Boundary and constraint conditions
This is the reference for all boundary and constraint conditions.
BEAM INTERACTION/BEAM TO BEAM CONTACT CONDITIONS
Type: list
no description yet
Used in 16 tests
beam3eb_genalpha_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
beam3eb_genalpha_BTB_contact_elstat_attraction_twocrossedbeams_FAD.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_beam_to_beam_contact.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_beam_to_beam_contact_boundingvolume.4C.yaml
beam3eb_static_contact_penalty_linpen_limitdispperiter_twobeamstwisting.4C.yaml
beam3eb_static_contact_penalty_linposquadpen_beamrotatingoverarc.4C.yaml
beam3eb_static_contact_penalty_linposquadpen_beamslidingoverarc.4C.yaml
beam3r_herm2line3_genalpha_liegroup_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
beam3r_herm2line3_static_contact_penalty_linpen_twobeamstwisting.4C.yaml
beam3r_herm2line3_static_contact_penalty_linposquadpen_beamrotatingoverarc.4C.yaml
beam3r_herm2line3_static_contact_penalty_linposquadpen_beamrotatingoverarc_boundingvolume.4C.yaml
beam3r_line2_backweuler_browndyn_contact_twocrossedbeams.4C.yaml
beam3r_line2_genalpha_liegroup_contact_penalty_linpen_twocrossedbeams.4C.yaml
beam3sk_line3tan_static_contact_penalty_linpen_limitdispperiter_twobeamstwisting.4C.yaml
beam3wk_line3tan_genalpha_liegroup_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
beam3wk_line3tan_static_contact_penalty_linposquadpen_limitdispperiter_beamrotatingoverarc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLING_ID (int, required: True)
no description yet
DESIGN 1D ARTERY/AIRWAY TO POROFLUID NONCONF COUPLING CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLING_TYPE (enum, required: False, default: ARTERY)
coupling typeChoices
AIRWAY
ARTERY
NUMDOF (int, required: True)
no description yetCOUPLEDDOF_REDUCED (vector<int>, size: n, required: True)
coupling dofs of reduced airways or arteriesCOUPLEDDOF_PORO (vector<int>, size: n, required: True)
coupling dofs in porous domainPENALTY (double, required: True)
no description yet
DESIGN 1D ARTERY/AIRWAY TO SCATRA NONCONF COUPLING CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLING_TYPE (enum, required: False, default: ARTERY)
coupling typeChoices
AIRWAY
ARTERY
NUMDOF (int, required: True)
no description yetCOUPLEDDOF_REDUCED (vector<int>, size: n, required: True)
coupling dofs of reduced airways or arteriesCOUPLEDDOF_PORO (vector<int>, size: n, required: True)
coupling dofs in porous domainPENALTY (double, required: True)
no description yet
DESIGN ALE FLUID COUPLING SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yet
DESIGN ALE UPDATE LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLING (enum, required: False, default: lagrange)
no description yetChoices
heightfunction
lagrange
meantangentialvelocity
meantangentialvelocityscaled
sphereHeightFunction
VAL (double, required: True)
no description yetNODENORMALFUNCT (int, required: True)
no description yet
DESIGN ALE UPDATE SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLING (enum, required: False, default: lagrange)
no description yetChoices
heightfunction
lagrange
meantangentialvelocity
meantangentialvelocityscaled
sphereHeightFunction
VAL (double, required: True)
no description yetNODENORMALFUNCT (int, required: True)
no description yet
DESIGN BIOFILM GROWTH COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
coupling_id
DESIGN BOUNDARY INTEGRAL SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN CCCV CELL CYCLING LINE CONDITIONS
Type: list
no description yet
Used in 6 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMBER_OF_HALF_CYCLES (int, required: True)
no description yetBEGIN_WITH_CHARGING (int, required: True)
no description yetCONDITION_ID_FOR_CHARGE (int or null, required: False, default: null)
no description yetCONDITION_ID_FOR_DISCHARGE (int or null, required: False, default: null)
no description yetINIT_RELAX_TIME (double, required: True)
no description yetADAPTIVE_TIME_STEPPING_INIT_RELAX (int, required: True)
no description yetNUM_ADD_ADAPT_TIME_STEPS (int or null, required: False, default: null)
no description yetMIN_TIME_STEPS_DURING_INIT_RELAX (int or null, required: False, default: null)
no description yet
DESIGN CCCV CELL CYCLING POINT CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMBER_OF_HALF_CYCLES (int, required: True)
no description yetBEGIN_WITH_CHARGING (int, required: True)
no description yetCONDITION_ID_FOR_CHARGE (int or null, required: False, default: null)
no description yetCONDITION_ID_FOR_DISCHARGE (int or null, required: False, default: null)
no description yetINIT_RELAX_TIME (double, required: True)
no description yetADAPTIVE_TIME_STEPPING_INIT_RELAX (int, required: True)
no description yetNUM_ADD_ADAPT_TIME_STEPS (int or null, required: False, default: null)
no description yetMIN_TIME_STEPS_DURING_INIT_RELAX (int or null, required: False, default: null)
no description yet
DESIGN CCCV CELL CYCLING SURF CONDITIONS
Type: list
no description yet
Used in 5 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMBER_OF_HALF_CYCLES (int, required: True)
no description yetBEGIN_WITH_CHARGING (int, required: True)
no description yetCONDITION_ID_FOR_CHARGE (int or null, required: False, default: null)
no description yetCONDITION_ID_FOR_DISCHARGE (int or null, required: False, default: null)
no description yetINIT_RELAX_TIME (double, required: True)
no description yetADAPTIVE_TIME_STEPPING_INIT_RELAX (int, required: True)
no description yetNUM_ADD_ADAPT_TIME_STEPS (int or null, required: False, default: null)
no description yetMIN_TIME_STEPS_DURING_INIT_RELAX (int or null, required: False, default: null)
no description yet
DESIGN CCCV HALF-CYCLE LINE CONDITIONS
Type: list
no description yet
Used in 6 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetCURRENT (double, required: True)
no description yetCUT_OFF_VOLTAGE (double, required: True)
no description yetCUT_OFF_C_RATE (double, required: True)
no description yetRELAX_TIME (double, required: True)
no description yetADAPTIVE_TIME_STEPPING_PHASE_ON_OFF (vector<int>, size: 3, required: True)
no description yet
DESIGN CCCV HALF-CYCLE POINT CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetCURRENT (double, required: True)
no description yetCUT_OFF_VOLTAGE (double, required: True)
no description yetCUT_OFF_C_RATE (double, required: True)
no description yetRELAX_TIME (double, required: True)
no description yetADAPTIVE_TIME_STEPPING_PHASE_ON_OFF (vector<int>, size: 3, required: True)
no description yet
DESIGN CCCV HALF-CYCLE SURF CONDITIONS
Type: list
no description yet
Used in 5 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetCURRENT (double, required: True)
no description yetCUT_OFF_VOLTAGE (double, required: True)
no description yetCUT_OFF_C_RATE (double, required: True)
no description yetRELAX_TIME (double, required: True)
no description yetADAPTIVE_TIME_STEPPING_PHASE_ON_OFF (vector<int>, size: 3, required: True)
no description yet
DESIGN CELL VOLTAGE LINE CONDITIONS
Type: list
no description yet
Used in 11 tests
elch_2D_quad4_s2i_butlervolmer_cycling_adaptive_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_relax_adaptive.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN CELL VOLTAGE POINT CONDITIONS
Type: list
no description yet
Used in 9 tests
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken_dofsplit.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_microtomacro.4C.yaml
ssi_oneway_scatra_to_solid_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
ssi_twoway_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN CELL VOLTAGE SURF CONDITIONS
Type: list
no description yet
Used in 63 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_cycling.4C.yaml
sti_mono_3D_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_2x2.4C.yaml
sti_mono_3D_tet4_elch_s2i_pointcoupling_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN DOMAIN INTEGRAL SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN DOMAIN INTEGRAL VOL CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN ELECTRODE STATE OF CHARGE LINE CONDITIONS
Type: list
no description yet
Used in 7 tests
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken_dofsplit.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_microtomacro.4C.yaml
ssi_oneway_scatra_to_solid_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
ssi_twoway_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetC_0% (double, required: True)
no description yetC_100% (double, required: True)
no description yetONE_HOUR (double, required: True)
no description yet
DESIGN ELECTRODE STATE OF CHARGE SURF CONDITIONS
Type: list
no description yet
Used in 11 tests
elch_2D_quad4_s2i_butlervolmer_cycling_adaptive_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_relax_adaptive.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetC_0% (double, required: True)
no description yetC_100% (double, required: True)
no description yetONE_HOUR (double, required: True)
no description yet
DESIGN ELECTRODE STATE OF CHARGE VOL CONDITIONS
Type: list
no description yet
Used in 60 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
sti_mono_3D_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_2x2.4C.yaml
sti_mono_3D_tet4_elch_s2i_pointcoupling_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetC_0% (double, required: True)
no description yetC_100% (double, required: True)
no description yetONE_HOUR (double, required: True)
no description yet
DESIGN EMBEDDED MESH SOLID SURF COUPLING CONDITIONS
Type: list
no description yet
Used in 14 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yet
DESIGN EMBEDDED SOLID VOL BACKGROUND CONDITIONS
Type: list
no description yet
Used in 14 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yet
DESIGN FLOW RATE LINE CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN FLOW RATE SURF CONDITIONS
Type: list
no description yet
Used in 6 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN FLUID FLUID COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 18 tests
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_resbased.4C.yaml
xffsi_monolithic_ss_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_inflow_fixedstr.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_resbased.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yet
DESIGN FLUID MESH VOL CONDITIONS
Type: list
no description yet
Used in 69 tests
xff_beltrami_TesTes_NIT_embedded_hk_ele_vol_div_by_ele_surf.4C.yaml
xff_kimmoin_15x15_instat_nitemb_xfemgp_emb_layer_dens_5.4C.yaml
xff_kimmoin_15x15_instat_nitemb_xfemgp_emb_layer_dens_5_newost.4C.yaml
xff_kimmoin_15x15_stat_nitemb_edgeb_gp_emb_layer_dens_5.4C.yaml
xff_kimmoin_15x15_stat_nitemb_edgeb_gp_emb_layer_dens_5_OneDofset.4C.yaml
xff_shear_flow_2D_stat_bf_Nitsche_alesided_inflowaveraged_dens_7.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_alesided.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_alesided_inflowaveraged.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_xsided.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_xsidedDiv.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_xsided_inflowstab_onesided.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_resbased.4C.yaml
xffsi_monolithic_ss_1D_fullnewton_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_inflow_fixedstr.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_resbased.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yet
DESIGN FLUID STRESS CALC LINE CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN FLUID STRESS CALC SURF CONDITIONS
Type: list
no description yet
Used in 19 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN FLUID SURF LIFT&DRAG
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
label (int, required: True)
no description yetCENTER (vector<double>, size: 3, required: True)
no description yetAXIS (vector<double>, size: 3, required: False, default: [0, 0, 0])
no description yet
DESIGN FPSI COUPLING LINE CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN FPSI COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN FSI COUPLING CENTER DISP LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN FSI COUPLING CENTER DISP SURF CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN FSI COUPLING LINE CONDITIONS
Type: list
no description yet
Used in 30 tests
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN FSI COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 111 tests
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_resbased.4C.yaml
xffsi_monolithic_ss_1D_fullnewton_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_inflow_fixedstr.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_resbased.4C.yaml
xfsi_combo_LSNeumann_MeshXFSIMono_comp_struct_fsi_2D_mono_BGS2x2.4C.yaml
xfsi_combo_LSWDBC_MeshXFSIMono_comp_struct_fsi_2D_mono_BGS2x2.4C.yaml
xfsi_comp_struct_fsi_2D_mono_fine_touched_TimeintEOS.4C.yaml
xfsi_comp_struct_fsi_2D_mono_fine_touched_TimeintEOS_full_Semilagrange.4C.yaml
xfsi_comp_struct_fsi_2D_mono_full_Semilagrange_2ndorder_theta066.4C.yaml
xfsi_fluid_pusher_instat_weak_struct_part_disp_2_full_Semilagrange.4C.yaml
xfsi_fluid_pusher_monolithic_1storder_full_Semilagrange.4C.yaml
xfsi_fluid_pusher_monolithic_2ndorder_full_Semilagrange.4C.yaml
Used in 4 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN LINE ALE DIRICH CONDITIONS
Type: list
no description yet
Used in 31 tests
Used in 2 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN LINE ALE WEAR CONDITIONS 2D
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE AREA CONSTRAINT 2D
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetcurve (int or null, required: False, default: null)
no description yetactiveTime (double, required: True)
no description yet
DESIGN LINE AREA MONITOR 2D
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN LINE BEAM FILAMENT CONDITIONS
Type: list
no description yet
Used in 39 tests
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_additional_fixed_crosslink.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_belloffrate.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_twobonds.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_twobonds_clinitbox.4C.yaml
beam3r_herm2line3_backweuler_browndyn_randcrosslinking_beam3rline2.4C.yaml
beam3r_herm2line3_backweuler_browndyn_randcrosslinking_beam3rline2_twobonds.4C.yaml
beam3r_herm2line3_backweuler_browndyn_singlefil_ptc_elementbased_everydt.4C.yaml
beam3r_herm2line3_backweuler_browndyn_singlefil_ptc_elementbased_everyiter.4C.yaml
beam3r_herm2line3_static_crosslinking_beam3rline2_linkedcantilevers_endload.4C.yaml
beam3r_herm2line3_static_crosslinking_truss_linkedcantilevers_endload.4C.yaml
beam3r_line2_backweuler_browndyn_contact_twocrossedbeams.4C.yaml
beam3r_line2_backweuler_browndyn_crosslinking_beam3rline2.4C.yaml
beam3r_line2_backweuler_browndyn_initialcrosslinking_beam3rline2_largesys.4C.yaml
beam3r_line2_backweuler_browndyn_periodic_rve_dirich_coupling.4C.yaml
beam3r_line2_backweuler_browndyn_periodic_rve_dirich_crosslinking.4C.yaml
beam3r_line2_backweuler_browndyn_periodic_rve_dirich_element.4C.yaml
beam3r_line2_backweuler_browndyn_randcrosslinking_beam3rline2_largesys.4C.yaml
beam3r_line2_backweuler_browndyn_rve_and_node_dirich.4C.yaml
beam3r_line2_backweuler_browndyn_singlefil_ptc_elementbased_everydt.4C.yaml
beam3r_line2_backweuler_browndyn_singlefil_ptc_elementbased_everyiter.4C.yaml
beam3r_line2_genalpha_liegroup_contact_penalty_linpen_newgap_smoothed_twocrossedbeams.4C.yaml
beam3r_line2_genalpha_liegroup_contact_penalty_linpen_newgap_twocrossedbeams.4C.yaml
beam3r_rigidsphere_activecrosslinking_truss_browndyn_truss.4C.yaml
beam3r_rigidsphere_activecrosslinking_truss_browndyn_truss_catchslipbond.4C.yaml
beam3r_rigidsphere_activecrosslinking_truss_browndyn_truss_forcedependetoffrate.4C.yaml
beam3wk_line3tan_backweuler_browndyn_crosslinking_beam3rline2.4C.yaml
beam3wk_line3tan_static_crosslinking_beam3rline2_linkedcantilevers_endload.4C.yaml
beam3wk_line3tan_static_crosslinking_truss_linkedcantilevers_endload.4C.yaml
beam3wk_tanline3_backweuler_browndyn_singlefil_ptc_elementbased_everydt.4C.yaml
beam3wk_tanline3_backweuler_browndyn_singlefil_ptc_elementbased_everyiter.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ID (int, required: True)
filament idTYPE (enum, required: False, default: Arbitrary)
no description yetChoices
Actin
Arbitrary
Collagen
actin
arbitrary
collagen
DESIGN LINE BEAM POTENTIAL CHARGE CONDITIONS
Type: list
no description yet
Used in 18 tests
beam3eb_genalpha_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
beam3eb_genalpha_BTB_contact_elstat_attraction_twocrossedbeams_FAD.4C.yaml
beam3r_herm2line3_backweuler_browndyn_repLJ_singlelengthspec_smallsepapprox_twocrossedbeams.4C.yaml
beam3r_herm2line3_genalpha_liegroup_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
beam3r_herm2line3_static_BTBpotential_repulsiveLennardJones_beamrotatingoverarc.4C.yaml
beam3r_herm2line3_static_LJ_singlelengthspec_smallsepapprox_simple_twocrossedbeams_pulloff.4C.yaml
beam3wk_line3tan_genalpha_liegroup_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
POTLAW (int, required: True)
no description yetVAL (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yet
DESIGN LINE DIRICH CONDITIONS
Type: list
no description yet
Used in 585 tests, showing only the first 20.
