Relationship Classes

`connection__from_node`

A flow on a connection from a node.

Related Object Classes: connection and node

Related Parameters: connection_capacity, connection_conv_cap_to_flow, connection_emergency_capacity, connection_flow_cost, connection_flow_non_anticipativity_margin, connection_flow_non_anticipativity_time, connection_intact_flow_non_anticipativity_margin, connection_intact_flow_non_anticipativity_time, fix_binary_gas_connection_flow, fix_connection_flow, fix_connection_intact_flow, graph_view_position, initial_binary_gas_connection_flow, initial_connection_flow and initial_connection_intact_flow

A flow on a connection from a node.

`connection__from_node__investment_group`

A flow on a connection from a node whose capacity should be counted in the capacity invested available of an investment_group.

Related Object Classes: connection, investment_group and node

`connection__from_node__user_constraint`

A flow on a connection from a node constrained by a user_constraint.

Related Object Classes: connection, node and user_constraint

Related Parameters: connection_flow_coefficient

`connection__investment_group`

A connection that belongs in an investment_group.

Related Object Classes: connection and investment_group

`connection__investment_stochastic_structure`

The stochastic_structure of a connection investment.

Related Object Classes: connection and stochastic_structure

The stochastic_structure of a connection investment.

`connection__investment_temporal_block`

The temporal_block of a connection investment.

Related Object Classes: connection and temporal_block

The temporal_block of a connection investment.

`connectionnodenode`

A connection acting over two nodes.

Related Object Classes: connection and node

Related Parameters: compression_factor, connection_flow_delay, connection_linepack_constant, fix_ratio_out_in_connection_flow, fixed_pressure_constant_0, fixed_pressure_constant_1, max_ratio_out_in_connection_flow and min_ratio_out_in_connection_flow

A connection acting over two nodes.

`connection__to_node`

A flow on a connection to a node .

Related Object Classes: connection and node

Related Parameters: connection_capacity, connection_conv_cap_to_flow, connection_emergency_capacity, connection_flow_cost, connection_flow_non_anticipativity_margin, connection_flow_non_anticipativity_time, connection_intact_flow_non_anticipativity_margin, connection_intact_flow_non_anticipativity_time, fix_binary_gas_connection_flow, fix_connection_flow, fix_connection_intact_flow, graph_view_position, initial_binary_gas_connection_flow, initial_connection_flow and initial_connection_intact_flow

A flow on a connection to a node .

`connection__to_node__investment_group`

A flow on a connection to a node whose capacity should be counted in the capacity invested available of an investment_group.

Related Object Classes: connection, investment_group and node

`connection__to_node__user_constraint`

A flow on a connection to a node constrained by a `user_constraint

Related Object Classes: connection, node and user_constraint

Related Parameters: connection_flow_coefficient

`connection__user_constraint`

A connection investment constrained by a user_constraint.

Related Object Classes: connection and user_constraint

Related Parameters: connections_invested_available_coefficient and connections_invested_coefficient

`model__default_investment_stochastic_structure`

The default stochastic_structure of all investments in the model.

Related Object Classes: model and stochastic_structure

The default stochastic_structure of all investments in the model.

`model__default_investment_temporal_block`

The default temporal_block of all investments in the model.

Related Object Classes: model and temporal_block

The default temporal_block of all investments in the model.

`model__default_stochastic_structure`

The default stochastic_structure of the `model.

Related Object Classes: model and stochastic_structure

The default stochastic_structure of the `model.

`model__default_temporal_block`

The default temporal_block of the model.

Related Object Classes: model and temporal_block

The default temporal_block of the model.

`model__report`

A report that should be written for the model.

Related Object Classes: model and report

A report that should be written for the model.

`node__commodity`

A commodity for a node. Only a single commodity is permitted per node.

Related Object Classes: commodity and node

A commodity for a node. Only a single commodity is permitted per node.

`node__investment_group`

A node that belongs in an investment_group.

Related Object Classes: investment_group and node

`node__investment_stochastic_structure`

The stochastic_structure of a node storage investment.

Related Object Classes: node and stochastic_structure

The stochastic_structure of a node storage investment.

`node__investment_temporal_block`

The temporal_block of a node storage investment.

Related Object Classes: node and temporal_block

The temporal_block of a node storage investment.

`node__node`

An interaction between two nodes.

Related Object Classes: node

Related Parameters: diff_coeff

An interaction between two nodes.

`node__stochastic_structure`

The stochastic_structure of a node. Only one stochastic_structure is permitted per node.

Related Object Classes: node and stochastic_structure

Related Parameters: is_active

The stochastic_structure of a node. Only one stochastic_structure is permitted per node.

`node__temporal_block`

The temporal_block of a node and the corresponding flow variables.

Related Object Classes: node and temporal_block

Related Parameters: cyclic_condition and is_active

The temporal_block of a node and the corresponding flow variables.

`node__user_constraint`

A node state constrained by a user_constraint, or a node demand included in a user_constraint.

Related Object Classes: node and user_constraint

Related Parameters: demand_coefficient, node_state_coefficient, storages_invested_available_coefficient and storages_invested_coefficient

`parent_stochastic_scenario__child_stochastic_scenario`

A parent-child relationship between two stochastic_scenarios defining the master stochastic direct acyclic graph.

Related Object Classes: stochastic_scenario

A parent-child relationship between two stochastic_scenarios defining the master stochastic direct acyclic graph.

`report__output`

An output that should be included in a report.

Related Object Classes: output and report

Related Parameters: overwrite_results_on_rolling

An output that should be included in a report.

