false
true
false
pedror
2016-01-04T14:25:33Z
renatow
2017-11-22T17:45:28Z
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ANY
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
CONNECT_ALL
CONNECT_ALL
CONNECT_ANY
renatow
2016-10-03T14:29:42Z
renatow
2017-04-27T09:24:58Z
false
topology
reports
false
true
-199773695
Chain 1
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Miscanthus_screening AS Screening
Underfeed_stoker AS Underfeed_stoker
Heat AS Sink_heat
Blending AS Blending
Miscanthus AS Source_biomass
LRF_pellet AS Source_biomass
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_small_tipper_trailer
SRF_conif_transport AS Truck_small_tipper_trailer
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
Reports_and_assumptions001 AS Reports_and_assumptions
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Outdoor_roofed_shed
SRF_conif_storage AS Outdoor_roofed_shed
SRC_willow_screening AS Screening
SRF_decid_screening AS Screening
SRF_conif_screening AS Screening
SET
TOPOLOGY
Underfeed_stoker.outlet = Heat.inlet;
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
LRF_pellet.results(1) = Reports_and_assumptions001.input(5);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(6);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(7);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(8);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(9);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(10);
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(11);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(12);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(13);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(14);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(15);
Blending.results(1) = Reports_and_assumptions001.input(16);
Miscanthus_screening.results(1) = Reports_and_assumptions001.input(17);
LRF_pellet.outlet = LRF_pellet_storage.inlet;
Miscanthus_transport.outlet = Blending.inlet(1);
SRC_willow_transport.outlet = Blending.inlet(2);
SRF_conif_transport.outlet = Blending.inlet(3);
Blending.outlet = Underfeed_stoker.inlet;
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
SRC_willow_screening.results(1) = Reports_and_assumptions001.input(18);
SRF_conif_screening.results(1) = Reports_and_assumptions001.input(19);
SRF_decid_screening.results(1) = Reports_and_assumptions001.input(20);
SRF_decid_transport.outlet = Blending.inlet(4);
LRF_pellet_transport.outlet = Blending.inlet(5);
Underfeed_stoker.results(1) = Reports_and_assumptions001.input(21);
Miscanthus.outlet = Miscanthus_screening.inlet;
Miscanthus_screening.outlet = Miscanthus_storage.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
SRC_willow.outlet = SRC_willow_screening.inlet;
SRC_willow_screening.outlet = SRC_willow_storage.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
SRF_conif.outlet = SRF_conif_screening.inlet;
SRF_decid.outlet = SRF_decid_screening.inlet;
SRF_conif_screening.outlet = SRF_conif_storage.inlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
SRF_decid_screening.outlet = SRF_decid_storage.inlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
]]>
renatow
2016-10-03T14:33:20Z
renatow
2017-05-24T10:17:47Z
false
topology
reports
false
true
-199773695
Chain 2
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Heat AS Sink_heat
Miscanthus AS Source_biomass
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Reports_and_assumptions001 AS Reports_and_assumptions
Miscanthus_field_wash AS Field_wash
SRC_willow_field_wash AS Field_wash
SRF_conif_field_wash AS Field_wash
SRF_decid_field_wash AS Field_wash
Miscanthus_storage2 AS Outdoor_roofed_shed
SRC_willow_storage2 AS Outdoor_roofed_shed
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_storage2 AS Outdoor_roofed_shed
SRF_conif_storage2 AS Outdoor_roofed_shed
SRF_decid_transport AS Truck_small_tipper_trailer