beam3r_herm2line3_backweuler_browndyn_repLJ_singlelengthspec_smallsepapprox_twocrossedbeams.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_kl_shell_mortar_consistent_FAD_line2.4C.yaml
beam3r_herm2line3_static_point_coupling_BTSPH_contact_stent_honeycomb_stretch_r01_circ10.4C.yaml
beam3r_line2_backweuler_browndyn_contact_twocrossedbeams.4C.yaml
beam3r_line2_genalpha_liegroup_contact_penalty_linpen_newgap_smoothed_twocrossedbeams.4C.yaml
beam3r_line2_genalpha_liegroup_contact_penalty_linpen_newgap_twocrossedbeams.4C.yaml
beam3r_line2_genalpha_liegroup_contact_penalty_linpen_twocrossedbeams.4C.yaml
Used in 6 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN LINE EHL MORTAR COUPLING CONDITIONS 2D
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Slave
Initialization (enum, required: False, default: Active)
initializationChoices
Active
Inactive
FrCoeffOrBound (double, required: False, default: 0)
no description yet
DESIGN LINE INITIAL FIELD CONDITIONS
Type: list
no description yet
Used in 26 tests
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken_dofsplit.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_microtomacro.4C.yaml
porofluid_pressure_based_2D_quad4_4_fluids_1_volfrac.4C.yaml
porofluid_pressure_based_elast_2D_quad4_3_fluids_2_volfrac_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_external_force.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_haptotaxis.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_hyperthermia.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_vessel_collapse.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor_angiogenesis.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_surfbased_artery_coupling_mono_network.4C.yaml
ssi_oneway_scatra_to_solid_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
ssi_twoway_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
Artery
PoroMultiFluid
Porosity
Pressure
ScaTra
Temperature
Undefined
Velocity
FUNCT (int, required: True)
no description yet
DESIGN LINE LEVEL SET CONTACT CONDITION
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE LOCSYS CONDITIONS
Type: list
no description yet
Used in 5 tests
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ROTANGLE (vector<double>, size: 3, required: True)
no description yetFUNCT (vector<int>, size: 3, required: True)
no description yetUSEUPDATEDNODEPOS (int, required: True)
no description yetUSECONSISTENTNODENORMAL (int, required: True)
no description yet
DESIGN LINE MANIFOLD DIRICH CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True, each element must validate: range (0, 2147483647])
no description yet
DESIGN LINE MIXED/HYBRID DIRICHLET CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
val (vector<double>, size: 3, required: True)
velocityfunct (vector<int>, size: 3, required: False, default: [None, None, None])
spatial functionu_C (double, required: True)
no description yetPENTYPE (enum, required: True)
how penalty parameter is computedChoices
Spalding
constant
hB_divided_by (double, required: True)
no description yetutau_computation (enum, required: True)
how traction at y is computed from utauChoices
at_wall
viscous_tangent
DESIGN LINE MODE FOR KRYLOV SPACE PROJECTION
Type: list
no description yet
Used in 9 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DIS (enum, required: True)
discretizationChoices
fluid
scatra
structure
NUMMODES (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetWEIGHTVECDEF (enum, required: True)
weight vector definitionChoices
integration
pointvalues
TYPE (enum, required: False, default: projection)
Type of krylov projection enforcement.Choices
constraint
projection
DESIGN LINE MORTAR CONTACT CONDITIONS 2D
Type: list
no description yet
Used in 51 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Selfcontact
Slave
Initialization (enum, required: False, default: Inactive)
initializationChoices
Active
Inactive
FrCoeffOrBound (double, required: False, default: 0)
friction coefficient boundAdhesionBound (double, required: False, default: 0)
adhesion boundApplication (enum, required: False, default: Solidcontact)
applicationChoices
Beamtosolidcontact
Beamtosolidmeshtying
Solidcontact
TwoHalfPass (double, required: False, default: 0)
optional two half pass approachRefConfCheckNonSmoothSelfContactSurface (double, required: False, default: 0)
optional reference configuration check for non-smooth self contact surfacesConstitutiveLawID (int or null, required: False, default: null)
material id of the constitutive law
DESIGN LINE MORTAR COUPLING CONDITIONS 2D
Type: list
no description yet
Used in 27 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Slave
Initialization (enum, required: False, default: Inactive)
initializationChoices
Active
Inactive
DESIGN LINE MORTAR EDGE CONDITIONS 3D
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE MORTAR MULTI-COUPLING CONDITIONS 2D
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Slave
Initialization (enum, required: False, default: Inactive)
initializationChoices
Active
Inactive
DESIGN LINE MORTAR SYMMETRY CONDITIONS 3D
Type: list
no description yet
Used in 7 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ONOFF (vector<int>, size: 3, required: True)
no description yet
DESIGN LINE MULTIPNT CONSTRAINT 2D
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetamplitude (double, required: True)
no description yetcurve (int or null, required: False, default: null)
no description yetconstrNode1 (int, required: True)
no description yetconstrNode2 (int, required: True)
no description yetconstrNode3 (int, required: True)
no description yetcontrol (enum, required: False, default: dist)
distance or angle controlChoices
angle
dist
activeTime (double, required: True)
no description yet
DESIGN LINE NEUMANN CONDITIONS
Type: list
no description yet
Used in 141 tests
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_first.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_second.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_hex27_cross_section_projection_penalty_bending.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_hex27_cross_section_projection_penalty_patch.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_mortar_lagrange_regularized_line3.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_mortar_lagrange_saddlepoint_line3.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_mortar_penalty_line3.4C.yaml
beam3r_herm2line3_genalpha_liegroup_lineload_dynamic.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_conditions.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_lagrange_regularized_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_lagrange_saddlepoint_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_penalty_line2.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_penalty_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_penalty_line4.4C.yaml
beam3r_herm2line3_static_one_element_pure_neumann_constraint.4C.yaml
beam3r_herm2line3_static_one_element_pure_neumann_projection.4C.yaml
beam3sk_line3rot_genalpha_liegroup_lineload_dynamic_FAD.4C.yaml
beam3sk_line3tan_genalpha_liegroup_lineload_dynamic_FAD.4C.yaml
f2_channel_EOS_quad4_1000x10_quad_inflow_h_diam_to_opp.4C.yaml
f2_channel_EOS_quad4_200x10_cubic_inflow_h_diam_to_opp.4C.yaml
f2_channel_EOS_quad4_50x50_quad_inflow_h_diam_to_opp.4C.yaml
f2_channel_EOS_quad4_50x50_quad_inflow_h_dist_to_opp.4C.yaml
f2_channel_EOS_quad8_50x50_quad_inflow_h_dist_to_opp.4C.yaml
f2_channel_EOS_quad9_50x50_quad_inflow_h_dist_to_opp.4C.yaml
f2_shear_flow_linear_ramp_20x20_pressure_impl_new_ost.4C.yaml
f2_shear_flow_linear_ramp_20x20_pressure_normal_cont_impl_new_ost.4C.yaml
f2_shear_flow_qubic_ramp_20x20_theta0.5_pressure_impl_new_ost.4C.yaml
f2_shear_flow_qubic_ramp_20x20_theta0.66_pressure_impl_new_ost.4C.yaml
f2_shear_flow_qubic_ramp_20x20_theta0.66_pressure_normal_cont_impl_new_ost.4C.yaml
porofluid_pressure_based_2D_quad4_4_fluids_1_volfrac.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
sti_twoway_scatratothermo_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_scatratothermo_aitken_dofsplit_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_thermotoscatra_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN LINE NEUMANN INTEGRATION
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE NORMAL NO PENETRATION CONDITION
Type: list
no description yet
Used in 11 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE NURBS LS DIRICH CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN LINE PERIODIC BOUNDARY CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ID (int, required: True)
periodic boundary condition idMASTER_OR_SLAVE (enum, required: True)
master-slave toggleChoices
Master
Slave
PLANE (enum, required: True)
degrees of freedom for the pbc planeChoices
xy
xyz
xz
yz
LAYER (int, required: True)
layer of periodic boundary conditionANGLE (double, required: True)
angle of rotationABSTREETOL (double, required: True)
tolerance for nodematching in octree
DESIGN LINE PERIODIC RVE 2D BOUNDARY CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
EDGE (enum, required: False, default: undefined)
edge line idChoices
undefined
x+
x-
y+
y-
DESIGN LINE PORO DIRICH CONDITIONS
Type: list
no description yet
Used in 59 tests
poro_2D_quad4_const_material_nodal_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_transversely_isotropic_permeability.4C.yaml
porofluid_pressure_based_elast_2D_quad4_3_fluids_2_volfrac_mono_FD.4C.yaml
porofluid_pressure_based_elast_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_2D_quad4_linebased_artery_coupling_mono_MP_teko.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_external_force.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_haptotaxis.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_hyperthermia.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_teko.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_vessel_collapse.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_part.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_part_reaction.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_part_sequ.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_poromulti_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_starting_dbc.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor_angiogenesis.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN LINE PORO NEUMANN CONDITIONS
Type: list
no description yet
Used in 14 tests
porofluid_pressure_based_elast_2D_quad4_3_fluids_2_volfrac_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_part_reaction.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_part_sequ.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_poromulti_mono.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN LINE PORO PARTIAL INTEGRATION
Type: list
no description yet
Used in 27 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE PORO PRESSURE INTEGRATION
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE REDUCED D AIRWAYS EVALUATE LUNG VOLUME CONDITIONS
Type: list
no description yet
Used in 9 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN LINE REDUCED D AIRWAYS VOL DEPENDENT PLEURAL PRESSURE CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TYPE (enum, required: False, default: Linear_Exponential)
typeChoices
Linear_Exponential
Linear_Ogden
Linear_Polynomial
Nonlinear_Exponential
Nonlinear_Ogden
Nonlinear_Polynomial
TLC (double, required: True)
no description yetRV (double, required: True)
no description yetP_PLEURAL_0 (double, required: True)
no description yetP_PLEURAL_LIN (double, required: True)
no description yetP_PLEURAL_NONLIN (double, required: True)
no description yetTAU (double, required: True)
no description yetVAL (vector<double>, size: 1, required: True)
valuecurve (vector<int>, size: 1, required: True)
curve
DESIGN LINE SLIP SUPPLEMENTAL CURVED BOUNDARY CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
USEUPDATEDNODEPOS (double, required: True)
no description yet
DESIGN LINE THERMO DIRICH CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN LINE THERMO INITIAL FIELD CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
ScaTra
Undefined
FUNCT (int, required: True)
no description yet
DESIGN LINE THERMO NEUMANN CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN LINE TOTAL TRACTION CORRECTION BORDER NODES
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN LINE TRANSPORT DIRICH CONDITIONS
Type: list
no description yet
Used in 33 tests
porofluid_pressure_based_elast_scatra_2D_quad4_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_external_force.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_haptotaxis.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_hyperthermia.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_part.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_part_reaction.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_part_sequ.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_poromulti_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_starting_dbc.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor_angiogenesis.4C.yaml
ssi_oneway_scatra_to_solid_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
ssi_twoway_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN LINE TRANSPORT NEUMANN CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN LINE VOLUMETRIC FLOW BORDER NODES
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN LINE WEAK DIRICHLET CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
GAMMATYPE (enum, required: True)
Choice of gamma parameterChoices
adjoint-consistent
diffusive-optimal
DIR (enum, required: True)
Directions to apply weak dbcChoices
all_directions
only_in_normal_direction
PENTYPE (enum, required: True)
Definition of penalty parameterChoices
Spalding
constant
TauBscaling (double, required: True)
no description yetLINEARISATION (enum, required: True)
LinearisationChoices
lin_all
no_lin_conv_inflow
VAL (vector<double>, size: 3, required: True)
valuesFUNCT (vector<int>, size: 3, required: False, default: [0, 0, 0])
function ids
DESIGN NODE 1D ARTERY IN_OUTLET CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
terminaltype (enum, required: False, default: inlet)
terminaltypeChoices
inlet
outlet
DESIGN NODE 1D ARTERY JUNCTION CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetKr (double, required: True)
no description yet
DESIGN NODE 1D ARTERY PRESCRIBED CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
boundarycond (enum, required: False, default: flow)
boundarycondChoices
area
characteristicWave
flow
pressure
velocity
type (enum, required: False, default: forced)
typeChoices
absorbing
forced
VAL (vector<double>, size: 2, required: True)
valuescurve (vector<int>, size: 2, required: True)
curve ids
DESIGN NODE 1D ARTERY REFLECTIVE CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
VAL (vector<double>, size: 1, required: True)
valuecurve (vector<int>, size: 1, required: True)
curve
DESIGN NODE 1D ARTERY TO POROFLUID COUPLING CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPID (int, required: True)
no description yet
DESIGN NODE 1D ARTERY TO SCATRA COUPLING CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPID (int, required: True)
no description yet
DESIGN NODE REDUCED D To 3D FLOW COUPLING CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetCouplingType (enum, required: False, default: forced)
coupling typeChoices
absorbing
forced
ReturnedVariable (enum, required: False, default: pressure)
returned variableChoices
flow
pressure
Tolerance (double, required: True)
no description yetMaximumIterations (int, required: True)
no description yet
DESIGN NODE Reduced D AIRWAYS PRESCRIBED CONDITIONS
Type: list
no description yet
Used in 22 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
boundarycond (enum, required: False, default: flow)
boundary condition typeChoices
VolumeDependentPleuralPressure
flow
pressure
switchFlowPressure
VAL (vector<double>, size: 1, required: True)
valuecurve (vector<int>, size: 2, required: True)
curvefunct (vector<int>, size: 1, required: False, default: [None])
function id
