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class AttributeManager ​

This class manages all its associated Attributes. Each Attribute is registered and can be retrieved by a given name.

Functions ​

AttributeManager ​

cpp
public void AttributeManager(const AttributeManager & )
public void AttributeManager(const AttributeManager & )

operator= ​

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public AttributeManager & operator=(const AttributeManager & )
public AttributeManager & operator=(const AttributeManager & )

AttributeManager ​

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public void AttributeManager()
public void AttributeManager()

AttributeManager ​

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public void AttributeManager(AttributeManager && other)
public void AttributeManager(AttributeManager && other)

~AttributeManager ​

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public void ~AttributeManager()
public void ~AttributeManager()

find_generic_attribute ​

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public shared_ptr find_generic_attribute(string_view name)
public shared_ptr find_generic_attribute(string_view name)

Recover the non-typed/generic Attribute from the attribute name. This can be used when attribute type is not known in a context.

name [in] The associated attribute name to look for.

return nullptr if no attribute matches the given name.

find_attribute ​

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public std::shared_ptr<ReadOnlyAttribute<T> > find_attribute(string_view name)
public std::shared_ptr<ReadOnlyAttribute<T> > find_attribute(string_view name)

Recover the typed Attribute from the attribute name

name [in] The associated attribute name to look for

T The type to of the ReadOnlyAttribute element

exception OpenGeodeException if no Attribute found

find_or_create_attribute ​

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public std::shared_ptr<Attribute<T> > find_or_create_attribute(string_view name, T default_value, AttributeProperties properties)
public std::shared_ptr<Attribute<T> > find_or_create_attribute(string_view name, T default_value, AttributeProperties properties)

Recover or create the attribute from the manager and the attribute name. If the recovered Attribute is not a of the same type than the attribute, it replaces it by the Attribute corresponding to the attribute.

name [in] The associated attribute name to look for

default_value [in] The default value to use when new attribute element are created

properties [in] The AttributeProperties to set the attribute flags for future modifications

Attribute The attribute type to look for, such as ConstantAttribute

T The type of the Attribute element

exception OpenGeodeException if the Attribute replacement failed

find_or_create_attribute ​

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public std::shared_ptr<Attribute<T> > find_or_create_attribute(string_view name, T default_value)
public std::shared_ptr<Attribute<T> > find_or_create_attribute(string_view name, T default_value)

resize ​

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public void resize(index_t size)
public void resize(index_t size)

Resize all the attributes to the given size

size [in] The new attribute size

reserve ​

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public void reserve(index_t capacity)
public void reserve(index_t capacity)

Reserve all the attributes to the given capacity

size [in] The new attribute capacity

assign_attribute_value ​

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public void assign_attribute_value(index_t from_element, index_t to_element)
public void assign_attribute_value(index_t from_element, index_t to_element)

Assign attribute value from other value in the same attribute

from_element [in] Attribute value to assign

to_element [in] Where the value is assign

warning Only affect Attributes created with its AttributeProperties assignable flag set to true

interpolate_attribute_value ​

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public void interpolate_attribute_value(const AttributeLinearInterpolation & interpolation, index_t to_element)
public void interpolate_attribute_value(const AttributeLinearInterpolation & interpolation, index_t to_element)

Interpolate attribute value from other values in the same attribute

interpolation [in] Attribute interpolator

to_element [in] Where the value is assign

warning Only affect Attributes created with its AttributeProperties interpolable flag set to true

has_assignable_attributes ​

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public bool has_assignable_attributes()
public bool has_assignable_attributes()

has_interpolable_attributes ​

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public bool has_interpolable_attributes()
public bool has_interpolable_attributes()

attribute_names ​

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public absl::FixedArray<absl::string_view> attribute_names()
public absl::FixedArray<absl::string_view> attribute_names()

Get all the associated attribute names

attribute_exists ​

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public bool attribute_exists(string_view name)
public bool attribute_exists(string_view name)

Return true if an attribute matching the given name.

name [in] The attribute name to use

delete_attribute ​

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public void delete_attribute(string_view name)
public void delete_attribute(string_view name)

Delete the attribute matching the given name. Do nothing if the name does not exist.

name [in] The attribute name to delete

attribute_type ​

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public string_view attribute_type(string_view name)
public string_view attribute_type(string_view name)

Get the typeid name of the attribute type

name [in] The attribute name to use

rename_attribute ​

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public void rename_attribute(string_view old_name, string_view new_name)
public void rename_attribute(string_view old_name, string_view new_name)

set_attribute_properties ​

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public void set_attribute_properties(string_view attribute_name, const AttributeProperties & new_properties)
public void set_attribute_properties(string_view attribute_name, const AttributeProperties & new_properties)

clear ​

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public void clear()
public void clear()

Remove all the attributes in the manager

clear_attributes ​

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public void clear_attributes()
public void clear_attributes()

Clear all the attribute content. This is equivalent to calling resize( 0 ).

delete_elements ​

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public void delete_elements(const std::vector<bool> & to_delete)
public void delete_elements(const std::vector<bool> & to_delete)

Delete a set of attribute elements.

to_delete [in] a vector of size

nb_elements().

If to_delete[e] is true, then the element e will be destroyed.

permute_elements ​

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public void permute_elements(Span permutation)
public void permute_elements(Span permutation)

Permute attribute elements.

permutation [in] Vector of size

nb_elements().

Each value correponds to the destination index.

nb_elements ​

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public index_t nb_elements()
public index_t nb_elements()

Get the number of elements in each attribute

copy ​

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public void copy(const AttributeManager & attribute_manager)
public void copy(const AttributeManager & attribute_manager)

import ​

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public void import(const AttributeManager & attribute_manager, Span old2new)
public void import(const AttributeManager & attribute_manager, Span old2new)

import ​

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public void import(const AttributeManager & attribute_manager, const GenericMapping<index_t> & old2new_mapping)
public void import(const AttributeManager & attribute_manager, const GenericMapping<index_t> & old2new_mapping)

register_attribute_type ​

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public void register_attribute_type(PContext & context, string_view name)
public void register_attribute_type(PContext & context, string_view name)

delete_elements ​

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public void delete_elements(const int & to_delete)
public void delete_elements(const int & to_delete)

Delete a set of attribute elements.

to_delete [in] a vector of size

nb_elements().

If to_delete[e] is true, then the element e will be destroyed.

import ​

cpp
public void import(const AttributeManager & attribute_manager, const int & old2new_mapping)
public void import(const AttributeManager & attribute_manager, const int & old2new_mapping)

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