SRF_conif_transport AS Truck_small_tipper_trailer
Blending AS Blending
Underfeed_stoker AS Underfeed_stoker
SRF_decid_screening AS Screening
SRF_conif_screening AS Screening
LRF_pellet_transport AS Truck_walking_floor_trailer
LRF_pellet_storage AS Silo
LRF_pellet AS Source_biomass
Miscanthus_screening AS Screening
SRC_willow_screening AS Screening
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
Miscanthus_storage2.inlet = Miscanthus_field_wash.outlet;
SRC_willow_storage2.inlet = SRC_willow_field_wash.outlet;
SRC_willow_storage2.outlet = SRC_willow_transport.inlet;
Miscanthus_storage2.outlet = Miscanthus_transport.inlet;
SRF_conif_field_wash.outlet = SRF_conif_storage2.inlet;
SRF_decid_field_wash.outlet = SRF_decid_storage2.inlet;
SRF_decid_storage2.outlet = SRF_decid_transport.inlet;
Miscanthus_transport.outlet = Blending.inlet(1);
SRC_willow_transport.outlet = Blending.inlet(2);
SRF_conif_transport.outlet = Blending.inlet(3);
Underfeed_stoker.outlet = Heat.inlet;
Underfeed_stoker.inlet = Blending.outlet;
SRF_conif_storage2.outlet = SRF_conif_transport.inlet;
Miscanthus_field_wash.results(1) = Reports_and_assumptions001.input(5);
SRC_willow_field_wash.results(1) = Reports_and_assumptions001.input(6);
SRF_decid_field_wash.results(1) = Reports_and_assumptions001.input(7);
SRF_conif_field_wash.results(1) = Reports_and_assumptions001.input(8);
Miscanthus_storage2.results(1) = Reports_and_assumptions001.input(9);
SRC_willow_storage2.results(1) = Reports_and_assumptions001.input(10);
SRF_decid_storage2.results(1) = Reports_and_assumptions001.input(11);
SRF_conif_storage2.results(1) = Reports_and_assumptions001.input(12);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(13);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(14);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(15);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(16);
Blending.results(1) = Reports_and_assumptions001.input(17);
SRF_conif_screening.outlet = SRF_conif_field_wash.inlet;
SRF_decid_screening.outlet = SRF_decid_field_wash.inlet;
SRF_decid_screening.results(1) = Reports_and_assumptions001.input(18);
SRF_conif_screening.results(1) = Reports_and_assumptions001.input(19);
Blending.inlet(4) = SRF_decid_transport.outlet;
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet.results(1) = Reports_and_assumptions001.input(20);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(21);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(22);
LRF_pellet_transport.outlet = Blending.inlet(5);
Underfeed_stoker.results(1) = Reports_and_assumptions001.input(23);
Miscanthus_screening.outlet = Miscanthus_field_wash.inlet;
SRC_willow_screening.outlet = SRC_willow_field_wash.inlet;
Miscanthus_screening.results(1) = Reports_and_assumptions001.input(24);
SRC_willow_screening.results(1) = Reports_and_assumptions001.input(25);
Miscanthus.outlet = Miscanthus_screening.inlet;
SRC_willow.outlet = SRC_willow_screening.inlet;
SRF_conif.outlet = SRF_conif_screening.inlet;
SRF_decid.outlet = SRF_decid_screening.inlet;
]]>
pedror
2016-01-12T18:04:28Z
renatow
2017-07-26T12:11:05Z
false
topology
reports
false
true
-199773695
Chain 3
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
LRF_pellet AS Source_biomass
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
LRF_pellet_storage AS Silo
Miscanthus_screening AS Screening
SRC_willow_screening AS Screening
SRF_decid_screening AS Screening
SRF_conif_screening AS Screening
SRF_decid_transport AS Truck_flat_bed_trailer
SRC_willow_transport AS Truck_flat_bed_trailer
Miscanthus_transport AS Truck_flat_bed_trailer
SRF_conif_transport AS Truck_flat_bed_trailer
LRF_pellet_transport AS Truck_walking_floor_trailer
Blending AS Blending
BFB_gasifier_and_engine AS BFB_gasifier_and_engine
Power AS Sink_power
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
LRF_pellet.results(1) = Reports_and_assumptions001.input(5);