DESIGN NODE Reduced D AIRWAYS SWITCH FLOW PRESSURE CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FUNCT_ID_FLOW (int, required: True)
no description yetFUNCT_ID_PRESSURE (int, required: True)
no description yetFUNCT_ID_PRESSURE_ACTIVE (int, required: True)
no description yet
DESIGN OXYGEN PARTIAL PRESSURE CALCULATION LINE CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
SCALARID (int, required: True)
scalar id of oxygen partial pressuren (double, required: True)
nPb50 (double, required: True)
Pb50CaO2_max (double, required: True)
CaO2_maxalpha_bl_eff (double, required: True)
alpha_bl_effrho_oxy (double, required: True)
rho_oxyrho_bl (double, required: True)
rho_bl
DESIGN OXYGEN PARTIAL PRESSURE CALCULATION SURF CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
SCALARID (int, required: True)
scalar id of oxygen partial pressuren (double, required: True)
nPb50 (double, required: True)
Pb50CaO2_max (double, required: True)
CaO2_maxalpha_bl_eff (double, required: True)
alpha_bl_effrho_oxy (double, required: True)
rho_oxyrho_bl (double, required: True)
rho_bl
DESIGN OXYGEN PARTIAL PRESSURE CALCULATION VOL CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
SCALARID (int, required: True)
scalar id of oxygen partial pressuren (double, required: True)
nPb50 (double, required: True)
Pb50CaO2_max (double, required: True)
CaO2_maxalpha_bl_eff (double, required: True)
alpha_bl_effrho_oxy (double, required: True)
rho_oxyrho_bl (double, required: True)
rho_bl
DESIGN PATCH RECOVERY BOUNDARY LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN PATCH RECOVERY BOUNDARY SURF CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN POINT ALE DIRICH CONDITIONS
Type: list
no description yet
Used in 11 tests
Used in 2 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN POINT COUPLED DOF EQUATION CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
EQUATION (int, required: True)
EQUATIONADD (enum, required: False, default: undefined)
degrees of freedomChoices
dispx
dispy
undefined
COEFFICIENT (double, required: True)
no description yet
DESIGN POINT COUPLING CONDITIONS
Type: list
no description yet
Used in 11 tests
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_additional_fixed_crosslink.4C.yaml
beam3r_herm2line3_beam_to_beam_penalty_point_coupling_elbow.4C.yaml
beam3r_herm2line3_static_point_coupling_BTSPH_contact_stent_honeycomb_stretch_r01_circ10.4C.yaml
beam3r_line2_backweuler_browndyn_periodic_rve_dirich_coupling.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yet
DESIGN POINT DIRICH CONDITIONS
Type: list
no description yet
Used in 721 tests, showing only the first 20.
beam3eb_genalpha_BTB_contact_elstat_attraction_twocrossedbeams.4C.yaml
beam3eb_genalpha_BTB_contact_elstat_attraction_twocrossedbeams_FAD.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_beam_to_beam_contact.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_beam_to_beam_contact_boundingvolume.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_first.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_second.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_restart_first.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_restart_second.4C.yaml
Used in 4 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN POINT INITIAL FIELD CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
Artery
PoroMultiFluid
Porosity
Pressure
ScaTra
Temperature
Undefined
Velocity
FUNCT (int, required: True)
no description yet
DESIGN POINT LEVEL SET CONTACT CONDITION
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN POINT LOCSYS CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ROTANGLE (vector<double>, size: 3, required: True)
no description yetFUNCT (vector<int>, size: 3, required: True)
no description yetUSEUPDATEDNODEPOS (int, required: True)
no description yet
DESIGN POINT MANIFOLD DIRICH CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True, each element must validate: range (0, 2147483647])
no description yet
DESIGN POINT MOMENT EB CONDITIONS
Type: list
no description yet
Used in 13 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN POINT MORTAR CORNER CONDITIONS 2D/3D
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN POINT MORTAR SYMMETRY CONDITIONS 2D/3D
Type: list
no description yet
Used in 7 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ONOFF (vector<int>, size: 3, required: True)
no description yet
DESIGN POINT NEUMANN CONDITIONS
Type: list
no description yet
Used in 143 tests
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_second.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_restart_second.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_additional_fixed_crosslink.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_belloffrate.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_twobonds.4C.yaml
beam3r_herm2line3_backweuler_browndyn_crosslinking_beam3rline2_twobonds_clinitbox.4C.yaml
beam3r_herm2line3_backweuler_browndyn_randcrosslinking_beam3rline2_twobonds.4C.yaml
beam3r_herm2line3_beam_to_beam_penalty_point_coupling_elbow.4C.yaml
beam3r_herm2line3_beam_to_beam_penalty_point_coupling_elbow_offset.4C.yaml
beam3r_herm2line3_elastoplastic_bendNeum_hard_torsion.4C.yaml
beam3r_herm2line3_static_beam_and_solid_beam_output_with_monolithic_partitioning.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_consistent_FAD.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_consistent_FAD_nurbs.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_displacement.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_displacement_FAD.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_displacement_FAD_nurbs.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_displacement_nurbs.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_reference_forced.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_reference_forced_FAD.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_reference_forced_FAD_nurbs.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_reference_forced_boundingvolume.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_gpts_reference_forced_nurbs.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_consistent_FAD_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_consistent_FAD_nurbs_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_consistent_FAD_xvolume_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_FAD_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_FAD_nurbs_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_line2.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_line4.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_nurbs_line2.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_nurbs_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_displacement_nurbs_line4.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_FAD_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_line2.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_line4.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_nurbs_line2.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_nurbs_line3.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_mortar_reference_forced_nurbs_line4.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_unused_face_elements.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_volume_coupling_mortar.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_2d-3d.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_2d-3d_mortar.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_gp_restart_first.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_gp_restart_second.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_restart_first.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_mortar_restart_second.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_nurbs27_mortar_penalty_line4.4C.yaml
beam3r_herm2line3_static_crosslinking_beam3rline2_linkedcantilevers_endload.4C.yaml
beam3r_herm2line3_static_crosslinking_truss_linkedcantilevers_endload.4C.yaml
beam3r_herm2line3_static_one_element_pure_neumann_constraint.4C.yaml
beam3r_herm2line3_static_one_element_pure_neumann_projection.4C.yaml
beam3r_line2_backweuler_browndyn_crosslinking_beam3rline2.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_macrotomicro_aitken_dofsplit.4C.yaml
elch_1D_line2_multiscale_butlervolmer_electrolyte_partitioned_microtomacro.4C.yaml
porofluid_pressure_based_2D_quad4_linebased_artery_coupling.4C.yaml
porofluid_pressure_based_2D_quad4_nodal_artery_coupling.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_part.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_MP.4C.yaml
solidscatra_electromecha_1wc_myocardMV_ActiveStress_tet4_1.4C.yaml
solidscatra_electromecha_1wc_myocardMV_ActiveStress_tet4_line2.4C.yaml
solidscatra_electromecha_1wc_myocardMV_ActiveStress_tet4_line2_independenttimestepping.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN POINT NURBS LS DIRICH CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN POINT PENALTY COUPLING CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
POSITIONAL_PENALTY_PARAMETER (double, required: True)
no description yetROTATIONAL_PENALTY_PARAMETER (double, required: True)
no description yet
DESIGN POINT PERIODIC RVE 2D BOUNDARY REFERENCE CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
POSITION (enum, required: False, default: undefined)
position of reference nodeChoices
N1
N1B
N1L
N2
N3
N4
undefined
DESIGN POINT PORO DIRICH CONDITIONS
Type: list
no description yet
Used in 17 tests
porofluid_pressure_based_elast_scatra_2D_quad4_haptotaxis.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_hyperthermia.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_teko.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor_angiogenesis.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN POINT PORO NEUMANN CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN POINT RIGIDSPHERE POTENTIAL CHARGE CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
POTLAW (int, required: True)
no description yetVAL (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yet
DESIGN POINT ROBIN SPRING DASHPOT CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetSTIFF (vector<double>, size: n, required: True)
no description yetTIMEFUNCTSTIFF (vector<int>, size: n, required: True)
no description yetVISCO (vector<double>, size: n, required: True)
no description yetTIMEFUNCTVISCO (vector<int>, size: n, required: True)
no description yetDISPLOFFSET (vector<double>, size: n, required: True)
no description yetTIMEFUNCTDISPLOFFSET (vector<int>, size: n, required: True)
no description yetFUNCTNONLINSTIFF (vector<int>, size: n, required: True)
no description yetDIRECTION (enum, required: True)
Direction of the spring-dashpot boundary conditionsChoices
xyz
refsurfnormal
cursurfnormal
COUPLING (int or null, required: False, default: null)
no description yet
DESIGN POINT THERMO COUPLING CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yet
DESIGN POINT THERMO DIRICH CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN POINT THERMO INITIAL FIELD CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
ScaTra
Undefined
FUNCT (int, required: True)
no description yet
DESIGN POINT THERMO NEUMANN CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN POINT TRANSPORT DIRICH CONDITIONS
Type: list
no description yet
Used in 24 tests
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_teko.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_vessel_collapse.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodal_artery_coupling_part.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_MP.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet10_nodetopoint_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_surfbased_artery_coupling_mono_network.4C.yaml
ssi_oneway_scatra_to_solid_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
ssi_twoway_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN POINT TRANSPORT NEUMANN CONDITIONS
Type: list
no description yet
Used in 5 tests
solidscatra_electromecha_1wc_myocardMV_ActiveStress_tet4_2.4C.yaml
solidscatra_electromecha_1wc_myocardMV_ActiveStress_tet4_hdg_2.4C.yaml
solidscatra_electromecha_2wc_myocardMV_ActiveStress_tet4.4C.yaml
solidscatra_electromecha_2wc_solidtoscatra_aitken_myocardMV_ActiveStress_tet4.4C.yaml
ssi_twoway_3D_line2_elch_s2i_butlervolmer_multiscale.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN S2I KINETICS GROWTH LINE CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetMOLMASS (double, required: True)
no description yetDENSITY (double, required: True)
no description yetCONDUCTIVITY (double, required: True)
no description yetREGTYPE (enum, required: True)
no description yetChoices
Hein
none
polynomial
trigonometrical
REGPAR (double, required: True)
no description yetINITTHICKNESS (double, required: True)
no description yet
DESIGN S2I KINETICS GROWTH SURF CONDITIONS
Type: list
no description yet
Used in 6 tests
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetMOLMASS (double, required: True)
no description yetDENSITY (double, required: True)
no description yetCONDUCTIVITY (double, required: True)
no description yetREGTYPE (enum, required: True)
no description yetChoices
Hein
none
polynomial
trigonometrical
REGPAR (double, required: True)
no description yetINITTHICKNESS (double, required: True)
no description yet
DESIGN S2I KINETICS LINE CONDITIONS
Type: list
no description yet
Used in 17 tests
elch_2D_quad4_s2i_butlervolmer_cycling_adaptive_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_relax_adaptive.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
sti_twoway_scatratothermo_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_scatratothermo_aitken_dofsplit_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_thermotoscatra_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
Each element contains
One of
Option (ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Master
Undefined
Option (KINETIC_MODEL, NUMSCAL, PERMEABILITIES, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantPermeability
LinearPermeability
NUMSCAL (int, required: True)
no description yetPERMEABILITIES (vector<double>, size: n, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-VolmerReduced
Butler-VolmerReduced_Linearized
Butler-Volmer_Linearized
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, PELTIER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Peltier
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetPELTIER (double, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, CAPACITANCE, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Capacitance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetCAPACITANCE (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, THERMOPERM, MOLAR_HEAT_CAPACITY, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_ThermoResistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetTHERMOPERM (double, required: True)
no description yetMOLAR_HEAT_CAPACITY (double, required: True)
no description yet
Option (KINETIC_MODEL, ONOFF, RESISTANCE, E-, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantInterfaceResistance
ONOFF (vector<int>, size: 2, required: True)
no description yetRESISTANCE (double, required: True)
no description yetE- (int, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
NoInterfaceFlux
DESIGN S2I KINETICS POINT CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
One of
Option (ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Master
Undefined
Option (KINETIC_MODEL, NUMSCAL, PERMEABILITIES, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantPermeability
LinearPermeability
NUMSCAL (int, required: True)
no description yetPERMEABILITIES (vector<double>, size: n, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-VolmerReduced
Butler-VolmerReduced_Linearized
Butler-Volmer_Linearized
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, PELTIER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Peltier
