Data Manager - Functions

add_active_model(key::String, module_name::Module)

Add the main modules to an OrderedDict which are active.

Arguments

• key::String: Name of the model.
• active_module::Module: Module of the active models.

check_property(block_id::Int64, property::String)

Checks if the specified property exists for the given block_id.

Arguments

• block_id::Int64: The ID of the block.
• property::String: The name of the property to check.

Returns

• Bool: true if the property exists, false otherwise.

create_bond_field(name::String, type::Type, dof::Int64)

Creates a bond field with the given name, data type, and degree of freedom.

Arguments

• name::String: The name of the bond field.
• vartype::Type: The data type of the bond field.
• dof::Int64: The degrees of freedom per bond.
• VectorOrArray::String (optional) - Vector or Materix; Default is vector

Returns

• bond_field::Field: The created bond field for the current time step.
• bond_field_np1::Field: The created bond field for the next time step.

Example:

create_bond_field("stress", Float64, 6)  # creates a stress bond field with 6 degrees of freedom

create_constant_bond_field(name::String, type::Type, dof::Int64, default_value::Union{Int64,Float64,Bool}=0))

Creates a constant bond field with the given name, data type, and degree of freedom.

Arguments

• name::String: The name of the bond field.
• vartype::Type: The data type of the bond field.
• dof::Int64: The degrees of freedom per bond.
• default_value::Union{Int64,Float64,Bool}=0) (optional) - filled with zero or false

Returns

• constant_bond_field::Field: The created constant bond field.

Example:

create_constant_bond_field("density", Float64, 1)  # creates a density constant bond field

create_constant_element_field(name::String, type::Type, dof::Int64)

Creates a constant element field with the given name, data type, and degree of freedom.

Arguments

• name::String: The name of the element field.
• vartype::Type: The data type of the element field.
• dof::Int64: The degrees of freedom per element.
• VectorOrArray::String (optional) - Vector or Materix; Default is vector

Returns

• constant_element_field::Field: The created constant element field.

Example:

create_constant_element_field("temperature", Float64, 1)  # creates a temperature constant element field

create_constant_node_field(name::String, type::Type, dof::Int64)

Creates a constant node field with the given name, data type, and degree of freedom.

Arguments

• name::String: The name of the node field.
• vartype::Type: The data type of the node field.
• dof::Int64: The degrees of freedom per node.
• VectorOrArray::String (optional) - Vector or Materix; Default is vector

Returns

• constant_node_field::Field: The created constant node field.

Example:

create_constant_node_field("temperature", Float64, 1)  # creates a temperature constant node field

create_field(name::String, vartype::Type, bondNode::String, dof::Int64, default_value::Any=0)

Create a field with the given name for the specified vartype. If the field already exists, return the existing field. If the field does not exist, create a new field with the specified characteristics.

Arguments

• name::String: The name of the field.
• vartype::Type: The data type of the field.
• dof::Int64: The degrees of freedom per node.
• default_value::Any: The default value of the field.

Returns

The field with the given name and specified characteristics.

create_node_field(name::String, type::Type, dof::Int64)

Creates a node field with the given name, data type, and degree of freedom.

Arguments

• name::String: The name of the node field.
• type::Type: The data type of the node field.
• dof::Int64: The degree of freedom of each node.
• VectorOrArray::String (optional) - Vector or Materix; Default is vector

Returns

• node_field::Field: The created node field for the current time step.
• node_field_np1::Field: The created node field for the next time step.

Example:

create_node_field("displacement", Float64, 3)  # creates a displacement node field with 3 degrees of freedom

fem_active()

Returns if FEM is active (true) or not (false).

get_NP1_to_N_Dict()

Get the NP1 to N dictionary

get_accuracy_order()

Returns the accuracy order for the "bond associated correspondence" implementation.

Arguments

• value::Int64: The value of the accuracy_order.

get_active_models()

Returns a list active model modules.

get_all_field_keys()

Returns a list of all field keys.

get_aniso_crit_values()

Retrieves the critical values matrix.

get_block_list()

Returns a list of all block IDs.

get_bond_damage(time::String)

Get the bond damage

Arguments

• time::String: The time of the field.

Returns

• damage::Field: The bond damage field.

get_cancel()

This function returns the cancel flag.

Returns

• cancel::Bool: The value of the cancel variable.

get_comm()

Get the MPI communicator

get_crit_values_matrix()

Retrieves the critical values matrix.

get_damage(time::String)

Get the damage

Arguments

• time::String: The time of the field.

Returns

• damage::Field: The damage field.

get_damage_models()

This function returns the damage_models variable.

Returns

• damage_models::Any: The value of the damage_models variable.

get_dof()

Retrieves the degree of freedom (dof) value.

Returns

• dof (integer): The current degree of freedom value.

Example:

get_dof()  # returns the current degree of freedom

get_element_rotation()

This function returns the element_rotation flag.

