(
&self,
roots: &[&ExpressionType<RawId>],
limit_types: Option<[&ExpressionType<RawId>; 2]>,
input_support: Option<&SpatialSupport<RawId>>,
integration_support: Option<&SpatialSupport<RawId>>,
output_support: Option<&SpatialSupport<RawId>>,
) -> Result<(), Diagnostic>
pub fn validate_type( &self, roots: &[&ExpressionType<RawId>], limit_types: Option<[&ExpressionType<RawId>; 2]>, input_support: Option<&SpatialSupport<RawId>>, integration_support: Option<&SpatialSupport<RawId>>, output_support: Option<&SpatialSupport<RawId>>, ) -> Result<(), Diagnostic>
Signature links:validate_typeExpressionTypeRawIdOptionExpressionTypeRawId2OptionSpatialSupportRawIdOptionSpatialSupportRawIdOptionSpatialSupportRawIdResult()Diagnostic
Check the independently inferred root type against the support and measure.
§Errors
Rejects a wrong Domain, measure, expression support, or resulting type.
Trait Implementations§
§impl Clone for ObservableDef
impl Clone for ObservableDef
§impl Debug for ObservableDef
impl Debug for ObservableDef
§impl From<ObservableDef> for KernelNode
impl From<ObservableDef> for KernelNode
§fn from(value: ObservableDef) -> KernelNode
fn from(value: ObservableDef) -> KernelNode
Converts to this type from the input type.
§impl PartialEq for ObservableDef
impl PartialEq for ObservableDef
§fn eq(&self, other: &ObservableDef) -> bool
fn eq(&self, other: &ObservableDef) -> bool
Tests for
self and other values to be equal, and is used by ==.impl StructuralPartialEq for ObservableDef
Auto Trait Implementations§
impl Freeze for ObservableDef
impl RefUnwindSafe for ObservableDef
impl Send for ObservableDef
impl Sync for ObservableDef
impl Unpin for ObservableDef
impl UnsafeUnpin for ObservableDef
impl UnwindSafe for ObservableDef
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Convert the given value into an approximately equivalent representation.
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