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetPELTIER (double, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, CAPACITANCE, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Capacitance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetCAPACITANCE (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, THERMOPERM, MOLAR_HEAT_CAPACITY, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_ThermoResistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetTHERMOPERM (double, required: True)
no description yetMOLAR_HEAT_CAPACITY (double, required: True)
no description yet
Option (KINETIC_MODEL, ONOFF, RESISTANCE, E-, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantInterfaceResistance
ONOFF (vector<int>, size: 2, required: True)
no description yetRESISTANCE (double, required: True)
no description yetE- (int, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
NoInterfaceFlux
DESIGN S2I KINETICS SURF CONDITIONS
Type: list
no description yet
Used in 93 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_standard_redist.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_2x2.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_hex8_scatra_s2i_constperm_pseudo_contact.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_twoway_3D_hex8_scatra_s2i_constperm_pseudo_contact.4C.yaml
ssti_mono_3D_3hex8_elch_s2i_butlervolmerthermo_growthlaw.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_BGS-AMG_3x3.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_cycling.4C.yaml
sti_mono_3D_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_2x2.4C.yaml
sti_mono_3D_tet4_elch_s2i_pointcoupling_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
sti_oneway_scatratothermo_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_oneway_thermotoscatra_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_twoway_scatratothermo_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_twoway_thermotoscatra_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
Used in 1 tutorial
Each element contains
One of
Option (ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Master
Undefined
Option (KINETIC_MODEL, NUMSCAL, PERMEABILITIES, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantPermeability
LinearPermeability
NUMSCAL (int, required: True)
no description yetPERMEABILITIES (vector<double>, size: n, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-VolmerReduced
Butler-VolmerReduced_Linearized
Butler-Volmer_Linearized
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, PELTIER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Peltier
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetPELTIER (double, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, CAPACITANCE, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Capacitance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetCAPACITANCE (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (KINETIC_MODEL, NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, THERMOPERM, MOLAR_HEAT_CAPACITY, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_ThermoResistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetTHERMOPERM (double, required: True)
no description yetMOLAR_HEAT_CAPACITY (double, required: True)
no description yet
Option (KINETIC_MODEL, ONOFF, RESISTANCE, E-, IS_PSEUDO_CONTACT, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantInterfaceResistance
ONOFF (vector<int>, size: 2, required: True)
no description yetRESISTANCE (double, required: True)
no description yetE- (int, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (KINETIC_MODEL, ConditionID, E, ENTITY_TYPE, INTERFACE_SIDE)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
no description yetChoices
Slave
KINETIC_MODEL (enum, required: True)
no description yetChoices
NoInterfaceFlux
DESIGN S2I MESHTYING LINE CONDITIONS
Type: list
no description yet
Used in 17 tests
elch_2D_quad4_s2i_butlervolmer_cycling_adaptive_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_relax_adaptive.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
sti_twoway_scatratothermo_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_scatratothermo_aitken_dofsplit_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_thermotoscatra_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN S2I MESHTYING SURF CONDITIONS
Type: list
no description yet
Used in 59 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_standard_redist.4C.yaml
sti_mono_3D_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_2x2.4C.yaml
sti_mono_3D_tet4_elch_s2i_pointcoupling_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
sti_oneway_scatratothermo_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_oneway_thermotoscatra_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_twoway_scatratothermo_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_twoway_thermotoscatra_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN S2I SCL COUPLING SURF CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
INTERFACE_SIDE (enum, required: True)
interface sideChoices
Master
Slave
Undefined
DESIGN SCATRA COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 6 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMSCAL (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetCOUPID (int, required: True)
no description yetPERMCOEF (double, required: True)
no description yetCONDUCT (double, required: True)
no description yetFILTR (double, required: True)
no description yetWSSON (bool, required: True)
flag if wall shear stress coupling is onWSSCOEFFS (vector<double>, size: 2, required: True)
no description yet
DESIGN SCATRA HETEROGENEOUS REACTION LINE CONDITIONS / MASTER
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SCATRA HETEROGENEOUS REACTION LINE CONDITIONS / SLAVE
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SCATRA HETEROGENEOUS REACTION SURF CONDITIONS / MASTER
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SCATRA HETEROGENEOUS REACTION SURF CONDITIONS / SLAVE
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SCATRA MULTI-SCALE COUPLING POINT CONDITIONS
Type: list
no description yet
Used in 6 tests
Each element contains
One of
Option (NUMSCAL, PERMEABILITIES, IS_PSEUDO_CONTACT, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantPermeability
LinearPermeability
NUMSCAL (int, required: True)
no description yetPERMEABILITIES (vector<double>, size: n, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-VolmerReduced
Butler-VolmerReduced_Linearized
Butler-Volmer_Linearized
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, PELTIER, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Peltier
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetPELTIER (double, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, CAPACITANCE, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Capacitance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetCAPACITANCE (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, RESISTANCE, CONVTOL_IMPLBUTLERVOLMER, ITEMAX_IMPLBUTLERVOLMER, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_Resistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetRESISTANCE (double, required: True)
no description yetCONVTOL_IMPLBUTLERVOLMER (double, required: True)
no description yetITEMAX_IMPLBUTLERVOLMER (int, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, IS_PSEUDO_CONTACT, THERMOPERM, MOLAR_HEAT_CAPACITY, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced_ThermoResistance
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yetTHERMOPERM (double, required: True)
no description yetMOLAR_HEAT_CAPACITY (double, required: True)
no description yet
Option (ONOFF, RESISTANCE, E-, IS_PSEUDO_CONTACT, E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantInterfaceResistance
ONOFF (vector<int>, size: 2, required: True)
no description yetRESISTANCE (double, required: True)
no description yetE- (int, required: True)
no description yetIS_PSEUDO_CONTACT (bool, required: True)
no description yet
Option (E, ENTITY_TYPE, KINETIC_MODEL)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
KINETIC_MODEL (enum, required: True)
no description yetChoices
NoInterfaceFlux
DESIGN SCATRA RELATIVE ERROR LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetFunction (int, required: True)
no description yet
DESIGN SCATRA RELATIVE ERROR SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetFunction (int, required: True)
no description yet
DESIGN SCATRA RELATIVE ERROR VOL CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetFunction (int, required: True)
no description yet
DESIGN SCATRA SURF CONDITIONS / PARTITIONING
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SCATRA VOL CONDITIONS / PARTITIONING
Type: list
no description yet
Used in 31 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SSI COUPLING LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SCATRATOSOLID LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SCATRATOSOLID SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SCATRATOSOLID VOL CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SOLIDTOSCATRA LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SOLIDTOSCATRA SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SOLIDTOSCATRA VOL CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SSI INTERFACE CONTACT LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface_sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yetCONTACT_CONDITION_ID (int, required: True)
no description yet
DESIGN SSI INTERFACE CONTACT SURF CONDITIONS
Type: list
no description yet
Used in 9 tests
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_2x2.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface_sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yetCONTACT_CONDITION_ID (int, required: True)
no description yet
DESIGN SSI INTERFACE MESHTYING LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface_sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN SSI INTERFACE MESHTYING POINT CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface_sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN SSI INTERFACE MESHTYING SURF CONDITIONS
Type: list
no description yet
Used in 24 tests
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_hex8_scatra_s2i_constperm_pseudo_contact.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_twoway_3D_hex8_scatra_s2i_constperm_pseudo_contact.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface_sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN SSI MANIFOLD KINETICS SURF CONDITIONS
Type: list
no description yet
Used in 6 tests
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
Each element contains
One of
Option (ONOFF, RESISTANCE, E-, ConditionID, E, ENTITY_TYPE, KINETIC_MODEL, ManifoldConditionID)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetManifoldConditionID (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
ConstantInterfaceResistance
ONOFF (vector<int>, size: 2, required: True)
no description yetRESISTANCE (double, required: True)
no description yetE- (int, required: True)
no description yet
Option (NUMSCAL, STOICHIOMETRIES, E-, K_R, ALPHA_A, ALPHA_C, ConditionID, E, ENTITY_TYPE, KINETIC_MODEL, ManifoldConditionID)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetManifoldConditionID (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-VolmerReduced
NUMSCAL (int, required: True)
no description yetSTOICHIOMETRIES (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetK_R (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yet
Option (ConditionID, E, ENTITY_TYPE, KINETIC_MODEL, ManifoldConditionID)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetManifoldConditionID (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
NoInterfaceFlux
DESIGN SSI MANIFOLD SURF CONDITIONS
Type: list
no description yet
Used in 6 tests
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetImplType (enum, required: True)
implementation typeChoices
ElchDiffCond
ElchElectrode
Standard
Undefined
thickness (double, required: True)
no description yet
DESIGN SSTI INTERFACE MESHTYING LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN SSTI INTERFACE MESHTYING SURF CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetINTERFACE_SIDE (enum, required: True)
interface sideChoices
Master
Slave
Undefined
S2I_KINETICS_ID (int, required: True)
no description yet
DESIGN STRUCTURE ALE COUPLING SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yetfield (enum, required: False, default: structure)
fieldChoices
ale
structure
DESIGN STRUCTURE FLUID VOLUME COUPLING VOL CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yetfield (enum, required: False, default: structure)
fieldChoices
ale
structure
DESIGN SURF 3D To REDUCED D FLOW COUPLING CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetReturnedVariable (enum, required: False, default: flow)
returned variableChoices
flow
pressure
Tolerance (double, required: True)
no description yetMaximumIterations (int, required: True)
no description yet
DESIGN SURF ALE DIRICH CONDITIONS
Type: list
no description yet
Used in 65 tests
Used in 4 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN SURF CARDIOVASCULAR 0D 4-ELEMENT WINDKESSEL CONDITIONS
Type: list
no description yet
Used in 6 tests
cardiovascular0d_4elementwindkessel_structure_direct_genalpha.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat_new_struc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
id (int, required: True)
no description yetC (double, required: True)
no description yetR_p (double, required: True)
no description yetZ_c (double, required: True)
no description yetL (double, required: True)
no description yetp_ref (double, required: True)
no description yetp_0 (double, required: True)
no description yet
DESIGN SURF CARDIOVASCULAR 0D ARTERIAL PROX DIST CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
id (int, required: True)
no description yetR_arvalve_max (double, required: True)
no description yetR_arvalve_min (double, required: True)
no description yetR_atvalve_max (double, required: True)
no description yetR_atvalve_min (double, required: True)
no description yetk_p (double, required: True)
no description yetL_arp (double, required: True)
no description yetC_arp (double, required: True)
no description yetR_arp (double, required: True)
no description yetC_ard (double, required: True)
no description yetR_ard (double, required: True)
no description yetp_ref (double, required: True)
no description yetp_v_0 (double, required: True)
no description yetp_arp_0 (double, required: True)
no description yety_arp_0 (double, required: True)
no description yetp_ard_0 (double, required: True)
no description yetp_at_fac (double, required: True)
no description yetp_at_crv (int or null, required: False, default: null)
curve
DESIGN SURF CARDIOVASCULAR 0D SYS-PUL CIRCULATION CONDITIONS
Type: list
no description yet
Used in 6 tests
cardiovascular0d_syspulcirculation_2chamber_structure_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structurecontactpenalty_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha_new_struc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
id (int, required: True)
no description yetTYPE (enum, required: True)
no description yetChoices
atrium_left
atrium_right
dummy
ventricle_left
ventricle_right
DESIGN SURF CARDIOVASCULAR 0D-STRUCTURE COUPLING CONDITIONS
Type: list
no description yet
Used in 15 tests
cardiovascular0d_4elementwindkessel_structure_direct_genalpha.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat_new_struc.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha_mor.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structurecontactpenalty_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha_new_struc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
coupling_id (int, required: True)
no description yet
DESIGN SURF CARDIOVASCULAR RESPIRATORY 0D SYS-PUL PERIPH CIRCULATION CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
id (int, required: True)
no description yetTYPE (enum, required: True)
no description yetChoices
atrium_left
atrium_right
dummy
ventricle_left
ventricle_right
DESIGN SURF DIRICH CONDITIONS
Type: list
no description yet
Used in 1137 tests, showing only the first 20.