LRF_pellet.outlet = LRF_pellet_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
SRF_decid.outlet = SRF_decid_storage.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
Miscanthus.outlet = Miscanthus_storage.inlet;
SRF_conif_storage.outlet = SRF_conif_screening.inlet;
SRF_decid_storage.outlet = SRF_decid_screening.inlet;
SRC_willow_storage.outlet = SRC_willow_screening.inlet;
Miscanthus_storage.outlet = Miscanthus_screening.inlet;
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(6);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(7);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(8);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(9);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(10);
SRF_conif_screening.results(1) = Reports_and_assumptions001.input(11);
SRF_decid_screening.results(1) = Reports_and_assumptions001.input(12);
SRC_willow_screening.results(1) = Reports_and_assumptions001.input(13);
Miscanthus_screening.results(1) = Reports_and_assumptions001.input(14);
SRF_conif_screening.outlet = SRF_conif_transport.inlet;
SRF_decid_screening.outlet = SRF_decid_transport.inlet;
SRC_willow_screening.outlet = SRC_willow_transport.inlet;
Miscanthus_screening.outlet = Miscanthus_transport.inlet;
LRF_pellet_transport.inlet = LRF_pellet_storage.outlet;
Miscanthus_transport.outlet = Blending.inlet(1);
SRC_willow_transport.outlet = Blending.inlet(2);
SRF_conif_transport.outlet = Blending.inlet(3);
BFB_gasifier_and_engine.inlet = Blending.outlet;
BFB_gasifier_and_engine.outlet = Power.inlet;
Blending.results(1) = Reports_and_assumptions001.input(15);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(16);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(17);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(18);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(19);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(20);
SRF_decid_transport.outlet = Blending.inlet(4);
LRF_pellet_transport.outlet = Blending.inlet(5);
BFB_gasifier_and_engine.results(1) = Reports_and_assumptions001.input(21);
]]>
pedror
2016-01-21T10:45:40Z
renatow
2017-06-15T16:39:57Z
false
topology
reports
false
true
-199773695
Chain 4
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
SRF_conif_transport AS Truck_log_crane_and_drag
Blending1 AS Blending
Water_washing AS Water_washing
Warehouse AS Warehouse
Pelleting AS Pelleting
Transport AS Truck_walking_floor_trailer
BFB_gasifier_and_engine AS BFB_gasifier_and_engine
Power AS Sink_power
Blending2 AS Blending
LRF_pellet AS Source_biomass
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
Miscanthus.outlet = Miscanthus_storage.inlet;
SRC_willow_storage.inlet = SRC_willow.outlet;
SRF_decid_storage.inlet = SRF_decid.outlet;
SRF_conif_storage.inlet = SRF_conif.outlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
Miscanthus_transport.outlet = Blending1.inlet(1);
SRC_willow_transport.outlet = Blending1.inlet(2);
SRF_conif_transport.outlet = Blending1.inlet(3);
Blending1.outlet = Water_washing.inlet;
Water_washing.outlet = Warehouse.inlet;
Warehouse.outlet = Pelleting.inlet;
Pelleting.outlet = Transport.inlet;
BFB_gasifier_and_engine.outlet = Power.inlet;
Warehouse.results(1) = Reports_and_assumptions001.input(5);
Pelleting.results(1) = Reports_and_assumptions001.input(6);
Transport.results(1) = Reports_and_assumptions001.input(7);
Water_washing.results(1) = Reports_and_assumptions001.input(8);
Blending1.results(1) = Reports_and_assumptions001.input(9);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(10);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(11);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(12);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(13);
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(14);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(15);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(16);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(17);