Returns

• element_rotation::Bool: The value of the element_rotation variable.

get_field(name::String, time::String)

Returns the field with the given name and time.

Arguments

• name::String: The name of the field.
• time::String: The time of the field.

Returns

• field::Field: The field with the given name and time.

get_field(name::String)

Returns the field with the given name.

Arguments

• name::String: The name of the field.

Returns

• field::Field: The field with the given name.

get_field_type()

Get the type of a field

Returns

• get_field_type (string): returns the type of a field

get_filtered_nlist()

Get the neighborhood list.

get_inverse_nlist()

Get the inverse of the neighborhood list.

get_local_nodes()

Determines the local node numbering.

Returns

• get_local_nodes (array): returns local nodes.

Example:

get_local_nodes()  # returns local nodes or if they do not exist at the core an empty array

get_material_models()

This function returns the material_models variable.

Returns

• material_models::Any: The value of the material_models variable.

get_max_rank()

This function returns the maximal rank of MPI the max_rank.

Returns

• max_rank::Number: The value of the max_rank variable.

Example

```julia rank = getmaxrank()

get_nlist()

Get the neighborhood list.

get_nnodes()

Retrieves the number of nodes.

Returns

• num_controller::Int64 : The current number of nodes.

Example:

get_nnodes()  # returns the current number of controler nodes. The neighbors are not included

get_nnsets()

Get the number of node sets.

Returns

• nnsets::Int: The number of node sets.

get_nsets()

Get the node sets

Returns

• nsets::Dict{String,Vector{Int64}}: The node sets dictionary.

get_num_elements()

Get the the number of finite elements

Returns

• get_num_elements::Int64: The number of finite elements

get_num_responder()

Get the the number of responder nodes

Returns

• num_responder::Int64: The number of responder nodes

get_output_frequency()

This function returns the output_frequency variable.

Returns

• output_frequency::Any: The value of the output_frequency variable.

get_overlap_map()

Get the overlap map

get_pre_calculation_order()

return the order of the pre calculation.

get_properties(block_id::Int64, property::String)

This function retrieves the value of a specified property for a given block_id if it exists in the properties dictionary.

Arguments

• block_id::Int64: The identifier of the block for which to retrieve the property.
• property::String: The dictionary entrycontaining the properties for the blocks.

Returns

• property_value::Any: The value associated with the specified property for the given block_id.
• Dict(): An empty dictionary if the specified property does not exist for the given block_id.

Example

```julia block_properties = Dict( 1 => Dict("color" => "red", "size" => 10), 2 => Dict("color" => "blue", "height" => 20) )

Retrieve the 'color' property for block 1

colorvalue = getproperties(1, "color") # Returns "red"

Try to retrieve a non-existent property for block 2

nonexistentvalue = get_properties(2, "width") # Returns an empty dictionary

get_property(block_id::Int64, property::String, value_name::String)

This function retrieves a specific value_name associated with a specified property for a given block_id if it exists in the properties dictionary.

Arguments

• block_id::Int64: The identifier of the block for which to retrieve the property.
• property::String: The String property type (e.g. Material model) for the blocks.
• value_name::String: The name of the value within the specified property.

Returns

• value::Any: The value associated with the specified value_name within the property for the given block_id.
• nothing: If the specified block_id, property, or value_name does not exist in the dictionary.

Example

```julia

get_rank()

This function returns the rank of the core.

Returns

• rank::Any: The value of the rank variable.

Example

```julia currentrank = getrank()

get_rotation()

This function returns the rotation flag.

Returns

• rotation::Bool: The value of the rotation variable.

get_silent()

This function returns the silent flag.

Returns

• silent::Bool: The value of the silent variable.

get_synch_fields()

Get the fields to synchronize

has_key(field_name::String)

Control if a key exists.

init_properties()

This function initializes the properties dictionary. Order of dictionary defines, in which order the models are called later on.

Returns

• keys(properties[1]): The keys of the properties dictionary in defined order for the Model_Factory.jl.

initialize_data()

Initialize all parameter in the datamanager and sets them to the default values.

loc_to_glob(range::UnitRange{Int64})

Converts the local index to the global index.

Arguments

• range::UnitRange{Int64}: The range of the local index.

Example:

loc_to_glob(1:10)  # converts the local index to the global index

remove_active_model(module_name::Module)

Removes main modules from OrderedDict.

Arguments

• key::String: Key of the entry.

set_accuracy_order(value::Int64)

Sets the accuracy order for the "bond associated correspondence" implementation.

Arguments

• value::Int64: The value of the accuracy_order.

setanisocritvalues(critvalues::Dict{Int64,Any})

Sets the anisotropic critical values globally.

Arguments

• crit_values::Dict{Int64,Any}: The critical values.

set_block_list(blocks::Union{SubArray,Vector{Int64}})

Sets the block list globally.