beam3eb_static_beam_to_solid_volume_meshtying_beam_to_beam_contact.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_beam_to_beam_contact_boundingvolume.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_first.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_curved_restart_second.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_restart_first.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_circ_restart_second.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_cube_block_iterative_preconditioner.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_cube_block_preconditioner.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_hex27_cross_section_projection_penalty_bending.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_monolithic_partitioning.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_mortar_lagrange_regularized_line3.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_mortar_lagrange_saddlepoint_line3.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_mortar_penalty_line3.4C.yaml
beam3eb_static_contact_beamtosolidcontact_solidcontact.4C.yaml
beam3r_herm2line3_static_beam_and_solid_beam_output_with_monolithic_partitioning.4C.yaml
Used in 12 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN SURF EHL MORTAR COUPLING CONDITIONS 3D
Type: list
no description yet
Used in 8 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Slave
Initialization (enum, required: False, default: Active)
initializationChoices
Active
Inactive
FrCoeffOrBound (double, required: False, default: 0)
no description yet
DESIGN SURF IMPEDANCE CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetTYPE (enum, required: False, default: windkessel)
typeChoices
pressure_by_funct
resistive
windkessel
R1 (double, required: True)
no description yetR2 (double, required: True)
no description yetC (double, required: True)
no description yetTIMEPERIOD (double, required: True)
no description yetFUNCT (int, required: True)
no description yet
DESIGN SURF INITIAL FIELD CONDITIONS
Type: list
no description yet
Used in 43 tests
elch_2D_quad4_s2i_butlervolmer_cycling_adaptive_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_plating_adaptive.4C.yaml
elch_2D_quad4_s2i_butlervolmer_cycling_relax_adaptive.4C.yaml
porofluid_pressure_based_2D_quad4_4_fluids_1_volfrac.4C.yaml
porofluid_pressure_based_elast_2D_quad4_3_fluids_2_volfrac_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_external_force.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_haptotaxis.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_hyperthermia.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_vessel_collapse.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_starting_dbc.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_tumor_angiogenesis.4C.yaml
scatra_3D_heterogeneous_reaction_polar_cell_hex8_quad4.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
sti_twoway_scatratothermo_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_scatratothermo_aitken_dofsplit_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_thermotoscatra_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
Artery
PoroMultiFluid
Porosity
Pressure
ScaTra
Temperature
Undefined
Velocity
FUNCT (int, required: True)
no description yet
DESIGN SURF LOCSYS CONDITIONS
Type: list
no description yet
Used in 19 tests
homogenized-constrained-mixture-cyl-aniso-impl-nofibdir.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ROTANGLE (vector<double>, size: 3, required: True)
no description yetFUNCT (vector<int>, size: 3, required: True)
no description yetUSEUPDATEDNODEPOS (int, required: True)
no description yetUSECONSISTENTNODENORMAL (int, required: True)
no description yet
DESIGN SURF MANIFOLD DIRICH CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True, each element must validate: range (0, 2147483647])
no description yet
DESIGN SURF MODE FOR KRYLOV SPACE PROJECTION
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DIS (enum, required: True)
discretizationChoices
fluid
scatra
structure
NUMMODES (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetWEIGHTVECDEF (enum, required: True)
weight vector definitionChoices
integration
pointvalues
TYPE (enum, required: False, default: projection)
Type of krylov projection enforcement.Choices
constraint
projection
DESIGN SURF MORTAR CONTACT CONDITIONS 3D
Type: list
no description yet
Used in 103 tests
beam3eb_static_contact_beamtosolidcontact_solidcontact.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structurecontactpenalty_direct_genalpha.4C.yaml
poro_solid_nitsche_contact3D_twoelem_twosided_new_struc.4C.yaml
poro_solid_nitsche_contact3D_twoelem_wonopen_new_struc.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_2x2.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Selfcontact
Slave
Initialization (enum, required: False, default: Inactive)
initializationChoices
Active
Inactive
FrCoeffOrBound (double, required: False, default: 0)
friction coefficient boundAdhesionBound (double, required: False, default: 0)
adhesion boundApplication (enum, required: False, default: Solidcontact)
applicationChoices
Beamtosolidcontact
Beamtosolidmeshtying
Solidcontact
TwoHalfPass (double, required: False, default: 0)
optional two half pass approachRefConfCheckNonSmoothSelfContactSurface (double, required: False, default: 0)
optional reference configuration check for non-smooth self contact surfacesConstitutiveLawID (int or null, required: False, default: null)
material id of the constitutive law
DESIGN SURF MORTAR COUPLING CONDITIONS 3D
Type: list
no description yet
Used in 45 tests
meshtying3D_structure_duallagr_new_struct_condensed_redist_none.4C.yaml
meshtying3D_structure_duallagr_new_struct_condensed_redist_static.4C.yaml
meshtying3D_structure_duallagr_new_struct_saddlepoint_redist_none.4C.yaml
meshtying3D_structure_duallagr_new_struct_saddlepoint_redist_static.4C.yaml
meshtying3D_structure_stdlagr_meshrelocation_initial.4C.yaml
meshtying3D_structure_stdlagr_new_struct_meshrelocation_initial.4C.yaml
meshtying3D_structure_stdlagr_new_struct_meshrelocation_no.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Slave
Initialization (enum, required: False, default: Inactive)
initializationChoices
Active
Inactive
DESIGN SURF MORTAR MULTI-COUPLING CONDITIONS 3D
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
InterfaceID (int, required: True)
no description yetSide (enum, required: True)
interface sideChoices
Master
Slave
Initialization (enum, required: False, default: Inactive)
initializationChoices
Active
Inactive
DESIGN SURF NEUMANN CONDITIONS
Type: list
no description yet
Used in 588 tests, showing only the first 20.
beam3eb_static_beam_to_solid_volume_meshtying_cube_block_iterative_preconditioner.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_cube_block_preconditioner.4C.yaml
beam3eb_static_beam_to_solid_volume_meshtying_monolithic_partitioning.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_kl_shell_mortar_consistent_FAD_line2.4C.yaml
beam3r_herm2line3_static_beam_to_solid_surface_coupling_unused_face_elements.4C.yaml
beam3r_herm2line3_static_beam_to_solid_volume_meshtying_rotational_coupling_circ.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_genalpha.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat_new_struc.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_statprestress.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structurecontactpenalty_direct_genalpha.4C.yaml
Used in 5 tutorials
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN SURF NURBS LS DIRICH CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN SURF PERIODIC BOUNDARY CONDITIONS
Type: list
no description yet
Used in 55 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ID (int, required: True)
periodic boundary condition idMASTER_OR_SLAVE (enum, required: True)
master-slave toggleChoices
Master
Slave
PLANE (enum, required: True)
degrees of freedom for the pbc planeChoices
xy
xyz
xz
yz
LAYER (int, required: True)
layer of periodic boundary conditionANGLE (double, required: True)
angle of rotationABSTREETOL (double, required: True)
tolerance for nodematching in octree
DESIGN SURF PERIODIC RVE 3D BOUNDARY CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
SURF (enum, required: False, default: undefined)
surface idChoices
undefined
x+
x-
y+
y-
z+
z-
DESIGN SURF PORO DIRICH CONDITIONS
Type: list
no description yet
Used in 62 tests
poro_2D_quad4_const_material_nodal_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_transversely_isotropic_permeability.4C.yaml
poro_solid_nitsche_contact3D_twoelem_twosided_new_struc.4C.yaml
porofluid_pressure_based_elast_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_2D_quad4_linebased_artery_coupling_mono_MP_teko.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_haptotaxis.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_hyperthermia.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_MP.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_linebased_artery_coupling_mono_teko.4C.yaml
porofluid_pressure_based_elast_scatra_2D_quad4_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_MP.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_mono_tumor.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_volfrac_closingrelation_lung_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet10_nodetopoint_coupling_mono.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN SURF PORO NEUMANN CONDITIONS
Type: list
no description yet
Used in 21 tests
poro_3D_hex8_const_material_nodal_orthotropic_permeability.4C.yaml
poro_solid_nitsche_contact3D_twoelem_twosided_new_struc.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_volfrac_closingrelation_lung_mono.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN SURF ROBIN SPRING DASHPOT CONDITIONS
Type: list
no description yet
Used in 42 tests
cardiovascular0d_arterialproxdist_structure_direct_genalpha.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha_mor.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_statprestress.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structurecontactpenalty_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha_new_struc.4C.yaml
mixture_growth_expl_remodel_fiber_no_basal_mass_production.4C.yaml
mixture_growth_full_constrained_mixture_fiber_adaptive_higher_order.4C.yaml
mixture_growth_full_constrained_mixture_fiber_adaptive_model_equation.4C.yaml
mixture_growth_full_constrained_mixture_fiber_no_basal_mass_production.4C.yaml
mixture_growth_full_constrained_mixture_fiber_non_adaptive.4C.yaml
mixture_growth_impl_remodel_fiber_no_basal_mass_production.4C.yaml
mixture_prestress_isochoric_spring_dashpot_restart_from_prestress.4C.yaml
mixture_prestress_spring_dashpot_restart_from_prestress.4C.yaml
solid_runtime_gauss_point_quantity_output_element_center.4C.yaml
solid_runtime_gauss_point_quantity_output_gauss_point.4C.yaml
solid_runtime_gauss_point_quantity_output_result_test.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetSTIFF (vector<double>, size: n, required: True)
no description yetTIMEFUNCTSTIFF (vector<int>, size: n, required: True)
no description yetVISCO (vector<double>, size: n, required: True)
no description yetTIMEFUNCTVISCO (vector<int>, size: n, required: True)
no description yetDISPLOFFSET (vector<double>, size: n, required: True)
no description yetTIMEFUNCTDISPLOFFSET (vector<int>, size: n, required: True)
no description yetFUNCTNONLINSTIFF (vector<int>, size: n, required: True)
no description yetDIRECTION (enum, required: True)
Direction of the spring-dashpot boundary conditionsChoices
xyz
refsurfnormal
cursurfnormal
COUPLING (int or null, required: False, default: null)
no description yet
DESIGN SURF ROBIN SPRING DASHPOT COUPLING CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLING (int, required: True)
no description yet
DESIGN SURF SCATRA MANIFOLD INITIAL FIELD CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
ScaTra
FUNCT (int, required: True)
no description yet
DESIGN SURF THERMO DIRICH CONDITIONS
Type: list
no description yet
Used in 16 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN SURF THERMO INITIAL FIELD CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
ScaTra
Undefined
FUNCT (int, required: True)
no description yet
DESIGN SURF THERMO NEUMANN CONDITIONS
Type: list
no description yet
Used in 29 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN SURF TOTAL TRACTION CORRECTION CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetConditionType (enum, required: False, default: POLYNOMIAL)
condition typeChoices
POLYNOMIAL
WOMERSLEY
prebiased (enum, required: False, default: NOTPREBIASED)
prebiasedChoices
FORCED
NOTPREBIASED
PREBIASED
FlowType (enum, required: False, default: InFlow)
flow typeChoices
InFlow
OutFlow
CorrectionFlag (enum, required: False, default: WithOutCorrection)
correction flagChoices
WithCorrection
WithOutCorrection
Period (double, required: True)
no description yetOrder (int, required: True)
no description yetHarmonics (int, required: True)
no description yetVal (double, required: True)
no description yetFunct (int, required: True)
no description yetNORMAL (enum, required: False, default: SelfEvaluateNormal)
normalChoices
SelfEvaluateNormal
UsePrescribedNormal
n1 (double, required: True)
no description yetn2 (double, required: True)
no description yetn3 (double, required: True)
no description yetCenterOfMass (enum, required: False, default: SelfEvaluateCenterOfMass)
center of massChoices
SelfEvaluateCenterOfMass
UsePrescribedCenterOfMass
c1 (double, required: True)
no description yetc2 (double, required: True)
no description yetc3 (double, required: True)
no description yet
DESIGN SURF TRANSPORT DIRICH CONDITIONS
Type: list
no description yet
Used in 65 tests
porofluid_pressure_based_elast_scatra_3D_hex8_2_volfracs_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_MP.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_mono_FD.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_mono_tumor.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_volfrac_closingrelation_lung_mono.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssti_mono_3D_3hex8_elch_s2i_butlervolmerthermo_growthlaw.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_BGS-AMG_3x3.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_cycling.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN SURF TRANSPORT NEUMANN CONDITIONS
Type: list
no description yet
Used in 26 tests
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssti_mono_3D_3hex8_elch_s2i_butlervolmerthermo_growthlaw.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_BGS-AMG_3x3.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN SURF TURBULENT INFLOW TRANSFER
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ID (int, required: True)
no description yettoggle (enum, required: True)
toggleChoices
master
slave
DIRECTION (enum, required: False, default: x)
transfer directionChoices
x
y
z
curve (int or null, required: False, default: null)
curve id
DESIGN SURF VOLUMETRIC FLOW CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetConditionType (enum, required: False, default: POLYNOMIAL)
condition typeChoices
POLYNOMIAL
WOMERSLEY
prebiased (enum, required: False, default: NOTPREBIASED)
prebiasedChoices
FORCED
NOTPREBIASED
PREBIASED
FlowType (enum, required: False, default: InFlow)
flow typeChoices
InFlow
OutFlow
CorrectionFlag (enum, required: False, default: WithOutCorrection)
correction flagChoices
WithCorrection
WithOutCorrection
Period (double, required: True)
no description yetOrder (int, required: True)
no description yetHarmonics (int, required: True)
no description yetVal (double, required: True)
no description yetFunct (int, required: True)