`stage__child_stage`

A parent-child relationship between two stages (EXPERIMENTAL).

Related Object Classes: stage

`stage__output`

An output that should be fixed by a stage in all its children (EXPERIMENTAL).

Related Object Classes: output and stage

Related Parameters: output_resolution

`stochastic_structure__stochastic_scenario`

A stochastic_scenarios that belongs in a stochastic_structure.

Related Object Classes: stochastic_scenario and stochastic_structure

Related Parameters: stochastic_scenario_end and weight_relative_to_parents

A stochastic_scenarios that belongs in a stochastic_structure.

`unit__commodity`

Holds parameters for commodities used by the unit.

Related Object Classes: commodity and unit

Related Parameters: max_cum_in_unit_flow_bound

Holds parameters for commodities used by the unit.

`unit__from_node`

A flow on a unit from a node.

Related Object Classes: node and unit

Related Parameters: fix_nonspin_units_started_up, fix_unit_flow_op, fix_unit_flow, fuel_cost, graph_view_position, initial_nonspin_units_started_up, initial_unit_flow_op, initial_unit_flow, is_active, max_total_cumulated_unit_flow_from_node, min_total_cumulated_unit_flow_from_node, min_unit_flow, minimum_operating_point, operating_points, ordered_unit_flow_op, ramp_down_limit, ramp_up_limit, reserve_procurement_cost, shut_down_limit, start_up_limit, unit_capacity, unit_conv_cap_to_flow, unit_flow_non_anticipativity_margin, unit_flow_non_anticipativity_time and vom_cost

A flow on a unit from a node.

`unit__from_node__investment_group`

A flow on a unit from a node whose capacity should be counted in the capacity invested available of an investment_group.

Related Object Classes: investment_group, node and unit

`unit__from_node__user_constraint`

A flow on a unit from a node constrained by a user_constraint.

Related Object Classes: node, unit and user_constraint

Related Parameters: graph_view_position and unit_flow_coefficient

`unit__investment_group`

A unit that belongs in an investment_group.

Related Object Classes: investment_group and unit

`unit__investment_stochastic_structure`

The stochastic_structure of a unit investment.

Related Object Classes: stochastic_structure and unit

The stochastic_structure of a unit investment.

`unit__investment_temporal_block`

The temporal_block of a unit investment.

Related Object Classes: temporal_block and unit

The temporal_block of a unit investment.

`unitnodenode`

A unit acting over two nodes.

Related Object Classes: node and unit

Related Parameters: fix_ratio_in_in_unit_flow, fix_ratio_in_out_unit_flow, fix_ratio_out_in_unit_flow, fix_ratio_out_out_unit_flow, fix_units_on_coefficient_in_in, fix_units_on_coefficient_in_out, fix_units_on_coefficient_out_in, fix_units_on_coefficient_out_out, max_ratio_in_in_unit_flow, max_ratio_in_out_unit_flow, max_ratio_out_in_unit_flow, max_ratio_out_out_unit_flow, max_units_on_coefficient_in_in, max_units_on_coefficient_in_out, max_units_on_coefficient_out_in, max_units_on_coefficient_out_out, min_ratio_in_in_unit_flow, min_ratio_in_out_unit_flow, min_ratio_out_in_unit_flow, min_ratio_out_out_unit_flow, min_units_on_coefficient_in_in, min_units_on_coefficient_in_out, min_units_on_coefficient_out_in, min_units_on_coefficient_out_out, unit_idle_heat_rate, unit_incremental_heat_rate and unit_start_flow

A unit acting over two nodes.

`unit__to_node`

A flow on a unit to a node.

Related Object Classes: node and unit

Related Parameters: fix_nonspin_units_shut_down, fix_nonspin_units_started_up, fix_unit_flow_op, fix_unit_flow, fuel_cost, graph_view_position, initial_nonspin_units_shut_down, initial_nonspin_units_started_up, initial_unit_flow_op, initial_unit_flow, is_active, max_total_cumulated_unit_flow_to_node, min_total_cumulated_unit_flow_to_node, min_unit_flow, minimum_operating_point, operating_points, ordered_unit_flow_op, ramp_down_limit, ramp_up_limit, reserve_procurement_cost, shut_down_limit, start_up_limit, unit_capacity, unit_conv_cap_to_flow, unit_flow_non_anticipativity_margin, unit_flow_non_anticipativity_time and vom_cost

A flow on a unit to a node.

`unit__to_node__investment_group`

A flow on a unit from a node whose capacity should be counted in the capacity invested available of an investment_group.

Related Object Classes: investment_group, node and unit

`unit__to_node__user_constraint`

A flow on a unit to a node constrained by a user_constraint.

Related Object Classes: node, unit and user_constraint

Related Parameters: graph_view_position and unit_flow_coefficient

`unit__user_constraint`

A unit commitment constrained by a user_constraint.

Related Object Classes: unit and user_constraint

Related Parameters: units_invested_available_coefficient, units_invested_coefficient, units_on_coefficient and units_started_up_coefficient

`units_on__stochastic_structure`

The stochastic_structure of a unit commitment. Only one stochastic_structure is permitted per unit.

Related Object Classes: stochastic_structure and unit

Related Parameters: is_active

The stochastic_structure of a unit commitment. Only one stochastic_structure is permitted per unit.

`units_on__temporal_block`

The temporal_block of a unit commitment.

Related Object Classes: temporal_block and unit

Related Parameters: is_active

The temporal_block of a unit commitment.