Transport.outlet = Blending2.inlet(1);
Blending2.outlet = BFB_gasifier_and_engine.inlet;
Blending2.results(1) = Reports_and_assumptions001.input(18);
LRF_pellet.results(1) = Reports_and_assumptions001.input(19);
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet_transport.outlet = Blending2.inlet(2);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(21);
Blending1.inlet(4) = SRF_decid_transport.outlet;
BFB_gasifier_and_engine.results(1) = Reports_and_assumptions001.input(22);
]]>
pedror
2016-01-21T11:05:12Z
renatow
2017-06-16T16:34:35Z
false
topology
reports
false
true
-199773695
Chain 5
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
LRF_pellet AS Source_biomass
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
SRF_conif_transport AS Truck_log_crane_and_drag
Blending1 AS Blending
Screening AS Screening
Warehouse AS Warehouse
Transport AS Truck_flat_bed_trailer
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
Blending2 AS Blending
CFB_combustion AS CFB_combustion
Power AS Sink_power
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
LRF_pellet.results(1) = Reports_and_assumptions001.input(5);
SRF_decid.outlet = SRF_decid_storage.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
Miscanthus.outlet = Miscanthus_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
Blending1.inlet(1) = Miscanthus_transport.outlet;
Blending1.inlet(2) = SRC_willow_transport.outlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
Blending1.outlet = Screening.inlet;
Screening.outlet = Warehouse.inlet;
Warehouse.outlet = Transport.inlet;
Transport.outlet = Blending2.inlet(1);
LRF_pellet_transport.outlet = Blending2.inlet(2);
Blending2.outlet = CFB_combustion.inlet;
Power.inlet = CFB_combustion.outlet;
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(6);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(7);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(8);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(9);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(10);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(11);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(12);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(13);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(14);
Blending1.results(1) = Reports_and_assumptions001.input(15);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(16);
Screening.results(1) = Reports_and_assumptions001.input(17);
Warehouse.results(1) = Reports_and_assumptions001.input(18);
Transport.results(1) = Reports_and_assumptions001.input(19);
Blending2.results(1) = Reports_and_assumptions001.input(20);
SRF_conif_transport.outlet = Blending1.inlet(3);
SRF_decid_transport.outlet = Blending1.inlet(4);
CFB_combustion.results(1) = Reports_and_assumptions001.input(21);
]]>
stephanb
2016-05-04T07:18:16Z
renatow
2017-05-24T09:23:24Z
false
topology
reports
false
true
-199773695
Chain 6
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Miscanthus_storage AS Outdoor_roofed_shed
Reports_and_assumptions001 AS Reports_and_assumptions
Power AS Sink_power
CFB_combustion AS CFB_combustion
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
Pelleting AS Pelleting
SRF_decid_storage AS Open_air_covered
Miscanthus_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
Blending1 AS Blending
Silo AS Silo
Transport AS Truck_walking_floor_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRC_willow_storage AS Outdoor_roofed_shed
SRF_conif_transport AS Truck_log_crane_and_drag
SRF_conif_storage AS Open_air_covered
LRF_pellet AS Source_biomass
Blending2 AS Blending
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
SET
TOPOLOGY
CFB_combustion.outlet = Power.inlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
Miscanthus_transport.outlet = Blending1.inlet(1);