no description yetNORMAL (enum, required: False, default: SelfEvaluateNormal)
normalChoices
SelfEvaluateNormal
UsePrescribedNormal
n1 (double, required: True)
no description yetn2 (double, required: True)
no description yetn3 (double, required: True)
no description yetCenterOfMass (enum, required: False, default: SelfEvaluateCenterOfMass)
center of massChoices
SelfEvaluateCenterOfMass
UsePrescribedCenterOfMass
c1 (double, required: True)
no description yetc2 (double, required: True)
no description yetc3 (double, required: True)
no description yet
DESIGN SURFACE AREA CONSTRAINT 3D
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetcurve (int or null, required: False, default: null)
id of the curveactiveTime (double, required: True)
no description yet
DESIGN SURFACE AREA MONITOR 3D
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetprojection (enum, required: False, default: none)
projectionChoices
none
xy
xz
yz
DESIGN SURFACE CONSERVATIVE OUTFLOW CONSISTENCY
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SURFACE FLOW-DEPENDENT PRESSURE CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TYPE_OF_FLOW_DEPENDENCE (enum, required: True)
type of flow dependenceChoices
fixed_pressure
flow_rate
flow_volume
ConstCoeff (double, required: True)
constant coefficient for (linear) flow-rate-based conditionLinCoeff (double, required: True)
linear coefficient for (linear) flow-rate-based conditionInitialVolume (double, required: True)
initial (air-cushion) volume outside of boundaryReferencePressure (double, required: True)\
reference pressure outside of boundary*
AdiabaticExponent (double, required: True)
adiabatic exponentcurve (int or null, required: False, default: null)
curve id
DESIGN SURFACE MIXED/HYBRID DIRICHLET CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
val (vector<double>, size: 3, required: True)
velocityfunct (vector<int>, size: 3, required: False, default: [None, None, None])
spatial functionu_C (double, required: True)
no description yetPENTYPE (enum, required: True)
how penalty parameter is computedChoices
Spalding
constant
hB_divided_by (double, required: True)
no description yetutau_computation (enum, required: True)
how traction at y is computed from utauChoices
at_wall
viscous_tangent
DESIGN SURFACE MULTIPNT CONSTRAINT 3D
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetamplitude (double, required: True)
no description yetcurve (int or null, required: False, default: null)
no description yetactiveTime (double, required: True)
no description yetplaneNodes (vector<int>, size: 3, required: True)
ids of the nodes spanning the planecontrol (enum, required: False, default: rel)
relative or absolute controlChoices
abs
rel
DESIGN SURFACE NEUMANN INTEGRATION
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SURFACE NORMAL NO PENETRATION CONDITION
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SURFACE NORMALDIR MULTIPNT CONSTRAINT 3D
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetamplitude (double, required: True)
no description yetcurve (int or null, required: False, default: null)
no description yetactiveTime (double, required: True)
no description yetmasterNode (int, required: True)
no description yetdirection (vector<double>, size: 3, required: True)
directionvalue (enum, required: False, default: disp)
valueChoices
disp
x
control (enum, required: False, default: rel)
relative or absolute controlChoices
abs
rel
DESIGN SURFACE NORMALDIR MULTIPNT CONSTRAINT 3D PEN
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetamplitude (double, required: True)
no description yetcurve (int or null, required: False, default: null)
no description yetactiveTime (double, required: True)
no description yetpenalty (double, required: True)
no description yetmasterNode (int, required: True)
no description yetdirection (vector<int>, size: 3, required: True)
directionvalue (enum, required: False, default: disp)
valueChoices
disp
x
control (enum, required: False, default: rel)
relative or absolute controlChoices
abs
rel
DESIGN SURFACE PARTICLE WALL
Type: list
no description yet
Used in 26 tests
particle_dem_3d_normalcontact_linspringdamp_walldiscretcond.4C.yaml
particle_dem_3d_tangentialcontact_linspringdamp_walldiscretcond.4C.yaml
particle_sph_3d_hydrostatic_virtualwall_densityintegration.4C.yaml
particle_sph_3d_hydrostatic_virtualwall_densityrandlesreinit.4C.yaml
particle_sph_3d_hydrostatic_virtualwall_densitysummation.4C.yaml
particle_sph_3d_openboundary_virtualwall_densitysummation.4C.yaml
particle_sph_3d_poiseuille_virtualwall_densitysummation.4C.yaml
pasi_oneway_particle_dem_1d_normalcontact_linspring_walldiscretcond.4C.yaml
pasi_twoway_disprelax_particle_dem_1d_normalcontact_linspring_walldiscretcond.4C.yaml
pasi_twoway_disprelaxaitken_particle_dem_1d_normalcontact_linspring_walldiscretcond.4C.yaml
pasi_twoway_norelax_particle_dem_1d_normalcontact_linspring_walldiscretcond.4C.yaml
pasi_twoway_norelax_particle_sph_3d_piston_virtualwall_densitysummation.4C.yaml
pasi_twoway_norelax_particle_sph_3d_piston_virtualwall_densitysummation_rigidbody.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
MAT (int, required: True)
no description yet
DESIGN SURFACE PORO PARTIAL INTEGRATION
Type: list
no description yet
Used in 36 tests
poro_3D_hex8_const_material_nodal_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_transversely_isotropic_permeability.4C.yaml
poro_solid_nitsche_contact3D_twoelem_twosided_new_struc.4C.yaml
poro_solid_nitsche_contact3D_twoelem_wonopen_new_struc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SURFACE PORO PRESSURE INTEGRATION
Type: list
no description yet
Used in 6 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SURFACE POROCOUPLING CONDITION
Type: list
no description yet
Used in 35 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN SURFACE SLIP SUPPLEMENTAL CURVED BOUNDARY CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
USEUPDATEDNODEPOS (double, required: True)
no description yet
DESIGN SURFACE VOLUME CONSTRAINT 3D
Type: list
no description yet
Used in 9 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetcurve (int or null, required: False, default: null)
id of the curveactiveTime (double, required: True)
no description yetprojection (enum, required: False, default: none)
projectionChoices
none
xy
xz
yz
DESIGN SURFACE VOLUME CONSTRAINT 3D PEN
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetcurve (int or null, required: False, default: null)
id of the curveactiveTime (double, required: True)
no description yetpenalty (double, required: True)
no description yetrho (double, required: True)
no description yetprojection (enum, required: False, default: none)
projectionChoices
none
xy
xz
yz
DESIGN SURFACE VOLUME MONITOR 3D
Type: list
no description yet
Used in 18 tests
cardiovascular0d_4elementwindkessel_structure_direct_genalpha.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_ost_new_struc.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat.4C.yaml
cardiovascular0d_4elementwindkessel_structure_direct_stat_new_struc.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha_mor.4C.yaml
cardiovascular0d_arterialproxdist_structure_direct_genalpha_new_struc.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_direct_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_2chamber_structure_statprestress.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha.4C.yaml
cardiovascular0d_syspulcirculation_4chamber_structure_simple_genalpha_new_struc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN SURFACE WEAK DIRICHLET CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
GAMMATYPE (enum, required: True)
Choice of gamma parameterChoices
adjoint-consistent
diffusive-optimal
DIR (enum, required: True)
Directions to apply weak dbcChoices
all_directions
only_in_normal_direction
PENTYPE (enum, required: True)
Definition of penalty parameterChoices
Spalding
constant
TauBscaling (double, required: True)
no description yetLINEARISATION (enum, required: True)
LinearisationChoices
lin_all
no_lin_conv_inflow
VAL (vector<double>, size: 3, required: True)
valuesFUNCT (vector<int>, size: 3, required: False, default: [0, 0, 0])
function ids
DESIGN SURFACE WEAR CONDITIONS 3D
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN THERMO CONVECTION LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
temperature_state (enum, required: True)
temperature stateChoices
Tempn
Tempnp
coeff (double, required: True)
heat transfer coefficient hsurtemp (double, required: True)
surrounding (fluid) temperature T_oosurtempfunct (int or null, required: False, default: null)
time curve to increase the surrounding (fluid) temperature T_oo in timefunct (int or null, required: False, default: null)
time curve to increase the complete boundary condition, i.e., the heat flux
DESIGN THERMO CONVECTION SURF CONDITIONS
Type: list
no description yet
Used in 20 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
temperature_state (enum, required: True)
temperature stateChoices
Tempn
Tempnp
coeff (double, required: True)
heat transfer coefficient hsurtemp (double, required: True)
surrounding (fluid) temperature T_oosurtempfunct (int or null, required: False, default: null)
time curve to increase the surrounding (fluid) temperature T_oo in timefunct (int or null, required: False, default: null)
time curve to increase the complete boundary condition, i.e., the heat flux
DESIGN THERMO ROBIN LINE CONDITIONS
Type: list
no description yet
Used in 8 tests
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_pointbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_AMG_vectorbased.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_BGS-AMG_2x2.4C.yaml
sti_mono_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic_condensed_BGS-AMG_2x2.4C.yaml
sti_twoway_scatratothermo_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_scatratothermo_aitken_dofsplit_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
sti_twoway_thermotoscatra_aitken_2D_quad4_elch_s2i_butlervolmerpeltier_diabatic.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMSCAL (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetPREFACTOR (double, required: True)
no description yetREFVALUE (double, required: True)
no description yet
DESIGN THERMO ROBIN SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMSCAL (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetPREFACTOR (double, required: True)
no description yetREFVALUE (double, required: True)
no description yet
DESIGN TOTAL AND MEAN SCALAR LINE CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN TOTAL AND MEAN SCALAR SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN TOTAL AND MEAN SCALAR VOL CONDITIONS
Type: list
no description yet
Used in 14 tests
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN TRANSPORT ROBIN LINE CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMSCAL (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetPREFACTOR (double, required: True)
no description yetREFVALUE (double, required: True)
no description yet
DESIGN TRANSPORT ROBIN SURF CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMSCAL (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetPREFACTOR (double, required: True)
no description yetREFVALUE (double, required: True)
no description yet
DESIGN VOL ALE DIRICH CONDITIONS
Type: list
no description yet
Used in 67 tests
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_resbased.4C.yaml
xffsi_monolithic_ss_1D_fullnewton_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_inflow_fixedstr.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_resbased.4C.yaml
xfluid_channel_constWDBC_movinginclinedCut_movingALE.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN VOL DIRICH CONDITIONS
Type: list
no description yet
Used in 278 tests, showing only the first 20.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN VOL INITIAL FIELD CONDITIONS
Type: list
no description yet
Used in 121 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_hein.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_none.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_poly.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig.4C.yaml
elch_3D_tet4_s2i_butlervolmer_plating_monolithic_reg_trig_BGS-AMG_4x4.4C.yaml
elch_gaussian_hill_pbc_NP_genalpha_calcInitDt_calcInitPot.4C.yaml
elch_gaussian_hill_pbc_Newman_twoEqu_genalpha_calcInitDt_calcInitPot.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_mono_tumor.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_volfrac_closingrelation_lung_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet10_nodetopoint_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_surfbased_artery_coupling_mono_network.4C.yaml
scatra_3D_heterogeneous_reaction_polar_cell_hex8_quad4.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_standard_redist.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_2x2.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_and_meshtying_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_3blocks_nitsche_contact_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmercapacity_BGS-AMG_4x4.4C.yaml
ssi_mono_3D_hex8_scatra_s2i_constperm_pseudo_contact.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_constperm.4C.yaml
ssi_twoway_3D_2blocks_hex8_nonmatching_nitsche_contact_scatra_s2i_linearperm.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssi_twoway_3D_hex8_scatra_s2i_constperm_pseudo_contact.4C.yaml
ssti_mono_3D_3hex8_elch_s2i_butlervolmerthermo_growthlaw.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_BGS-AMG_3x3.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_cycling.4C.yaml
sti_mono_3D_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_2x2.4C.yaml
sti_mono_3D_tet4_elch_s2i_pointcoupling_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
sti_oneway_scatratothermo_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_oneway_thermotoscatra_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_twoway_scatratothermo_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_twoway_thermotoscatra_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
Artery
PoroMultiFluid
Porosity
Pressure
ScaTra
Temperature
Undefined
Velocity
FUNCT (int, required: True)
no description yet
DESIGN VOL LOCSYS CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ROTANGLE (vector<double>, size: 3, required: True)
no description yetFUNCT (vector<int>, size: 3, required: True)
no description yetUSEUPDATEDNODEPOS (int, required: True)
no description yet
DESIGN VOL MODE FOR KRYLOV SPACE PROJECTION
Type: list
no description yet
Used in 49 tests
elch_gaussian_hill_pbc_NP_genalpha_calcInitDt_calcInitPot.4C.yaml
elch_gaussian_hill_pbc_Newman_twoEqu_genalpha_calcInitDt_calcInitPot.4C.yaml
xfluid_kimmoin_stat_24x24x1_wedge15_levelset_normal_2ndGP.4C.yaml
xfluid_kimmoin_stat_40x40x1_moving_ellipsoid_theta05.4C.yaml
xfluid_oseen_urquiza_square_NavSlip_eps1.0_40x40_mesh_altgeogeneration.4C.yaml
xfluid_taylor_couette_NavSlip_eps1.0_25x25_krylov_levelset_altgeogeneration.4C.yaml
xfluid_taylor_couette_NavSlip_eps1.0_50x50_krylov_levelset.4C.yaml
xfluid_taylor_couette_NavSlip_ri0.19_ro0.49_epsi1.0_epso1e-5_ti-2.5_to0.5_8x8_levelset_hex27.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DIS (enum, required: True)
discretizationChoices
fluid
scatra
structure
NUMMODES (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetWEIGHTVECDEF (enum, required: True)
weight vector definitionChoices
integration
pointvalues
TYPE (enum, required: False, default: projection)
Type of krylov projection enforcement.Choices
constraint
projection
DESIGN VOL NEUMANN CONDITIONS
Type: list
no description yet
Used in 174 tests
error_analytical_beam_cantilever_with_bodyload_without_poissons_effect.4C.yaml