Arguments

• blocks::Union{SubArray,Vector{Int64}}: The block list.

set_cancel(value::Int64)

Sets the cancel flag.

Arguments

• value::Bool: The cancel flag.

set_comm(comm::MPI.Comm)

Set the MPI communicator

Arguments

• comm::MPI.Comm: MPI communicator

set_crit_values_matrix(crit_values::Array{Float64,3})

Sets the critical values matrix globally.

Arguments

• crit_values::Array{Float64,3}: The critical values matrix.

set_damage_models(value)

Sets the damage models globally.

Arguments

• value: The value to set as the damage models.

set_distribution(values::Vector{Int64})

Sets the distribution globally.

Arguments

• values::Vector{Int64}: The distribution.

set_dof(n::Int64)

Sets the degree of freedom (dof) value globally.

Arguments

• n::Int64: The value to set as the degree of freedom.

Example:

set_dof(3)  # sets the degree of freedom to 3

set_element_rotation(value::Int64)

Sets the element_rotation flag.

Arguments

• value::Bool: The element_rotation flag.

set_fem(value::Bool)

Activates and deactivates the FEM option in PeriLab

Arguments

• value::Bool: The value to set FEM active (true) or not (false).

Example:

set_fem(true)  # sets the fem_option to true

set_glob_to_loc(dict)

Sets the global-to-local mapping dict globally.

Arguments

• dict (array): The dict representing the global-to-local mapping.

Example:

set_glob_to_loc([1, 3, 5])  # sets the global-to-local mapping dict

set_inverse_nlist(inv_nlist::Vector{Dict{Int64,Int64}})

Sets the inverse nlist globally.

Arguments

• inv_nlist::Vector{Dict{Int64,Int64}}: The inverse nlist.

set_material_models(value)

Sets the material models globally.

Arguments

• value: The value to set as the material models.

set_max_rank(value::Int64)

Sets the maximum rank globally.

Arguments

• value::Int64: The value to set as the maximum rank.

set_nnodes()

Sets the number all nodes of one core globally.

Arguments

Example: ```

set_nnsets(n::Int64)

Set the number of node sets.

Arguments

• n::Int64: The number of node sets to be set.

set_nset(name, nodes)

Set the nodes associated with a named node set.

Arguments

• name::String: The name of the node set.
• nodes::Vector{Int}: The node indices associated with the node set.

set_num_controller(n::Int64)

Sets the number of controller nodes globally. For one core the number of nodes is equal to the number of controller nodes.

Arguments

• n::Int64: The value to set as the number of nodes.

Example:

set_num_controller(10)  # sets the number of nodes to 10

set_num_responder(n::Int64)

Sets the number of responder nodes globally. For one core the number of responder is zero. responder hold the information of the neighbors, of one node, but are not evaluated.

Arguments

• n::Int64: The value to set as the number of nodes.

Example:

set_num_responder(10)  # sets the number of responder nodes to 10

set_output_frequency(value)

Sets the output frequency globally.

Arguments

• value: The value to set as the output frequency.

set_overlap_map(topo)

Sets the overlap map globally.

Arguments

• topo: The overlap map.

set_pre_calculation_order(values::Vector{String})

Sets the order of the pre calculation options globally.

Arguments

• values::Vector{String}: The order of models.

set_properties(block_id, property, values)

Sets the values of a specified property for a given block_id.

Arguments

• block_id::Int64: The identifier of the block for which to set the property.
• property::String: The name of the property.
• values::Any: The values to set for the specified property.

set_properties(property, values)

Sets the values of a specified property for a all blocks. E.g. for FEM, because it corresponds not to a block yet,

Arguments

• property::String: The name of the property.
• values::Any: The values to set for the specified property.

set_property(block_id, property, value_name, value)

Sets the value of a specified property for a given block_id.

Arguments

• block_id::Int64: The identifier of the block for which to set the property.
• property::String: The name of the property.
• value_name::String: The name of the value within the specified property.
• value::Any: The value to set for the specified value_name.

set_rank(value::Int64)

Sets the rank globally.

Arguments

• value::Int64: The value to set as the rank.

set_rotation(value::Int64)

Sets the rotation flag.

Arguments

• value::Bool: The rotation flag.

set_silent(value::Int64)

Sets the silent flag.

Arguments

• value::Bool: The silent flag.

set_synch(name, download_from_cores, upload_to_cores)

Sets the synchronization dictionary globally.

Arguments

• name::String: The name of the field.
• download_from_cores::Bool: Whether to download the field from the cores.
• upload_to_cores::Bool: Whether to upload the field to the cores.

switch_NP1_to_N()

Switches the fields from NP1 to N.

synch_manager(synchronise_field, direction::String)

Synchronises the fields.

Arguments

• synchronise_field: The function to synchronise the field.
• direction::String: The direction of the synchronisation.