Blending1.outlet = Pelleting.inlet;
Transport.inlet = Silo.outlet;
Pelleting.outlet = Silo.inlet;
Miscanthus_storage.inlet = Miscanthus.outlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
SRF_decid.outlet = SRF_decid_storage.inlet;
SRC_willow_transport.outlet = Blending1.inlet(2);
SRF_conif_transport.outlet = Blending1.inlet(3);
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(5);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(6);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(7);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(8);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(9);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(10);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(11);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(12);
Blending1.results(1) = Reports_and_assumptions001.input(13);
Pelleting.results(1) = Reports_and_assumptions001.input(14);
Silo.results(1) = Reports_and_assumptions001.input(15);
Transport.results(1) = Reports_and_assumptions001.input(16);
Blending2.inlet(1) = Transport.outlet;
Blending2.outlet = CFB_combustion.inlet;
Blending2.results(1) = Reports_and_assumptions001.input(17);
LRF_pellet.results(1) = Reports_and_assumptions001.input(18);
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet_transport.outlet = Blending2.inlet(2);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(19);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20);
SRF_decid_transport.outlet = Blending1.inlet(4);
CFB_combustion.results(1) = Reports_and_assumptions001.input(21);
]]>
pedror
2016-01-21T11:09:00Z
renatow
2017-05-24T09:23:36Z
false
topology
reports
false
true
-199773695
Chain 7
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
SRF_conif_transport AS Truck_log_crane_and_drag
Chemical_washing AS Chemical_washing
Warehouse AS Warehouse
Pelleting AS Pelleting
Silo AS Silo
CFB_combustion AS CFB_combustion
Blending AS Blending
Power AS Sink_power
Transport AS Truck_walking_floor_trailer
LRF_pellet AS Source_biomass
Blending2 AS Blending
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
Miscanthus.outlet = Miscanthus_storage.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
SRF_decid.outlet = SRF_decid_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
Silo.inlet = Pelleting.outlet;
Warehouse.outlet = Pelleting.inlet;
Warehouse.inlet = Chemical_washing.outlet;
Miscanthus_transport.outlet = Blending.inlet(1);
SRC_willow_transport.outlet = Blending.inlet(2);
SRF_conif_transport.outlet = Blending.inlet(3);
Blending.outlet = Chemical_washing.inlet;
Power.inlet = CFB_combustion.outlet;
Transport.inlet = Silo.outlet;
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(5);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(6);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(7);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(8);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(9);
Warehouse.results(1) = Reports_and_assumptions001.input(10);
Chemical_washing.results(1) = Reports_and_assumptions001.input(11);
Pelleting.results(1) = Reports_and_assumptions001.input(12);
Transport.results(1) = Reports_and_assumptions001.input(13);
Silo.results(1) = Reports_and_assumptions001.input(14);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(15);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(16);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(17);
Blending.results(1) = Reports_and_assumptions001.input(18);
Transport.outlet = Blending2.inlet(1);
Blending2.outlet = CFB_combustion.inlet;
LRF_pellet.results(1) = Reports_and_assumptions001.input(19);
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet_transport.outlet = Blending2.inlet(2);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(21);
SRF_decid_transport.outlet = Blending.inlet(4);
Blending2.results(1) = Reports_and_assumptions001.input(22);