f3_shear_flow_linear_ramp_periodic_fix_pressure_new_ost.4C.yaml
solid_ele_hex8_Standard_eas_full_stressout_cauchy_strainout_ea.4C.yaml
solid_ele_hex8_Standard_eas_mild_stressout_2pk_strainout_gl.4C.yaml
solid_ele_hex8_Standard_eas_mild_stressout_cauchy_strainout_ea.4C.yaml
solid_ele_hex8_Standard_stressout_cauchy_strainout_ea.4C.yaml
solid_ele_hex8_Standard_stressout_cauchy_strainout_log.4C.yaml
solid_ele_tet4_Standard_stressout_cauchy_strainout_ea.4C.yaml
solid_ele_tet4_Standard_stressout_cauchy_strainout_log.4C.yaml
xff_kimmoin_15x15_instat_nitemb_xfemgp_emb_layer_dens_5.4C.yaml
xff_kimmoin_15x15_instat_nitemb_xfemgp_emb_layer_dens_5_newost.4C.yaml
xff_kimmoin_15x15_stat_nitemb_edgeb_gp_emb_layer_dens_5.4C.yaml
xff_kimmoin_15x15_stat_nitemb_edgeb_gp_emb_layer_dens_5_OneDofset.4C.yaml
xff_shear_flow_2D_stat_bf_Nitsche_alesided_inflowaveraged_dens_7.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_cut_vol_div_by_cut_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_ele_vol_div_by_cut_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_ele_vol_div_by_max_ele_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_vol_equivalent_dens5.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_Div.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_GaussianPoint_MHCS.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_GaussianPoint_NIT_GP.4C.yaml
xfluid_channel_constWDBC_straightCut_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_constWDBC_straightCut_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_NitscheDiv.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instatDiv.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instat_EOS_GP_2ndGP.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instat_GaussianPoint.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaMHCS.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaNit.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_straight.4C.yaml
xfluid_combo_MeshWDBC_LS_Neumann_channel_shearWDBC_inclinedCut_bodyf_hex20.4C.yaml
xfluid_couette_NavSlip_eps1.6_g-1.0_mu0.1_altgeogeneration.4C.yaml
xfluid_couette_NavSlip_eps1.6_g-1.0_mu0.1_altgeogeneration_wedge6.4C.yaml
xfluid_kimmoin_stat_24x24x1_wedge15_levelset_normal_2ndGP.4C.yaml
xfluid_kimmoin_stat_40x40x1_moving_ellipsoid_theta05.4C.yaml
xfluid_multibody_hex8_EOS_itsolver_MLprec_MHCS_full_proj.4C.yaml
xfluid_multibody_hex8_EOS_itsolver_MLprec_MHCS_part_proj.4C.yaml
xfluid_multibody_hex8_NIT_hk_vol_div_by_surf_OneDofset.4C.yaml
xfluid_oseen_urquiza_square_NavSlip_eps1.0_40x40_mesh_altgeogeneration.4C.yaml
xfluid_thin_struct_hex8_EOS_itsolver_MLprec_NIT_2ndGP.4C.yaml
xfluid_thin_struct_hex8_EOS_itsolver_MLprec_NIT_OneDofset.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN VOL NURBS LS DIRICH CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN VOL PORO DIRICH CONDITIONS
Type: list
no description yet
Used in 26 tests
poro_3D_hex8_const_material_nodal_orthotropic_permeability.4C.yaml
poro_solid_nitsche_contact3D_twoelem_twosided_new_struc.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_GPTS.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_MP.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_linebased_artery_coupling_part_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_hex8_nodetopoint_artery_airway_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet10_nodetopoint_coupling_mono.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_linebased_artery_coupling_mono_network.4C.yaml
porofluid_pressure_based_elast_scatra_3D_tet4_surfbased_artery_coupling_mono_network.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN VOL PORO NEUMANN CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN VOL STC LAYER
Type: list
no description yet
Used in 5 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yet
DESIGN VOL THERMO DIRICH CONDITIONS
Type: list
no description yet
Used in 3 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN VOL THERMO INITIAL FIELD CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FIELD (enum, required: True)
init fieldChoices
ScaTra
Undefined
FUNCT (int, required: True)
no description yet
DESIGN VOL THERMO NEUMANN CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN VOL TRANSPORT DIRICH CONDITIONS
Type: list
no description yet
Used in 29 tests
ssi_mono_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw_cycling.4C.yaml
ssi_mono_3D_6hex8_elch_s2i_butlervolmer_grain_boundary.4C.yaml
ssi_mono_3D_hex8_battery_with_current_collectors_elch_s2i_pseudo_contact.4C.yaml
ssi_mono_3D_hex8_elch_s2i_butlervolmer_grain_boundary_meshtying_BGS-AMG_5x5.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_and_current_collectors_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_batt_with_anode_plate_elch_s2i_butlervolmer.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_11x11.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_3x3.4C.yaml
ssi_mono_3D_tet4_elch_s2i_butlervolmer_manifold_BGS-AMG_6x6.4C.yaml
ssi_twoway_3D_3hex8_elch_s2i_butlervolmer_linaniso_liniso_growthlaw.4C.yaml
ssti_mono_3D_3hex8_elch_s2i_butlervolmerthermo_growthlaw.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_BGS-AMG_3x3.4C.yaml
ssti_mono_3D_6hex8_elch_s2i_butlervolmerthermo_cycling.4C.yaml
Used in 1 tutorial
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN VOL TRANSPORT NEUMANN CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
onoffVAL (vector<double>, size: n, required: True)
valuesFUNCT (vector<int>, size: n, required: True)
function idsTYPE (enum, required: False, default: Live)
typeChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN VOLUME POROCOUPLING CONDITION
Type: list
no description yet
Used in 49 tests
poro_3D_hex8_const_material_nodal_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_orthotropic_permeability.4C.yaml
poro_3D_hex8_const_material_transversely_isotropic_permeability.4C.yaml
poro_solid_nitsche_contact3D_twoelem_twosided_new_struc.4C.yaml
poro_solid_nitsche_contact3D_twoelem_wonopen_new_struc.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
DESIGN XFEM DISPLACEMENT SURF CONDITIONS
Type: list
no description yet
Used in 81 tests
xfluid_beltrami_stat_16x16x16_hk_cut_vol_div_by_cut_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_ele_vol_div_by_cut_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_ele_vol_div_by_max_ele_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_vol_equivalent_dens5.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_Div.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_GaussianPoint_MHCS.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_GaussianPoint_NIT_GP.4C.yaml
xfluid_channel_constWDBC_movinginclinedCut_movingALE.4C.yaml
xfluid_channel_constWDBC_straightCut_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_constWDBC_straightCut_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_NitscheDiv.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instatDiv.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instat_EOS_GP_2ndGP.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instat_GaussianPoint.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaMHCS.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaNit.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_straight.4C.yaml
xfluid_combo_MeshWDBC_LS_Neumann_channel_shearWDBC_inclinedCut_bodyf_hex20.4C.yaml
xfluid_forward_facing_step_stationary_NavSlip_eps1.6_16x16_NIT.4C.yaml
xfluid_forward_facing_step_stationary_NavSlip_eps1.6_16x16_NIT_altgeogeneration.4C.yaml
xfluid_multibody_hex8_EOS_itsolver_MLprec_MHCS_full_proj.4C.yaml
xfluid_multibody_hex8_EOS_itsolver_MLprec_MHCS_part_proj.4C.yaml
xfluid_multibody_hex8_NIT_hk_vol_div_by_surf_OneDofset.4C.yaml
xfluid_oseen_urquiza_square_NavSlip_eps1.0_40x40_mesh_altgeogeneration.4C.yaml
xfluid_shearflow_2D_OST_theta05_NIT_xfluid_GaussianPoint.4C.yaml
xfluid_thin_struct_hex8_EOS_itsolver_MLprec_NIT_2ndGP.4C.yaml
xfluid_thin_struct_hex8_EOS_itsolver_MLprec_NIT_OneDofset.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetEVALTYPE (enum, required: False, default: funct)
no description yetChoices
funct
implementation
zero
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN XFEM FLUIDFLUID SURF CONDITIONS
Type: list
no description yet
Used in 69 tests
xff_beltrami_TesTes_NIT_embedded_hk_ele_vol_div_by_ele_surf.4C.yaml
xff_kimmoin_15x15_instat_nitemb_xfemgp_emb_layer_dens_5.4C.yaml
xff_kimmoin_15x15_instat_nitemb_xfemgp_emb_layer_dens_5_newost.4C.yaml
xff_kimmoin_15x15_stat_nitemb_edgeb_gp_emb_layer_dens_5.4C.yaml
xff_kimmoin_15x15_stat_nitemb_edgeb_gp_emb_layer_dens_5_OneDofset.4C.yaml
xff_shear_flow_2D_stat_bf_Nitsche_alesided_inflowaveraged_dens_7.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_alesided.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_alesided_inflowaveraged.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_xsided.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_xsidedDiv.4C.yaml
xff_shear_flow_2D_stat_neum_moredofs_circ_Nitsche_xsided_inflowstab_onesided.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_fs_stat_channel_fixedale_partitioned_resbased.4C.yaml
xffsi_monolithic_ss_1D_fullnewton_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_fixedstr_moreelements.4C.yaml
xffsi_monolithic_ss_nox_1D_interpAle_inflow_fixedstr.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_edgebased.4C.yaml
xffsi_monolithic_ss_stat_channel_fixedale_partitioned_resbased.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetCOUPSTRATEGY (enum, required: True)
coupling strategyChoices
embedded
mean
xfluid
DESIGN XFEM FPI MONOLITHIC SURF CONDITIONS
Type: list
no description yet
Used in 10 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetBJ_COEFF (double, required: False, default: 0)
no description yetVariant (enum, required: False, default: BJ)
variantChoices
BJ
BJS
Method (enum, required: False, default: NIT)
methodChoices
NIT
SUB
Contact (bool, required: False, default: False)
contact
DESIGN XFEM FSI MONOLITHIC SURF CONDITIONS
Type: list
no description yet
Used in 28 tests
xfsi_combo_LSNeumann_MeshXFSIMono_comp_struct_fsi_2D_mono_BGS2x2.4C.yaml
xfsi_combo_LSWDBC_MeshXFSIMono_comp_struct_fsi_2D_mono_BGS2x2.4C.yaml
xfsi_comp_struct_fsi_2D_mono_fine_touched_TimeintEOS.4C.yaml
xfsi_comp_struct_fsi_2D_mono_fine_touched_TimeintEOS_full_Semilagrange.4C.yaml
xfsi_comp_struct_fsi_2D_mono_full_Semilagrange_2ndorder_theta066.4C.yaml
xfsi_fluid_pusher_monolithic_1storder_full_Semilagrange.4C.yaml
xfsi_fluid_pusher_monolithic_2ndorder_full_Semilagrange.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetCOUPSTRATEGY (enum, required: False, default: xfluid)
no description yetChoices
harmonic
mean
solid
xfluid
INTLAW (enum, required: False, default: noslip)
no description yetChoices
navslip
navslip_contact
noslip
noslip_splitpen
slip
SLIPCOEFFICIENT (double, required: False, default: 0)
no description yetSLIP_FUNCT (int, required: False, default: 0)
slip function id
DESIGN XFEM FSI PARTITIONED SURF CONDITIONS
Type: list
no description yet
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetINTLAW (enum, required: False, default: noslip)
no description yetChoices
navslip
noslip
noslip_splitpen
slip
SLIPCOEFFICIENT (double, required: False, default: 0)
no description yetSLIP_FUNCT (int, required: False, default: 0)
slip function id
DESIGN XFEM LEVELSET NEUMANN VOL CONDITIONS
Type: list
no description yet
Used in 7 tests
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaMHCS.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaNit.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_straight.4C.yaml
xfluid_combo_MeshWDBC_LS_Neumann_channel_shearWDBC_inclinedCut_bodyf_hex20.4C.yaml
xfsi_combo_LSNeumann_MeshXFSIMono_comp_struct_fsi_2D_mono_BGS2x2.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetLEVELSETFIELDNO (int, required: True)
no description yetBOOLEANTYPE (enum, required: True)
define which boolean operator is used for combining this level-set field with the previous one with smaller coupling idChoices
cut
difference
none
sym_difference
union
COMPLEMENTARY (bool, required: True)
define which complementary operator is applied after combining the level-set field with a boolean operator with the previous oneNUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTYPE (enum, required: False, default: Live)
no description yetChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
INFLOW_STAB (bool, required: False, default: False)
no description yet
DESIGN XFEM LEVELSET TWOPHASE VOL CONDITIONS
Type: list
no description yet
Used in 2 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetLEVELSETFIELDNO (int, required: True)
no description yetBOOLEANTYPE (enum, required: True)
define which boolean operator is used for combining this level-set field with the previous one with smaller coupling idChoices
cut
difference
none
sym_difference
union
COMPLEMENTARY (bool, required: True)
define which complementary operator is applied after combining the level-set field with a boolean operator with the previous one
DESIGN XFEM LEVELSET WEAK DIRICHLET VOL CONDITIONS
Type: list
no description yet
Used in 14 tests
xfluid_forward_facing_step_stationary_16x16_MHVS_levelset.4C.yaml
xfluid_forward_facing_step_stationary_16x16_NIT_levelset.4C.yaml
xfluid_kimmoin_stat_24x24x1_wedge15_levelset_normal_2ndGP.4C.yaml
xfluid_kimmoin_stat_40x40x1_moving_ellipsoid_theta05.4C.yaml
xfsi_combo_LSWDBC_MeshXFSIMono_comp_struct_fsi_2D_mono_BGS2x2.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetLEVELSETFIELDNO (int, required: True)
no description yetBOOLEANTYPE (enum, required: True)
define which boolean operator is used for combining this level-set field with the previous one with smaller coupling idChoices
cut
difference
none
sym_difference
union
COMPLEMENTARY (bool, required: True)
define which complementary operator is applied after combining the level-set field with a boolean operator with the previous oneNUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
RANDNOISE (double, required: False, default: 0)
set percentage of random noise used in uniform random distribution
DESIGN XFEM NEUMANN SURF CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetNUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTYPE (enum, required: False, default: Live)
no description yetChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
INFLOW_STAB (bool, required: False, default: False)
toggle inflow stabilization
DESIGN XFEM ROBIN DIRICHLET SURF CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetROBIN_ID (int or null, required: False, default: null)
robin idEVALTYPE (enum, required: False, default: funct_interpolated)
no description yetChoices
displacement_1storder_with_initfunct
displacement_1storder_wo_initfunct
displacement_2ndorder_with_initfunct
displacement_2ndorder_wo_initfunct
funct_gausspoint
funct_interpolated
zero
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN XFEM ROBIN DIRICHLET VOL CONDITIONS
Type: list
no description yet
Used in 14 tests
xfluid_couette_NavSlip_eps1.6_g-1.0_mu0.1_altgeogeneration.4C.yaml
xfluid_couette_NavSlip_eps1.6_g-1.0_mu0.1_altgeogeneration_wedge6.4C.yaml
xfluid_forward_facing_step_stationary_NavSlip_eps1.6_16x16_NIT_levelset.4C.yaml
xfluid_moving_cylinder_NavSlip_vareps_levelset_psmoothed_32x128.4C.yaml
xfluid_moving_torus_NavSlip_vareps_levelset_psmoothed_8x8x16.4C.yaml
xfluid_taylor_couette_NavSlip_eps1.0_25x25_krylov_levelset_altgeogeneration.4C.yaml
xfluid_taylor_couette_NavSlip_eps1.0_50x50_krylov_levelset.4C.yaml
xfluid_taylor_couette_NavSlip_ri0.19_ro0.49_epsi1.0_epso1e-5_ti-2.5_to0.5_8x8_levelset_hex27.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ROBIN_ID (int or null, required: False, default: null)
