Struct biodivine_sketchbook::sketchbook::layout::_layout::Layout

pub struct Layout {
    name: String,
    nodes: HashMap<VarId, LayoutNode>,
}

Structure to capture all the layout data regarding one particular layout of the regulations editor.

Fields

name: String

nodes: HashMap<VarId, LayoutNode>

Implementations

impl Layout

Methods for safely constructing or mutating instances of Layout.

pub fn new_empty(name: &str) -> Result<Layout, String>

Create new empty Layout (i.e., with no nodes) with a given name.

pub fn new( name: &str, var_node_pairs: Vec<(&str, LayoutNode)>, ) -> Result<Layout, String>

Create new Layout with a given name and nodes.

pub fn new_from_another_copy(name: &str, template_layout: &Layout) -> Layout

Create new Layout with a given name, that is a direct copy of another existing valid template_layout.

pub fn new_from_vars_default( name: &str, variables: Vec<VarId>, ) -> Result<Layout, String>

Create new Layout with a given name, which will contain nodes all the given variables, all of the nodes will be located at a default position.

Returns Error if given ids contain duplicates.

pub fn set_layout_name(&mut self, name: &str) -> Result<(), String>

Rename this Layout.

pub fn add_node(&mut self, var: VarId, node: LayoutNode) -> Result<(), String>

Add a new (pre-generated) node.

You must ensure that the variable is valid before adding it to the layout.

Returns Err if there already is a node for this variable.

pub fn add_node_by_coords( &mut self, var: VarId, p_x: f32, p_y: f32, ) -> Result<(), String>

Add a new node for a given variable to this layout. Currently, nodes only hold information regarding a 2D position.

You must ensure that the variable is valid before adding it to the layout.

Returns Err if there already is a node for this variable.

pub fn add_default_node(&mut self, variable: VarId) -> Result<(), String>

Add a new default node (at 0,0) for a given variable.

You must ensure that the variable is valid before adding it to the layout.

Returns Err if there already is a node for this variable.

pub fn update_node_position( &mut self, variable: &VarId, new_x: f32, new_y: f32, ) -> Result<(), String>

Update position of a node for a given variable.

Return Err if variable did not have a corresponding node in this layout.

pub fn remove_node(&mut self, variable: &VarId) -> Result<(), String>

Remove a node for a given variable from this layout.

Return Err if variable did not have a corresponding node in this layout.

pub fn change_node_id( &mut self, original_id: &VarId, new_id: VarId, ) -> Result<(), String>

Change id of a variable with original_id to new_id.

impl Layout

Utility methods to assert (non-)existence of nodes in the layout.

fn assert_no_variable(&self, var_id: &VarId) -> Result<(), String>

(internal) Utility method to ensure there is no node for the variable with given Id yet.

fn assert_valid_variable(&self, var_id: &VarId) -> Result<(), String>

(internal) Utility method to ensure there is a node for a variable with given Id.

impl Layout

Methods for observing instances of ModelState (various getters, etc.).

pub fn get_node(&self, variable: &VarId) -> Result<&LayoutNode, String>

Layout information regarding the node for a particular variable.

pub fn get_layout_name(&self) -> &String

Human-readable name of this layout.

pub fn get_node_position( &self, variable: &VarId, ) -> Result<&NodePosition, String>

Number of nodes in this layout.

pub fn get_num_nodes(&self) -> usize

Number of nodes in this layout.

pub fn layout_nodes(&self) -> LayoutNodeIterator<'_>

Return an iterator over all nodes of this layout.

Trait Implementations

impl Clone for Layout

fn clone(&self) -> Layout

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for Layout

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

Formats the value using the given formatter.

impl Manager for Layout

fn generate_id<T>( &self, ideal_id: &str, is_taken: &dyn Fn(&Self, &T) -> bool, num_indices: usize, start_index: Option<usize>, ) -> T

where T: FromStr, <T as FromStr>::Err: Debug,

Generate an ID of type T for a certain component of a manager (e.g., generate a VariableId for a Variable in a ModelState).

fn assert_ids_unique_and_used<T>( &self, id_list: &Vec<&str>, assert_id_is_managed: &dyn Fn(&Self, &T) -> Result<(), String>, ) -> Result<(), String>

where T: Eq + Hash + Debug + FromStr, <T as FromStr>::Err: Debug,

Check that the list of (typesafe or string) IDs contains only unique IDs (no duplicates), and check that all of the IDs are already managed by the manager instance (this is important, for instance, when we need to change already existing elements).

fn assert_ids_unique_and_new<T>( &self, id_list: &Vec<&str>, assert_id_is_new: &dyn Fn(&Self, &T) -> Result<(), String>, ) -> Result<(), String>

where T: Eq + Hash + Debug + FromStr, <T as FromStr>::Err: Debug,

Check that the list of (typesafe or string) IDs contains only unique IDs (no duplicates), and check that all of the IDs are NOT yet managed by the manager instance, i.e., they are fresh new values (this is important, for instance, when we need to add several new elements).

impl PartialEq for Layout

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

Tests for self and other values to be equal, and is used by ==.

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

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

impl StructuralPartialEq for Layout