Reports_and_assumptions001.input(23) = CFB_combustion.results(1);
]]>
pedror
2016-01-21T11:12:23Z
renatow
2017-05-24T09:23:46Z
false
topology
reports
false
true
-199773695
Chain 8
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
LRF_pellet AS Source_biomass
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
LRF_pellet_storage AS Silo
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
SRF_conif_transport AS Truck_log_crane_and_drag
Pelleting AS Pelleting
Silo AS Silo
Transport AS Truck_walking_floor_trailer
LRF_pellet_transport AS Truck_walking_floor_trailer
Blending1 AS Blending
Blending2 AS Blending
EF_gasifier_and_CCGT AS EF_gasifier_and_CCGT
Power AS Sink_power
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
LRF_pellet.results(1) = Reports_and_assumptions001.input(5);
Miscanthus.outlet = Miscanthus_storage.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
SRF_decid.outlet = SRF_decid_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
Miscanthus_transport.outlet = Blending1.inlet(1);
SRC_willow_transport.outlet = Blending1.inlet(2);
SRF_conif_transport.outlet = Blending1.inlet(3);
Blending1.outlet = Pelleting.inlet;
Pelleting.outlet = Silo.inlet;
Silo.outlet = Transport.inlet;
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
Transport.outlet = Blending2.inlet(1);
LRF_pellet_transport.outlet = Blending2.inlet(2);
Blending2.outlet = EF_gasifier_and_CCGT.inlet;
Power.inlet = EF_gasifier_and_CCGT.outlet;
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(6);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(7);
Blending1.results(1) = Reports_and_assumptions001.input(8);
Pelleting.results(1) = Reports_and_assumptions001.input(9);
Silo.results(1) = Reports_and_assumptions001.input(10);
Transport.results(1) = Reports_and_assumptions001.input(11);
Blending2.results(1) = Reports_and_assumptions001.input(12);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(13);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(14);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(15);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(16);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(17);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(18);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(19);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(20);
SRF_decid_transport.outlet = Blending1.inlet(4);
EF_gasifier_and_CCGT.results(1) = Reports_and_assumptions001.input(21);
]]>
pedror
2016-01-21T11:15:37Z
renatow
2017-05-24T09:23:59Z
false
topology
reports
false
true
-199773695
Chain 9
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
SRC_willow_storage AS Outdoor_roofed_shed
Miscanthus_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
SRF_conif_transport AS Truck_log_crane_and_drag
Torrefaction_and_pelleting AS Torrefaction_and_pelleting
Silo AS Silo
Transport AS Truck_walking_floor_trailer
EF_gasifier_and_CCGT AS EF_gasifier_and_CCGT
Blending1 AS Blending
Power AS Sink_power
LRF_pellet AS Source_biomass
Blending2 AS Blending
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
EF_gasifier_and_CCGT.outlet = Power.inlet;
Silo.outlet = Transport.inlet;
Torrefaction_and_pelleting.outlet = Silo.inlet;
Blending1.outlet = Torrefaction_and_pelleting.inlet;
Blending1.inlet(1) = Miscanthus_transport.outlet;
SRC_willow_transport.outlet = Blending1.inlet(2);
SRF_conif_transport.outlet = Blending1.inlet(3);
SRF_decid_transport.inlet = SRF_decid_storage.outlet;
SRF_conif_storage.outlet = SRF_conif_transport.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
Miscanthus_transport.inlet = Miscanthus_storage.outlet;
Miscanthus.outlet = Miscanthus_storage.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
SRF_decid.outlet = SRF_decid_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
Transport.results(1) = Reports_and_assumptions001.input(5);
Silo.results(1) = Reports_and_assumptions001.input(6);