robin idNUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
DESIGN XFEM ROBIN NEUMANN SURF CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetROBIN_ID (int or null, required: False, default: null)
robin idNUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTYPE (enum, required: False, default: Live)
no description yetChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN XFEM ROBIN NEUMANN VOL CONDITIONS
Type: list
no description yet
Used in 14 tests
xfluid_couette_NavSlip_eps1.6_g-1.0_mu0.1_altgeogeneration.4C.yaml
xfluid_couette_NavSlip_eps1.6_g-1.0_mu0.1_altgeogeneration_wedge6.4C.yaml
xfluid_forward_facing_step_stationary_NavSlip_eps1.6_16x16_NIT_levelset.4C.yaml
xfluid_moving_cylinder_NavSlip_vareps_levelset_psmoothed_32x128.4C.yaml
xfluid_moving_torus_NavSlip_vareps_levelset_psmoothed_8x8x16.4C.yaml
xfluid_taylor_couette_NavSlip_eps1.0_25x25_krylov_levelset_altgeogeneration.4C.yaml
xfluid_taylor_couette_NavSlip_eps1.0_50x50_krylov_levelset.4C.yaml
xfluid_taylor_couette_NavSlip_ri0.19_ro0.49_epsi1.0_epso1e-5_ti-2.5_to0.5_8x8_levelset_hex27.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ROBIN_ID (int or null, required: False, default: null)
robin idNUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTYPE (enum, required: False, default: Live)
no description yetChoices
Dead
Live
PressureGrad
orthopressure
pseudo_orthopressure
DESIGN XFEM WEAK DIRICHLET SURF CONDITIONS
Type: list
no description yet
Used in 77 tests
xfluid_beltrami_stat_16x16x16_hk_cut_vol_div_by_cut_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_ele_vol_div_by_cut_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_ele_vol_div_by_max_ele_surf.4C.yaml
xfluid_beltrami_stat_16x16x16_hk_vol_equivalent_dens5.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_Div.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_GaussianPoint_MHCS.4C.yaml
xfluid_channel_constWDBC_inclinedCut_bodyf_hex20_GaussianPoint_NIT_GP.4C.yaml
xfluid_channel_constWDBC_movinginclinedCut_movingALE.4C.yaml
xfluid_channel_constWDBC_straightCut_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_constWDBC_straightCut_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_NitscheDiv.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_hex20_EOS_GP_2ndGP_Div.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instatDiv.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instat_EOS_GP_2ndGP.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_bodyf_instat_GaussianPoint.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaMHCS.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_incl_viaNit.4C.yaml
xfluid_channel_shearWDBC_inclinedCut_instat_GaussianPoint_LS_Neumann_straight.4C.yaml
xfluid_combo_MeshWDBC_LS_Neumann_channel_shearWDBC_inclinedCut_bodyf_hex20.4C.yaml
xfluid_multibody_hex8_EOS_itsolver_MLprec_MHCS_full_proj.4C.yaml
xfluid_multibody_hex8_EOS_itsolver_MLprec_MHCS_part_proj.4C.yaml
xfluid_multibody_hex8_NIT_hk_vol_div_by_surf_OneDofset.4C.yaml
xfluid_oseen_urquiza_square_NavSlip_eps1.0_40x40_mesh_altgeogeneration.4C.yaml
xfluid_shearflow_2D_OST_theta05_NIT_xfluid_GaussianPoint.4C.yaml
xfluid_thin_struct_hex8_EOS_itsolver_MLprec_NIT_2ndGP.4C.yaml
xfluid_thin_struct_hex8_EOS_itsolver_MLprec_NIT_OneDofset.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
COUPLINGID (int, required: True)
no description yetEVALTYPE (enum, required: False, default: funct_interpolated)
no description yetChoices
displacement_1storder_with_initfunct
displacement_1storder_wo_initfunct
displacement_2ndorder_with_initfunct
displacement_2ndorder_wo_initfunct
funct_gausspoint
funct_interpolated
zero
NUMDOF (int, required: True)
no description yetONOFF (vector<int>, size: n, required: True)
no description yetVAL (vector<double>, size: n, required: True)
no description yetFUNCT (vector<int>, size: n, required: True)
no description yetTAG (enum, required: False, default: none)
no description yetChoices
monitor_reaction
none
RANDNOISE (double, required: False, default: 0)
set percentage of random noise used in uniform random distribution
ELECTRODE BOUNDARY KINETICS LINE CONDITIONS
Type: list
no description yet
Used in 33 tests
Each element contains
One of
Option (ALPHA_A, ALPHA_C, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-Volmer-Yang1997
ALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (ALPHA, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Tafel
ALPHA (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (ALPHA, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
linear
ALPHA (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (K_A, K_C, BETA, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Newman
K_A (double, required: True)
no description yetK_C (double, required: True)
no description yetBETA (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (E0, K0, BETA, C_C0, C_A0, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Bard
E0 (double, required: True)
no description yetK0 (double, required: True)
no description yetBETA (double, required: True)
no description yetC_C0 (double, required: True)
no description yetC_A0 (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (E0, C0, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Nernst
E0 (double, required: True)
no description yetC0 (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
ELECTRODE BOUNDARY KINETICS POINT CONDITIONS
Type: list
no description yet
Used in 5 tests
Each element contains
One of
Option (ALPHA_A, ALPHA_C, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-Volmer-Yang1997
ALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (ALPHA, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Tafel
ALPHA (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (ALPHA, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
linear
ALPHA (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (K_A, K_C, BETA, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Newman
K_A (double, required: True)
no description yetK_C (double, required: True)
no description yetBETA (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (E0, K0, BETA, C_C0, C_A0, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Bard
E0 (double, required: True)
no description yetK0 (double, required: True)
no description yetBETA (double, required: True)
no description yetC_C0 (double, required: True)
no description yetC_A0 (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (E0, C0, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Nernst
E0 (double, required: True)
no description yetC0 (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
ELECTRODE BOUNDARY KINETICS SURF CONDITIONS
Type: list
no description yet
Used in 8 tests
Each element contains
One of
Option (ALPHA_A, ALPHA_C, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
Butler-Volmer-Yang1997
ALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (ALPHA, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Tafel
ALPHA (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (ALPHA, I0, GAMMA, REFCON, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
linear
ALPHA (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (K_A, K_C, BETA, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Newman
K_A (double, required: True)
no description yetK_C (double, required: True)
no description yetBETA (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (E0, K0, BETA, C_C0, C_A0, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer-Bard
E0 (double, required: True)
no description yetK0 (double, required: True)
no description yetBETA (double, required: True)
no description yetC_C0 (double, required: True)
no description yetC_A0 (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
Option (E0, C0, ConditionID, DL_SPEC_CAP, E, E-, ENTITY_TYPE, EPSILON, FUNCT, KINETIC_MODEL, NUMSCAL, POT, STOICH, ZERO_CUR)
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetEPSILON (double, required: True)
porosity of electrode boundary, set to -1 if equal to porosity of electrolyte domainZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Nernst
E0 (double, required: True)
no description yetC0 (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
ELECTRODE DOMAIN KINETICS LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
A_S (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
ELECTRODE DOMAIN KINETICS SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
A_S (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
ELECTRODE DOMAIN KINETICS VOL CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
ConditionID (int, required: True)
no description yetPOT (double, required: True)
no description yetFUNCT (int or null, required: False, default: null)
no description yetNUMSCAL (int, required: True)
no description yetSTOICH (vector<int>, size: n, required: True)
no description yetE- (int, required: True)
no description yetZERO_CUR (int, required: True)
no description yetKINETIC_MODEL (enum, required: True)
no description yetChoices
Butler-Volmer
A_S (double, required: True)
no description yetALPHA_A (double, required: True)
no description yetALPHA_C (double, required: True)
no description yetI0 (double, required: True)
no description yetGAMMA (double, required: True)
no description yetREFCON (double, required: True)
no description yetDL_SPEC_CAP (double, required: True)
no description yet
FLUID NEUMANN INFLOW LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
FLUID NEUMANN INFLOW SURF CONDITIONS
Type: list
no description yet
Used in 9 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
MICROSCALE CONDITIONS
Type: list
no description yet
Used in 4 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
PARTICLE DYNAMIC/INITIAL AND BOUNDARY CONDITIONS
Type: group
no description yet
Used in 49 tests
particle_dem_1d_normalcontact_linspringdamp_stiffset.4C.yaml
particle_dem_1d_normalcontact_nonlinearhertz_stiffset.4C.yaml
particle_dem_1d_normalcontact_nonlinearkuwabarakono_stiffset.4C.yaml
particle_dem_1d_normalcontact_nonlinearleeherrmann_stiffset.4C.yaml
particle_dem_1d_normalcontact_nonlineartsuji_stiffset.4C.yaml
particle_dem_2d_tangentialcontact_linspringdamp_dense.4C.yaml
particle_dem_3d_normalcontact_linspringdamp_walldiscretcond.4C.yaml
particle_dem_3d_tangentialcontact_linspringdamp_walldiscretcond.4C.yaml
particle_nointer_3d_pbc_x_initvel_velocityverlet_outside_and_leaving_domain.4C.yaml
particle_nointer_3d_pbc_x_initvel_velocityverlet_viscdamp.4C.yaml
particle_sph_1d_pressurewave_boundary_densityintegration_cubicspline_adami.4C.yaml
particle_sph_1d_pressurewave_boundary_densityintegration_cubicspline_monaghan.4C.yaml
particle_sph_1d_pressurewave_boundary_densityintegration_quinticspline_adami.4C.yaml
particle_sph_1d_pressurewave_boundary_densityintegration_quinticspline_monaghan.4C.yaml
particle_sph_1d_pressurewave_boundary_densitysummation_cubicspline_adami.4C.yaml
particle_sph_1d_pressurewave_boundary_densitysummation_cubicspline_monaghan.4C.yaml
particle_sph_1d_pressurewave_boundary_densitysummation_quinticspline_adami.4C.yaml
particle_sph_1d_pressurewave_boundary_densitysummation_quinticspline_monaghan.4C.yaml
particle_sph_1d_thermalconduction_boundary_temperatureintegration_quinticspline_tempbc.4C.yaml
particle_sph_2d_continuumsurfaceforce_bubble_twophase_equaldensity_temperaturedriven.4C.yaml
particle_sph_2d_drivencavity_densitysummation_monaghan.4C.yaml
particle_sph_2d_rigidbody_induced_trans_and_rot_phasechange_twoway.4C.yaml
Contains
INITIAL_TEMP_FIELD (string, required: False, default: none)
Refer to the function ID describing the initial temperature field of particle phaseINITIAL_VELOCITY_FIELD (string, required: False, default: none)
Refer to the function ID describing the initial velocity field of particle phaseINITIAL_ANGULAR_VELOCITY_FIELD (string, required: False, default: none)
Refer to the function ID describing the initial angular velocity field of rigid body phase/DEM particleINITIAL_ACCELERATION_FIELD (string, required: False, default: none)
Refer to the function ID describing the initial acceleration field of particle phaseINITIAL_ANGULAR_ACCELERATION_FIELD (string, required: False, default: none)
Refer to the function ID describing the initial angular acceleration field of rigid body phase/DEM particleDIRICHLET_BOUNDARY_CONDITION (string, required: False, default: none)
Refer to the function ID describing the dirichlet boundary condition of particle phaseTEMPERATURE_BOUNDARY_CONDITION (string, required: False, default: none)
Refer to the function ID describing the temperature boundary condition of particle phase
REINITIALIZATION TAYLOR GALERKIN SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
SCATRA FLUX CALC LINE CONDITIONS
Type: list
no description yet
Used in 22 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
SCATRA FLUX CALC SURF CONDITIONS
Type: list
no description yet
Used in 71 tests
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_condensed_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_saddlepoint_petrov_lmmaster.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_BGS-AMG_3x3.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist.4C.yaml
elch_3D_tet4_s2i_butlervolmer_mortar_standard_redist_BGS-AMG_3x3.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_condensed_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_bubnov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_saddlepoint_petrov_lmmaster.4C.yaml
scatra_3D_tet4_hex8_s2i_constperm_mortar_standard_redist.4C.yaml
sti_mono_3D_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_AMG-BGS_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_BGS-AMG_4x4.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_condensed_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_2x2.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard.4C.yaml
sti_mono_3D_tet4_hex8_elch_s2i_butlervolmerpeltier_adiabatic_mortar_standard_BGS-AMG_4x4.4C.yaml
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TAYLOR GALERKIN NEUMANN INFLOW SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TAYLOR GALERKIN OUTFLOW SURF CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TRANSPORT NEUMANN INFLOW LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TRANSPORT NEUMANN INFLOW SURF CONDITIONS
Type: list
no description yet
Used in 5 tests
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
TRANSPORT THERMO CONVECTION LINE CONDITIONS
Type: list
no description yet
Not used in any test.
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
temperature_state (enum, required: True)
temperature stateChoices
Tempn
Tempnp
coeff (double, required: True)
heat transfer coefficient hsurtemp (double, required: True)
surrounding (fluid) temperature T_oosurtempfunct (int or null, required: False, default: null)
time curve to increase the surrounding (fluid) temperature T_oo in timefunct (int or null, required: False, default: null)
time curve to increase the complete boundary condition, i.e., the heat flux
TRANSPORT THERMO CONVECTION SURF CONDITIONS
Type: list
no description yet
Used in 1 test
Each element contains
E (int, required: True)
ID of the condition. This ID refers to the respective topological entity of the condition.ENTITY_TYPE (enum, required: False, default: legacy_id)
The type of entity that E refers to.Choices
legacy_id
node_set_id
element_block_id
temperature_state (enum, required: True)
temperature stateChoices
Tempn
Tempnp
coeff (double, required: True)
heat transfer coefficient hsurtemp (double, required: True)
surrounding (fluid) temperature T_oosurtempfunct (int or null, required: False, default: null)
time curve to increase the surrounding (fluid) temperature T_oo in timefunct (int or null, required: False, default: null)
time curve to increase the complete boundary condition, i.e., the heat flux