Torrefaction_and_pelleting.results(1) = Reports_and_assumptions001.input(7);
Blending1.results(1) = Reports_and_assumptions001.input(8);
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(9);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(10);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(11);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(12);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(13);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(14);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(15);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(16);
Blending2.inlet(1) = Transport.outlet;
Blending2.outlet = EF_gasifier_and_CCGT.inlet;
Blending2.results(1) = Reports_and_assumptions001.input(17);
LRF_pellet.results(1) = Reports_and_assumptions001.input(18);
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet_transport.outlet = Blending2.inlet(2);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(19);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(20);
SRF_decid_transport.outlet = Blending1.inlet(4);
EF_gasifier_and_CCGT.results(1) = Reports_and_assumptions001.input(21);
]]>
pedror
2016-01-22T16:09:32Z
renatow
2017-06-15T14:01:23Z
false
topology
reports
false
true
-199773695
Chain 10
# ParameterName AS ARRAY ( Size < , ... > ) OF INTEGER || REAL || LOGICAL || VariableType < DEFAULT Value >
# ParameterName AS FOREIGN_OBJECT < "ForeignObjectClass" > < DEFAULT "ForeignObjectValue" >
# ParameterName AS ORDERED_SET < DEFAULT [ "Name" < , ... > ] >
# DISTRIBUTION_DOMAIN
# DomainName AS [ LowerBound : UpperBound ]
# DomainName AS ARRAY ( Size < , ... > ) OF [ LowerBound : UpperBound ]
# UNIT
# UnitName AS UnitModelName
# UnitName AS ARRAY ( Size || OrderedSet < , ... > ) OF UnitModelName
# PORT
# PortName AS ConnectionType < DIRECTION_INLET || DIRECTION_OUTLET || DIRECTION_BIDIRECTIONAL >
# PortName AS ARRAY ( Size || OrderedSet < , ... > ) OF ConnectionType
# VARIABLE
# VariableName AS VariableType
# VariableName AS ARRAY ( Size || OrderedSet < , ... > ) OF VariableType
# VariableName AS DISTRIBUTION ( DomainName < , ... > ) OF VariableType
# SELECTOR
# SelectorName AS ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS ARRAY ( Size || OrderedSet < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SelectorName AS DISTRIBUTION ( DomainName < , ... > ) OF ( Flag < , ... > ) < DEFAULT Flag >
# SET
# ParameterPath := Expression ;
# ParameterPath := [ Expression < , ... > ];
# ParameterPath := "ForeignObjectValue";
# ParameterPath := [ "Name" < , ... > ];
# DomainPath := [ BFDM || CFDM || FFDM || OCFEM , Order , NumOfElements ];
# BOUNDARY
# Boundary condition equations
# TOPOLOGY
# Unit connection equations
# EQUATION
# Model equations
# ASSIGN
# VariablePath := Expression ;
# VariablePath := [ Expression < , ... > ];
# PRESET
# < RESTORE "filename" >
# VariablePath := InitialValue ;
# VariablePath := InitialValue : LowerBound : UpperBound ;
# INITIALSELECTOR
# SelectorPath := FlagPath ;
# SelectorPath := [ FlagPath < , ... > ];
# INITIAL
# Equations
UNIT
Reports_and_assumptions001 AS Reports_and_assumptions
SRF_conif AS Source_biomass
SRC_willow AS Source_biomass
SRF_decid AS Source_biomass
Miscanthus AS Source_biomass
Miscanthus_storage AS Outdoor_roofed_shed
SRC_willow_storage AS Outdoor_roofed_shed
SRF_decid_storage AS Open_air_covered
SRF_conif_storage AS Open_air_covered
Miscanthus_transport AS Truck_small_tipper_trailer
SRC_willow_transport AS Truck_small_tipper_trailer
SRF_decid_transport AS Truck_log_crane_and_drag
SRF_conif_transport AS Truck_log_crane_and_drag
Blending1 AS Blending
Pyrolysis AS Pyrolysis
Tank AS Tank
Transport AS Truck_liquid_tanker
EF_gasifier_and_CCGT AS EF_gasifier_and_CCGT
Power AS Sink_power
LRF_pellet AS Source_biomass
Blending2 AS Blending
LRF_pellet_storage AS Silo
LRF_pellet_transport AS Truck_walking_floor_trailer
SET
TOPOLOGY
Miscanthus.results(1) = Reports_and_assumptions001.input(1);
SRC_willow.results(1) = Reports_and_assumptions001.input(2);
SRF_decid.results(1) = Reports_and_assumptions001.input(3);
SRF_conif.results(1) = Reports_and_assumptions001.input(4);
EF_gasifier_and_CCGT.outlet = Power.inlet;
Transport.inlet = Tank.outlet;
Pyrolysis.outlet = Tank.inlet;
Blending1.outlet = Pyrolysis.inlet;
Blending1.inlet(1) = Miscanthus_transport.outlet;
SRC_willow_transport.outlet = Blending1.inlet(2);
SRF_conif_transport.outlet = Blending1.inlet(3);
SRF_conif_transport.inlet = SRF_conif_storage.outlet;
SRF_decid_storage.outlet = SRF_decid_transport.inlet;
SRC_willow_storage.outlet = SRC_willow_transport.inlet;
Miscanthus_storage.outlet = Miscanthus_transport.inlet;
SRF_decid.outlet = SRF_decid_storage.inlet;
SRF_conif.outlet = SRF_conif_storage.inlet;
SRC_willow.outlet = SRC_willow_storage.inlet;
Miscanthus_storage.inlet = Miscanthus.outlet;
Miscanthus_storage.results(1) = Reports_and_assumptions001.input(5);
SRC_willow_storage.results(1) = Reports_and_assumptions001.input(6);
SRF_decid_storage.results(1) = Reports_and_assumptions001.input(7);
SRF_conif_storage.results(1) = Reports_and_assumptions001.input(8);
SRF_conif_transport.results(1) = Reports_and_assumptions001.input(9);
SRF_decid_transport.results(1) = Reports_and_assumptions001.input(10);
SRC_willow_transport.results(1) = Reports_and_assumptions001.input(11);
Miscanthus_transport.results(1) = Reports_and_assumptions001.input(12);
Blending1.results(1) = Reports_and_assumptions001.input(13);
Pyrolysis.results(1) = Reports_and_assumptions001.input(14);
Tank.results(1) = Reports_and_assumptions001.input(15);
Transport.results(1) = Reports_and_assumptions001.input(16);
Transport.outlet = Blending2.inlet(1);
Blending2.outlet = EF_gasifier_and_CCGT.inlet;
Blending2.results(1) = Reports_and_assumptions001.input(17);
LRF_pellet.results(1) = Reports_and_assumptions001.input(18);
LRF_pellet_storage.outlet = LRF_pellet_transport.inlet;
LRF_pellet.outlet = LRF_pellet_storage.inlet;
LRF_pellet_transport.outlet = Blending2.inlet(2);
LRF_pellet_transport.results(1) = Reports_and_assumptions001.input(19);
LRF_pellet_storage.results(1) = Reports_and_assumptions001.input(20);
SRF_decid_transport.outlet = Blending1.inlet(4);
EF_gasifier_and_CCGT.results(1) = Reports_and_assumptions001.input(21);
]]>
pedror
2016-02-16T11:53:29Z
renatow
2017-09-12T14:57:12Z
false
true
true
renatow
2017-07-27T13:42:20Z
renatow
2017-11-22T17:45:26Z
false
false
true
pedror
2016-02-16T11:53:31Z
renatow
2017-09-12T14:57:28Z
false
true
true
renatow
2017-07-27T13:42:21Z
renatow
2017-11-22T17:45:27Z
false
false
true
renatow
2017-07-27T13:42:22Z
renatow
2017-09-12T14:57:43Z
false
true
true
pedror
2016-02-16T11:53:32Z
renatow
2017-11-22T17:45:27Z
false
false
true
pedror
2016-02-16T11:53:34Z
renatow
2017-09-12T14:57:57Z
false
true
true
renatow
2017-07-27T13:42:23Z
renatow
2017-11-22T17:45:27Z
false
false
true
pedror
2016-02-16T11:53:35Z
renatow
2017-09-12T14:58:13Z
false
true
true
renatow
2017-07-27T13:42:24Z
renatow
2017-11-22T17:45:27Z
false
false
true
renatow
2016-04-27T14:15:15Z
renatow
2017-09-12T14:58:35Z
false
true
true
renatow
2017-07-27T13:42:25Z
renatow
2017-11-22T17:45:27Z
false
false
true
pedror
2016-02-16T11:53:38Z
renatow
2017-09-12T14:58:51Z
false
true
true
renatow
2017-07-27T13:42:28Z
renatow
2017-11-22T17:45:27Z
false
false
true
pedror
2016-02-16T11:53:40Z
renatow
2017-09-12T14:59:05Z
false
true
true
renatow
2017-07-27T13:42:30Z
renatow
2017-11-22T17:45:27Z
false
false
true
pedror
2016-02-16T11:53:41Z
renatow
2017-09-12T14:59:18Z
false
true
true
renatow
2017-07-27T13:42:32Z
renatow
2017-11-22T17:45:28Z
false
false
true
pedror
2016-02-16T11:53:42Z
renatow
2017-09-12T14:59:31Z
false
true
true
renatow
2017-07-27T13:42:33Z
renatow
2017-11-22T17:45:28Z
false
false
true